W78L365A24DL

厂商：
NUVOTON(新唐)
封装：
DIP40
描述：
W78L365A24DL

数据手册：

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数据手册
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W78L365A24DL 数据手册

NuMicro® Family Arm® Cortex®-A35 MPUs Microcontrollers 高效能边缘工业物联网系列 NuMicro® MA35 家族是基于 Armv8-A 架构 64 位 Arm® Cortex-A35 内核Ə并搭载一颗 Arm Cortex-M4 的微处理器˛NuMicro® MA35 家族支持 TrustZone 安全科技Ə适用于高端工业控制˚Edge IIoT Gateway 和 HMI 等应用˛ MA35 家族提供多核心架构Ə以同时满足高效能与实时性控制的需求˛MA35 家族可支持 16 位的 DDR2/ DDR3 和 DDR3L SDRAM˛MA35 家族提供了 LQFP 和 BGA 两种封装Ə并堆栈 DDR2/ DDR3L SDRAMƏ最大容量达 512 MBƏ能够减少 PCB 层数˚面积˚以及降低电磁干扰等Ə让系统设计与生产更加容易˛ MA35 家族也提供了丰富的功能及外设接口Ə如进阶的安全性功能Ə新唐可信安全岛 TSI (Trusted Secure Island)Ə千兆以太网˚ SDIO3.0 主机控制器˚高速 USB2.0 控制器和 CAN FD 等用于高速连接的能力˛它同时还配备了 LCD 控制器˚2D 图形加速器˚JPEG 和 H.264 解码器等用于图形人机接口应用˛此外Ə也提供完整的开发生态系统Ə以缩短在嵌入式 Linux 系统的开发时间˛ NuMicro® Family Arm® Cortex®-A35 MPUs MA35D1 禺⴪ NuMicro® MA35D1 系列为一颗异核同构的多核心微处理器Ə适用于高端 Edge IIoT Gateway˛它是基于双核 64 位 Arm® Cortex®-A35 内核Ə 执行速度可达 800 MHzƏ并搭载一颗 180 MHz Arm® Cortex®-M4 内核˛基于此高性能内核ƏMA35D1 系列有助于 Tiny AI/ML 边缘运算˛ MA35D1 系列支持 16 位 DDR2/ DDR3 和 DDR3L SDRAM˛为了简化系统设计和生产ƏMA34D1 系列提供了 LQFP 和 BGA 两种封装Ə并堆栈 DDR2/ DDR3L SDRAMƏ最大容量达 512 MBƏ能够显着的减少 PCB 层数˚面积˚以及降低电磁干扰˛ MA35D1 系列是一个可信任的系统Ə可以满足物联网产品的安全需求˛它包括多个进阶的安全机制Ə例如新唐可信安全岛 TSIƋTrusted Secure Islandƌ一个独立的安全硬件单元˚TrustZone˚安全启动Ƌsecure bootƌ˚篡改检测˚内建 AES˚SHA˚ECC˚RSA 和 SM2/3/4 加解密加速器˚及一个真随机数产生器ƋTRNGƌƏ并包含密钥储存ƋKey Storeƌ和一次性存储器ƋOTP memoryƌ˛所有安全相关的操作都在可信安全岛 TSI 中执行Ə保护具有敏感性和高价值的数据˛这些安全特性也可以满足客户在 IEC 62443 认证方面的要求˛ 为满足高端 Edge IIoT Gateway 需求ƏMA35D1 系列集成 PDMAƏ其能够直接存取系统内存Ə无需 CPU 介入提升系统性能˛同时ƏMA35D1 系列提供多组进阶和高速的通讯接口Ə如千兆以太网˚SDIO3.0˚高速 USB 2.0˚CAN FD 等Ə可以应用于高端 Edge Gateway 及新能源等应用需求˛ 于人机接口应用ƏMA35D1 系列提供 LCD 显示控制器Ə分辨率可达 1920 x 1080 每秒 60 帧Ə及一个 2D 图形加速器˚JPEG 和 H.264 译码器等Ə带来更好的图形人机接口效果和视频拨放˛ MA35D1 禺⴪ 䒓劼勻彂SPI NOR˚SPI NAND˚NAND˚SD˚eMMC˚USB 䎾欽곭㚖边缘网关˚轻量级人工智能 / 机器学习˚人机接口 & 工业控制˚新能源应用 Part No. Package MCP DDR Ethernet Temper Pins EADC GPIOs MA35D16F787C LQFP216 128 MB ..⟃㣖緸 - - 154 MA35D16F887C LQFP216 256 MB - - 154 MA35D16F987C LQFP216 512 MB - - 154 MA35D16A887C BGA312 256 MB ʚ ʚ 208 MA35D16A087C BGA364 - ʚ ʚ 208 ..⟃㣖緸 ..⟃㣖緸 Y.⟃㣖緸 Y.⟃㣖緸 Ⱒꝶ暶䚍双核 Cortex-A35 高效能核心˚一颗 Cortex-M4 实时处理核心˚堆栈工业等级 DDR 于 LQFP 及 BGA 封装˚进阶安全性新唐可信安全岛 TSI˚1080P 显示˚2D 图形硬体加速器˚JPEG & H.264 译码器˚二组千兆以太网˚二组高速 USB˚一组 SD3.0˚四组 CAN FD 18 Dual Cortex-A35 Microcontrollers 倞㇫⴯倞涸㸞㶩禺絡欽✵ MA35D1 䗏㢅椚㐼 Cortex-M4 Secure Channel TSI (Trusted Secure Island) Secure Boot Cryptographic Engines Memory KeyStore AES,SHA,ECC,RSA, SM2/3/4,TRNG,PRNG OTP Memory RTIC* Tamper Detection Pins NuMicro® Family Arm® Cortex®-A35 MPUs CPU MA35D1 系列是一个可信任的系统Ə可以满足物联网产品的安全需求新唐可信安全岛 TSI 是一个隔离的安全硬件单元Ə其运行不受 MA35D1 主系统的影响˛ ⰻ䒊㢵고㸞⸆腋䌑⸔㹊梡㢵꬗고㸞劼ⵖ ˙ 鲱⡤䪄遤㸞 㸞゘⸓鵙遤傞㸤侮䚍唬叆 ˙ 鸒雴㸞 溫ꥦ劼侨欰䧭㐼⠦ꥦ劼侨欰䧭㐼炽⟝⸈㺙䒸乿 ˙ 蔀晚㶸⪰㸞 㸞㺙ꛬ㶸⪰♧妄䚍㶸⪰㐼炽⟝⸈㺙䒸乿偽꨾䎁곫⽰〳霄꡼ ˙ 禺絡㸞 睕佖䒸膄〳欽✵❡ㅷ鄄灶㗁Ⰵ唬崵客户可以轻松地利用可信安全岛 TSI 的安全环境和功能来实现保护˚检测和恢复等安全机制在物联网设备˛ Memory Memory Interface Timer Analog Connectivity Display 1 ʚ 2 MA35D16F887C Cortex256 Cortex800 -40 85 154 + 256 40 A35 M4 128 Dual - 10 18 3 3 8 - 17 2 2 6 4 2 4 2 1 1 1 1 ʚ 2 1 ʚ H.264 decoder 24 2 ʚ JPEG bit decoder - 10 18 3 3 8 - 17 2 TFT-LCD Interface Core Cortex256 Cortex800 -40 85 154 + 512 40 MA35D16F987C A35 M4 128 Dual 2 6 4 2 4 2 1 1 1 H.264 decoder 24 ʚ JPEG bit decoder H.264 decoder 24 ʚ JPEG bit decoder MA35D16A887C Cortex256 Cortex800 -40 85 208 + 256 40 A35 M4 128 Dual - 12 18 3 3 8 8 17 2 2 6 4 2 4 2 1 1 - 2 ʚ H.264 decoder 24 2 ʚ JPEG bit decoder MA35D16A087C Cortex256 Cortex800 -40 85 208 + A35 M4 128 Dual ʚ 12 18 3 3 8 8 17 2 2 6 4 2 4 2 1 1 - 2 ʚ 2 - 40 H.264 decoder 24 ʚ JPEG bit decoder ʚ - LQFP x 2022Q4 216-EP ʚ - LQFP x 2023Q1 216-EP ʚ - LQFP x 2022Q4 216-EP ʚ 2 BGA 312 15 NKx 2022Q4 HMA 35D1S1 15 ʚ 2 BGA 364 14 x 2022Q4 14 Mass Production 1 Package Size 1 Package Type 1 Tamper Detection Pin 2 Video Codec 4 2D Graphics Engine 2 Tool Trusted Secure Island (TSI) Camera Interface External Bus Interface (EBI) Ethernet 10/100/1000 Mbps Ethernet 10/100 Mbps USB HS Device/ Host USB HS Host Secure Digital Host Controller (SDHC) CAN FD I²S SPI/ I²S I²C Quad SPI (QSPI) ISO-7816-3 ADC (12-bit) Enhanced ADC (EADC)(12-bit) 4 Low-power UART (LPUART) Enhanced Capture (ECAP) Quadrature Encoder Interface (QEI) 6 Timer/PWM 2 SDRAM Interface 17 2 DDR(MB) - PDMA (ch) 8 GPIO 3 SRAM (KB) 10 18 3 2SHUDWLQJ7HPSHUDWXUHPLQʝ Enhanced PWM (EPWM) (16-bit) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ - Operating Frequency (MHz) Cortex256 Cortex800 -40 85 154 + 128 40 A35 M4 128 Dual Real-Time Processor (RTP) MA35D16F787C Part No. TSI Security Package Status EVB System 24 - 24 24 24 24 24 NKIMA 35D1A1 NKIMA 35D1A1 - 19 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  倞㇫ NuMicro ® Arm ® Cortex ®-M4 䗏䱾ⵖ㐼㹻停新唐 NuMicro® Arm® Cortex®-M4 微控制器家族运行于 72 MHz 至 200 MHzƏ提供高达 90 DMIPS 至 240 DMIPS 的高性能系统设计Ə在 M480 系列Ə当系统由内置 Flash 运行时Ə其动态功耗更可低至ѥ$0+]˛ 新唐 NuMicro® Arm® Cortex®-M4 微控制器家族由以下产品系列组成Ɲ M460 系列Ɲ200 MHz 工作主频˚多达 1024 KB 双区块 (Dual bank) Flash 内存˚多达 512 KB SRAM˚支持安全启动 (secure boot)˚硬件密钥管理 (key store)˚音频 PLL (programmable audio PLL)˚HyperBus 接口 (HyperBus interface)˚PSIO 接口 (programmable serial I/O)˚ EBI 接口 (external bus interface)Ə以及支持 XIP 就地执行功能 (eXecute-In-Place) 的 SPI Master 接口 M463 子系列 – 两组 CAN FD˚高速 USB OTG 带片上 PHY M467 子系列 – 10/100 兆以太网 MAC˚硬件加解密引擎˚四组 CAN FD˚高速 USB OTG 带片上 PHY˚全速 USB OTG 带片上 PHY M480 系列Ɲ192 MHz 工作主频˚多达 512 KB 双区块 (Dual bank) Flash˚多达 160 KB SRAM˚EBI 接口 (external bus interface)Ə以及支 Arm® Cortex®-M4 䗏䱾 ⵖ 㐼持 XIP 就地执行功能 (eXecute-In-Place) 的 SPI Master 接口 M481 子系列 – 基础型 M482 子系列 – 全速 USB OTG 带片上 PHY M483 子系列 – 二组或三组 CAN 2.0B˚高速 USB OTG 带片上 PHY˚全速 USB OTG 带片上 PHY M484 子系列 – 高速 USB OTG 带片上 PHY˚全速 USB OTG 带片上 PHY M485 子系列 – 硬件加解密引擎˚高速 USB OTG 带片上 PHY˚全速 USB OTG 带片上 PHY M487 子系列 – 10/100 兆以太网 MAC˚硬件加解密引擎˚两组 CAN 2.0B˚高速 USB OTG 带片上 PHY˚全速 USB OTG 带片上 PHY M471 系列Ɲ72/120 MHz 工作主频˚多达 512 KB 双区块 (Dual bank) Flash˚多达 64 KB SRAM˚内建独立 32 Kbytes data FlashƏ支持宽管脚间距封装Ə以及提供经认证的 IEC60730-1 Class B Software Test Library (STL) 软件库 M471 V/K 子系列 – 2 Msps˚12 位˚高达 24 通道的 SAR ADC 跟硬件 Customize IR receiver 接口、 M471 M/R1/S 子系列 – 1 Msps˚12 位˚高达 16 通道的 SAR ADC˚全速 USB Host/Device 带片上 PHY M451 系列Ɲ72 MHz 工作主频˚多达 256 KB Flash˚多达 32 KB SRAM˚Quad-SPI 接口 M451 子系列 – 基础型 M460 禺⴪ M452 子系列 – 全速 USB OTG 带片上 PHY M453 子系列 – 全速 USB OTG 带片上 PHY˚CAN 2.0B 接口 M460 禺⴪ NuMicro® M460 系列是基于 Arm® Cortex®-M4F 核心的 32 位微控制器系列Ə支持 DSP 指令集与 FPU 浮点运算单元˛目标 IoT 网关˚工业控制˚电信与数据中心等市场应用˛M460 系列支持高达 200 MHz 工作频率˚高达 1024 KB 双区块 Flash 内存˚高达 512 KB SRAM˚1.7V 到 3.6V 宽工作电压˚-40° C 到 +85° C/+105° C 宽工作温度˚多种封装选择以及高抗干扰特性 ESD HBM 2 kV 跟 EFT 4.4 kV˛ 湡叻䎾欽IoT 市场如网关Ə消费类电子市场如扫地机器人Ə电竞市场如鼠标˚键盘Ə工控市场如 CAN 转接盒 20 高速 USB CAN FD 硬件加解密以太网 ʚ ʚ ʚ ʚ ʚ ʚ ʚ AES Ⱒꝶ暶䚍硬件密钥管理 (Key Store)˚CAN FD 接口˚音频 PLL (programmable audio PLL)˚PSIO 接口 (programmable serial I/O)˚ 10/100 兆以太网 MAC˚安全启动 (secure boot)˚硬件加解密引擎˚TRNG 随机数产生器˚PRNG 随机数产生器˚高速 USB OTG˚全速 USB OTG˚Intel 8080 EBI 接口˚HyperBus 接口˚3 组 12 位 5 Msps ADC˚4 组模拟比较器˚4 组 EQEI 接口˚摄像头接口˚ICP/ IAP/ ISP 刻录 System ʚ 28 2 4 10 3 2 5 1 4 1 2 4 2 8 1 1 1 ʚ ʚ ʚ ʚ ʚ ʚ 6x8 ʚ 28 2 4 10 3 2 5 1 4 1 2 4 2 8 1 1 1 ʚ ʚ ʚ ʚ ʚ ʚ 6x8 Cortex200 1.7 3.6 -40 85 146 8 1024 512 32 4 M4 ʚ 28 2 4 10 3 2 5 1 4 1 2 4 2 8 1 1 1 ʚ ʚ ʚ ʚ ʚ ʚ 6x8 8 1024 512 32 4 ʚ 20 2 4 3 2 5 1 4 1 2 4 2 4 1 1 1 ʚ ʚ ʚ ʚ ʚ ʚ 6x8 Cortex200 1.7 3.6 -40 105 100 8 1024 512 32 4 M4 ʚ 28 2 4 10 3 2 5 1 4 1 2 4 2 8 1 1 1 ʚ ʚ ʚ ʚ ʚ ʚ 6x8 ʚ 28 2 4 10 3 2 5 1 4 1 2 4 2 8 1 1 1 ʚ ʚ ʚ ʚ ʚ ʚ 6x8 ʚ 28 2 4 10 3 2 5 1 4 1 2 4 2 8 1 1 1 ʚ ʚ ʚ ʚ ʚ ʚ 6x8 Cortex200 1.7 3.6 -40 105 100 8 256 128 16 4 M4 ʚ 16 - 2 8 1 2 5 1 4 - - 2 1 - - 1 - ʚ ʚ ʚ ʚ AES - 6x8 8 256 128 16 4 ʚ 16 - 2 8 1 2 5 1 4 - - 2 1 - - 1 - ʚ ʚ ʚ ʚ AES - 6x8 8 256 128 16 4 ʚ 12 - 2 8 1 2 5 1 4 - - 2 1 - - 1 - ʚ ʚ ʚ ʚ AES - 6x8 8 256 128 16 4 ʚ 12 - 2 8 1 2 5 1 4 - - 2 1 - - 1 - ʚ ʚ ʚ ʚ AES - 6x8 Cortex200 1.7 3.6 -40 105 44 M4 Cortex200 1.7 3.6 -40 105 114 8 1024 512 32 4 M4 Cortex200 1.7 3.6 -40 105 146 8 1024 512 32 4 M4 Cortex200 1.7 3.6 -40 105 44 M4 Cortex200 1.7 3.6 -40 105 33 M4 Cortex200 1.7 3.6 -40 105 33 M4 9 ʚ NKNLGM467HJ 64S ʚ NKNLGM467HJ 128K ʚ NKNLGM467HJ 144J ʚ NKNLGM467HJ 176H ʚ NKNLGM467HJ 64S ʚ NKNLGM467HJ 128K ʚ NKNLGM467HJ 144J ʚ NKNLGM467HJ 176H ʚ NKNLGM463KG 128K ʚ NKNLGM463KG 64S LQFP 7x7 48 ʚ NKNLGM463KG 48L 5x5 ʚ NKNLGM463KG 48Y LQFP 14x14 128 LQFP 20x20 144 LQFP 24x24 176 LQFP 7x7 64 LQFP 14x14 128 LQFP 20x20 144 LQFP 24x24 176 LQFP 14x14 128 LQFP 7x7 64 QFN 48 M480 禺⴪ 䗏䱾 ⵖ 㐼 M480 禺⴪ Cortex200 1.7 3.6 -40 85 100 8 1024 512 32 4 M4 LQFP 7x7 64 Arm® Cortex®-M4 ʚ 6x8 MP Programmer ʚ EVB 3 2 5 1 4 1 2 4 2 4 1 1 1 ʚ ʚ ʚ ʚ Tool Status Mass Production 4 Package Size ʚ 20 2 Package Type Keypad Interface Crypto Camera Interface 8 1024 512 32 4 Cortex200 1.7 3.6 -40 85 114 8 1024 512 32 4 M4 9 Package Security Crypto Display Key Store XOM TRNG EBI EMAC USB HS OTG USB FS OTG PSIO SDHC CAN FD I²S SPIM SPI/I²S USCI I²C QSPI ISO-7816 LPUART ACMP M463YGCAE Connectivity DAC (12-bit) M463LGCAE PDMA (ch) M463SGCAE Timer Analog EADC (12-bit) RTC Timer (32-bit) M463KGCAE SRAM (KB) M467H2JHAE 44 APROM Flash (KB) M467J2JHAE GPIO M467K2JHAE Cortex200 1.7 3.6 -40 85 M4 LDROM Flash (KB) M467S2JHAE 2SHUDWLQJ7HPSHUDWXUHPLQʝ M467HJHAN 2SHUDWLQJ7HPSHUDWXUHPD[ʝ M467JJHAN Operating Voltage (min) (V) M467KJHAN Operating Voltage (max) (V) Core M467SJHAN Operating Frequency (MHz) Part No. Memory NuMicro®䗏 䱾 ⵖ 㐼  M463 CAN FD/USB HS 系列  全速 USB 倞㇫ M460 系列 M467 Ethernet/Crypto 系列 NuMicro® M480 系列是基于 Arm® Cortex®-M4F 核心的 32 位微控制器系列Ə支持 DSP 指令集与 FPU 浮点运算单元˛目标 IoT 网关˚工业控制˚电信与数据中心等市场应用˛M480 系列支持高达 192 MHz 工作频率˚高达 512 KB 双区块 Flash 内存˚高达 160 KB SRAM˚1.8V 到 3.6V 宽工作电压˚-40° C 到 +105° C 宽工作温度˚多种封装选择以及高抗干扰特性 ESD HBM 2 kV 跟 EFT 4.4 kV˛ 湡叻䎾欽IoT 市场如串口服务器Ə工控市场如储能系统Ə消费类电子市场如卷标打印机Ə电竞市场如游戏手柄 M480 系列全速 USB 高速 USB CAN 2.0B ʚ 硬件加解密以太网 M481 基础型系列 M482 USB FS 系列 ʚ M483 CAN 2.0B 系列 ʚ ʚ M484 USB HS 系列 ʚ ʚ M485 Crypto 系列 ʚ ʚ M487 Ethernet 系列 ʚ ʚ ʚ ʚ ʚ ʚ 21 倞㇫  口˚高速 USB OTG˚全速 USB OTG˚Intel 8080 EBI 接口˚高达 2 组 12 位 5 Msps ADC˚2 组模拟比较器˚2 组 EQEI 接口˚摄像头接口˚ ICP/ IAP/ ISP 刻录 System M487SIDAE M481LGCAE 2 - - - - - - 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 - 2 - - - - - - 4 512 160 16 4 12 12 ʚ 10 2 2 6 1 3 2 3 - 1 - - - - - - Cortex- 192 1.8 3.6 -40 105 100 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 M4 - 2 - 1 - - - - 4 512 160 16 4 12 12 ʚ 12 2 2 6 1 3 2 3 - 2 - 1 - - - - 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 - 2 - 1 - - - - Cortex- 192 1.8 3.6 -40 105 41 M4 Cortex- 192 1.8 3.6 -40 105 52 M4 Cortex- 192 1.8 3.6 -40 105 26 M4 1 - 1 - - - - Cortex- 192 1.8 3.6 -40 105 100 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 2 2 M4 - 1 1 - - - 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 2 2 - - 1 - - - Cortex- 192 1.8 3.6 -40 105 44 M4 4 512 160 16 4 12 12 ʚ 10 2 2 6 1 3 2 3 - Cortex- 192 1.8 3.6 -40 105 100 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 M4 - 2 - 1 1 - - - 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 - 2 - - 1 - - - 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 - 2 - 1 1 - - - Cortex- 192 1.8 3.6 -40 105 100 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 M4 - 2 - 1 1 - ʚ ʚ 4 512 160 16 4 12 12 ʚ 12 2 2 6 1 3 2 3 - 2 - 1 - - ʚ ʚ 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 - 2 - - 1 - ʚ ʚ 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 3 2 1 - 1 - - - ʚ Cortex- 192 1.8 3.6 -40 105 44 M4 Cortex- 192 1.8 3.6 -40 105 44 M4 Cortex- 192 1.8 3.6 -40 105 41 M4 Cortex- 192 1.8 3.6 -40 105 44 M4 Cortex- 192 1.8 3.6 -40 105 40 M4 Cortex- 192 1.8 3.6 -40 105 114 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 2 M4 2 - 1 1 1 ʚ ʚ Cortex- 192 1.8 3.6 -40 105 100 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 2 M4 2 - 1 1 1 ʚ ʚ 4 512 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 2 2 - - 1 1 ʚ ʚ Cortex- 192 1.8 3.6 -40 105 44 M4 Cortex- 192 1.8 3.6 -40 105 41 M4 4 256 128 16 4 12 12 ʚ 12 1 2 8 2 3 - 2 - 1 - - - - ʚ ʚ 4 256 128 16 4 12 12 ʚ 16 1 2 8 2 3 - 3 - 1 ʚ - - - ʚ ʚ 192 1.8 3.6 -40 105 52 4 256 128 16 4 12 12 ʚ 16 1 2 8 2 3 - 3 - 1 ʚ M481SGCAE2A CortexM4 - - - ʚ ʚ M481ZGCAE - - - ʚ ʚ M481SGCAE M482KGCAE M482LGCAE M482SGCAE M482ZGCAE M483KGCAE 22 - Cortex- 192 1.8 3.6 -40 105 52 M4 Cortex- 192 1.8 3.6 -40 105 26 M4 4 256 128 16 4 12 12 ʚ 10 1 2 8 2 3 - 2 - 1 - Cortex- 192 1.8 3.6 -40 105 100 4 256 128 16 4 12 12 ʚ 16 1 2 8 2 3 M4 - 3 - 1 ʚ 1 - - ʚ ʚ 4 256 128 16 4 12 12 ʚ 12 1 2 8 2 3 - 2 - 1 - 1 - - ʚ ʚ 4 256 128 16 4 12 12 ʚ 16 1 2 8 2 3 - 3 - 1 ʚ 1 - - ʚ ʚ 4 256 128 16 4 12 12 ʚ 10 1 2 8 2 3 - 2 - 1 - 1 - - ʚ ʚ Cortex- 192 1.8 3.6 -40 105 41 M4 Cortex- 192 1.8 3.6 -40 105 52 M4 Cortex- 192 1.8 3.6 -40 105 26 M4 Cortex- 192 1.8 3.6 -40 105 100 4 256 128 16 4 12 12 ʚ 16 1 2 8 2 3 M4 - 3 3 1 ʚ 1 - - ʚ ʚ 192 1.8 3.6 -40 105 100 4 256 128 16 4 12 12 ʚ 24 1 2 8 2 3 - 3 3 1 ʚ 1 M483KGCAE2A CortexM4 - - ʚ ʚ M483SGCAE - - ʚ ʚ Cortex- 192 1.8 3.6 -40 105 52 M4 4 256 128 16 4 12 12 ʚ 16 1 2 8 2 3 - 3 2 1 ʚ 1 192 1.8 3.6 -40 105 52 M483SGCAE2A CortexM4 4 256 128 16 4 12 12 ʚ 16 1 2 8 2 3 - 3 2 1 ʚ 1 - - ʚ M481LE8AE Cortex- 192 1.8 3.6 -40 105 41 M4 4 128 64 16 4 12 12 ʚ 12 1 2 8 2 3 - 2 - 1 ʚ - - - M481SE8AE Cortex- 192 1.8 3.6 -40 105 52 M4 4 128 64 16 4 12 12 ʚ 16 1 2 8 2 3 - 3 - 1 ʚ - - M481ZE8AE Cortex- 192 1.8 3.6 -40 105 26 M4 4 128 64 16 4 12 12 ʚ 10 1 2 8 2 3 - 2 - 1 ʚ - M482LE8AE Cortex- 192 1.8 3.6 -40 105 41 M4 4 128 64 16 4 12 12 ʚ 12 1 2 8 2 3 - 2 - 1 ʚ 1 LQFP 7x7 48 MP Programmer M487KIDAE 4 512 160 16 4 12 12 ʚ 12 2 2 6 1 3 2 3 LQFP 20x20 144 ʚ NKM487KM NLG144J ʚ LQFP 7x7 64 ʚ 5x5 ʚ QFN 33 LQFP 14x14 128 LQFP 7x7 48 ʚ ʚ LQFP 7x7 64 ʚ 5x5 ʚ QFN 33 LQFP 14x14 128 LQFP 7x7 64 LQFP 14x14 128 LQFP 7x7 64 LQFP 7x7 64 LQFP 14x14 128 LQFP 7x7 48 ʚ ʚ ʚ ʚ ʚ ʚ ʚ LQFP 7x7 64 ʚ 5x5 ʚ QFN 48 LQFP 20x20 144 LQFP 14x14 128 LQFP 7x7 64 LQFP 7x7 48 LQFP 7x7 64 ʚ ʚ ʚ ʚ ʚ LQFP 7x7 64 ʚ 5x5 ʚ QFN 33 LQFP 14x14 128 LQFP 7x7 48 ʚ ʚ LQFP 7x7 64 ʚ 5x5 ʚ QFN 33 LQFP 14x14 128 LQFP 14x14 128 LQFP 7x7 64 Tool EVB M487JIDAE ʚ Status Mass Production M480 禺⴪ M485YIDAE ʚ Package Size M485SIDAE 1 1 1 Package Package Type M485LIDAE Crypto M485KIDAE Cortex- 192 1.8 3.6 -40 105 26 M4 PRNG M484SIDAE2U Cortex- 192 1.8 3.6 -40 105 52 M4 - EMAC M484SIDAE Cortex- 192 1.8 3.6 -40 85 114 4 2560 160 16 4 12 12 ʚ 16 2 2 6 1 3 2 4 2 2 M4 Cortex- 192 1.8 3.6 -40 105 41 M4 Security Crypto USB FS OTG M484KIDAE Connectivity USB HS OTG M483SIDAE Analog Camera Interface SDHC CAN SPI/ I²S USCI I²C QSPI LPUART ACMP DAC (12-bit) EADC (12-bit) RTC EPWM (16-bit) M483KIDAE Timer BPWM (16-bit) Timer (32-bit) PDMA (ch) M482ZIDAE SRAM (KB) M482SIDAE APROM Flash (KB) M482LIDAE GPIO M482KIDAE LDROM Flash (KB) M481ZIDAE 2SHUDWLQJ7HPSHUDWXUHPD[ʝ M481SIDAE Memory 2SHUDWLQJ7HPSHUDWXUHPLQʝ Arm® Cortex®-M4 䗏䱾 ⵖ 㐼 M481LIDAE Operating Voltage (min) (V) Core M487KMCAN Operating Voltage (max) (V) Part No. Operating Frequency (MHz) NuMicro®䗏 䱾 ⵖ 㐼  Ⱒꝶ暶䚍10/100 兆以太网 MAC˚安全启动 (secure boot)˚硬件加解密引擎˚TRNG 随机数产生器˚PRNG 随机数产生器˚CAN 2.0B 接 ʚ ʚ ʚ ʚ LQFP 7x7 64 ʚ ʚ ʚ LQFP 7x7 48 ʚ - ʚ ʚ LQFP 7x7 64 ʚ - - ʚ ʚ QFN 33 5x5 ʚ - - ʚ ʚ LQFP 7x7 48 ʚ NKNLGBEDM487 48L NKNLGBEDM487 64S NKNLGBEDM487 32Z NKNLGBEDM487 128K NKNLGBEDM487 48L NKNLGBEDM487 64S NKNLGBEDM487 32Z NKNLGBEDM487 128K NKNLGBEDM487 64S NKNLGBEDM487 128K NKNLGBEDM487 64S NKNLGBEDM487 64S NKNLGBEDM487 128K NKNLGBEDM487 48L NKNLGBEDM487 64S NKNLGBEDM487 48Y NKNLGBEDM487 144J NKNLGBEDM487 128K NKNLGBEDM487 64S NKM483KG NLG48L NKM483KG NLG64S NKM483KG NKM483KG NKM483KG NKM483KG NKM483KG NKM483KG NKM483KG NKM483KG NKM483KG NKM483KG NKM483KG NKM483KG NKM483KG NKM483KG NLG64S NLG32Z NLG128K NLG48L NLG64S NLG32Z NLG128K NLG128K NLG64S NLG64S NLG48L NLG64S NLG32Z NLG48L 倞㇫  M471 禺⴪ 跟高速光模塊市場˛M471 系列支持高达 72/120 MHz 工作频率˚高达 512 KB 双区块 Flash 内存˚高达 64 KB SRAM˚2.5V 到 5.5V 宽工作电压˚-40° C 到 +105° C 宽工作温度˚宽管脚间距封装选择以及高抗干扰特性 ESD HBM 8 kV 跟 EFT 4.4 kV˛ 湡叻䎾欽洗衣机˚冰箱˚空调以及各类家电产品 Ⱒꝶ暶䚍独立 32 Kbytes 的数据存储区˚电压可调接口 (VAI)˚16+16 字节 UART FIFO 用于 TX/RX˚1.8 Msps ADC˚全速 USB 从设备 / NuMicro®䗏 䱾 ⵖ 㐼  NuMicro® M471 系列是基于 Arm® Cortex®-M4F 核心的 32 位微控制器系列Ə支持 DSP 指令集与 FPU 浮点运算单元˛目标智能家电应用市场主设备带片上 PHY˚EBI 接口支持 Intel 8080 屏˚ICP/ ISP/ IAP 刻录 System Timer Analog Connectivity Security - ʚ M471VI8AE Cortex-M4 120 2.5 5.5 -40 105 91 4 512 ʚ 32 64 6 4 - 12 12 ʚ 23 1 2 - 6 2 2 - ʚ M471CI8AE Cortex-M4 120 2.5 5.5 -40 105 91 4 512 ʚ 32 64 6 4 - 12 12 ʚ 24 1 2 - 6 2 2 - ʚ PWM (16-bit) SRAM (KB) M471R1E6AE Cortex-M4 72 2.5 5.5 -40 105 49 4 128 - &RQÀJXUDEOH 32 8 4 12 - - ʚ 16 - - 4 - 2 1 1 - M471SE6AE Cortex-M4 72 2.5 5.5 -40 105 49 4 128 - &RQÀJXUDEOH 32 8 4 12 - - ʚ 16 - - 4 - 2 1 1 - M471MD6AE Cortex-M4 72 2.5 5.5 -40 105 35 4 64 - ʚ 10 - - 3 - 2 1 - - &RQÀJXUDEOH 32 8 4 10 - - LQFP 128 14x14 ʚ 14x14 WLCSP 4.5x4.5 100 LQFP 100 LQFP 64 LQFP 64 LQFP 44 NKM471KI ʚ NKM471KI NLG128K ʚ NKM471KI NLG100C 14x14 ʚ NKNGM471R1 M471R1 7x7 ʚ 10x10 ʚ NKM471R1 NKM471R1 NGM471S NGM471M 电子产品市场˛M451 系列支持高达 72 MHz 工作频率˚高达 256 KB Flash 内存˚高达 32 KB SRAM˚2.5V 到 5.5V 宽工作电压˚-40° C 到 M451 系列全速 USB CAN 2.0B M451 基础型系列 M4521 USB FS 系列 ʚ M452 USB FS 系列 ʚ M453 CAN 2.0B 系列 ʚ M471 禺⴪ / M451 禺⴪ NuMicro® M451 系列是基于 Arm® Cortex®-M4F 核心的 32 位微控制器系列Ə支持 DSP 指令集与 FPU 浮点运算单元˛目标工页控制与消费类䎾欽곭㚖䊨⚌䱾ⵖ䋑㖞㥶兰腋歏㺂嶋餩碫歏㶩❡ㅷ䋑㖞㥶瑠孞幢ⲙ劼䗏䱾 ⵖ 㐼 NLG100V M451 禺⴪ +105° C 宽工作温度˚多种封装选择以及高抗干扰特性 ESD HBM 6 kV 跟 EFT 4.4 kV˛ Arm® Cortex®-M4 2 2 MP Programmer 6 EVB - Mass Production 2 Tool Status Package Size 1 Package Package Type UART LPUART 24 PRNG ACMP USB FS Device/ Host SPI/ I²S I²C DAC (8-bit) - 12 12 ʚ RTC 64 6 4 Timer (32-bit) PDMA (ch) 32 GPIO M471KI8AE Cortex-M4 120 2.5 5.5 -40 105 119 4 512 ʚ Core EADC (12-bit) EPWM (16-bit) BPWM (16-bit) Data Flash (KB) Dual-Bank Flash APROM Flash (KB) LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) Part No. Memory ʚ 23 倞㇫  System Timer Analog Package Tool Status Package Size Mass Production EVB MP Programmer 7x7 ʚ NT-M451V NG-M451L - ʚ LQFP48 7x7 ʚ NT-M451V NG-M451L NG-M451L Package Type - ʚ LQFP48 - RTC - - PWM (16-bit) Timer (32-bit) PDMA (ch) - 4 12 ʚ 10 1 2 4 1 1 2 1 SRAM (KB) 4 12 ʚ 10 1 2 4 1 1 2 1 72 &RQÀJXUDEOH 16 8 Data Flash (KB) 40 &RQÀJXUDEOH 16 8 Cortex-M4 72 2.5 5.5 -40 105 39 ʚ 4 Cortex-M4 72 2.5 5.5 -40 105 39 ʚ 4 128 &RQÀJXUDEOH 32 12 4 12 ʚ 8 1 2 3 1 1 2 2 - - - ʚ LQFP48 7x7 ʚ NT-M451V Cortex-M4 72 2.5 5.5 -40 105 39 ʚ 4 256 &RQÀJXUDEOH 32 12 4 12 ʚ 8 1 2 3 1 1 2 2 - - - ʚ LQFP48 7x7 ʚ NT-M451V NG-M451L 11 1 2 4 1 1 2 1 - - - ʚ LQFP48 7x7 ʚ NT-M451V NG-M451ML 11 1 2 4 1 1 2 1 - - - ʚ LQFP48 7x7 ʚ NT-M451V NG-M451ML 9 1 2 4 1 1 2 2 - - - ʚ LQFP48 7x7 ʚ NT-M451V NG-M451ML 9 1 2 3 1 1 2 2 - - - ʚ LQFP48 7x7 ʚ NT-M451V NG-M451ML M451MSC3AE Cortex-M4 72 2.5 5.5 -40 105 55 - 4 40 &RQÀJXUDEOH 16 8 4 12 - 13 1 2 4 1 1 2 1 - - - ʚ LQFP64 7x7 ʚ NT-M451V NG-M451MS 7x7 M451LG6AE M451MLC3AE Cortex-M4 72 2.5 5.5 -40 105 42 - 4 40 &RQÀJXUDEOH 16 8 4 12 M451MLD3AE Cortex-M4 72 2.5 5.5 -40 105 42 - 4 72 &RQÀJXUDEOH 16 8 4 12 M451MLE6AE Cortex-M4 72 2.5 5.5 -40 105 42 - 4 128 &RQÀJXUDEOH 32 12 4 12 M451MLG6AE Cortex-M4 72 2.5 5.5 -40 105 42 - 4 256 &RQÀJXUDEOH 32 12 4 12 - M451MSD3AE Cortex-M4 72 2.5 5.5 -40 105 55 - 4 72 &RQÀJXUDEOH 16 8 4 12 - 13 1 2 4 1 1 2 1 M451RC3AE M451RD3AE M451RE6AE M451RG6AE M451VE6AE M451VG6AE - - ʚ LQFP64 ʚ NT-M451V NG-M451MS Cortex-M4 72 2.5 5.5 -40 105 53 ʚ 4 40 &RQÀJXUDEOH 16 8 4 12 ʚ 16 1 2 4 1 1 2 1 - - - ʚ LQFP64 10x10 ʚ NT-M451V NG-M451R Cortex-M4 72 2.5 5.5 -40 105 53 ʚ 4 72 &RQÀJXUDEOH 16 8 4 12 ʚ 16 1 2 4 1 1 2 1 - - - ʚ LQFP64 10x10 ʚ NT-M451V NG-M451R Cortex-M4 72 2.5 5.5 -40 105 53 ʚ 4 128 &RQÀJXUDEOH 32 12 4 12 ʚ 12 1 2 4 1 1 2 2 - - - ʚ LQFP64 10x10 ʚ NT-M451V NG-M451R Cortex-M4 72 2.5 5.5 -40 105 53 ʚ 4 256 &RQÀJXUDEOH 32 12 4 12 ʚ 12 1 2 4 1 1 2 2 - - - ʚ LQFP64 10x10 ʚ NT-M451V NG-M451R Cortex-M4 72 2.5 5.5 -40 105 85 ʚ 4 128 &RQÀJXUDEOH 32 12 4 12 ʚ 16 1 2 4 1 1 2 2 - - - ʚ LQFP100 14x14 ʚ NT-M451V NG-M451V Cortex-M4 72 2.5 5.5 -40 105 85 ʚ 4 256 &RQÀJXUDEOH 32 12 4 12 ʚ 16 1 2 4 1 1 2 2 - - - ʚ LQFP100 14x14 ʚ NT-M451V NG-M451V M4521LE6AE Cortex-M4 72 2.5 5.5 -40 105 35 ʚ 4 128 &RQÀJXUDEOH 32 8 4 10 ʚ 10 M4521SE6AE Cortex-M4 72 2.5 5.5 -40 105 49 ʚ 4 128 &RQÀJXUDEOH 32 8 4 12 ʚ 16 M452LC3AE M452LD3AE M452LE6AE - 3 1 1 2 1 - 1 - ʚ LQFP48 7x7 ʚ NT-M4521S NG-M453L - 4 1 1 2 1 - 1 - ʚ LQFP64 7x7 ʚ NT-M4521S NG-M453S Cortex-M4 72 2.5 5.5 -40 105 35 ʚ 4 40 &RQÀJXUDEOH 16 8 4 10 ʚ 10 1 2 4 1 1 2 1 - 1 - ʚ LQFP48 7x7 ʚ NT-M451V NG-M453L Cortex-M4 72 2.5 5.5 -40 105 35 ʚ 4 72 &RQÀJXUDEOH 16 8 4 10 ʚ 10 1 2 4 1 1 2 1 - 1 - ʚ LQFP48 7x7 ʚ NT-M451V NG-M453L NG-M453L M451 禺⴪ Cortex-M4 72 2.5 5.5 -40 105 34 ʚ 4 128 &RQÀJXUDEOH 32 12 4 10 ʚ 8 1 2 3 1 1 2 1 - - 1 ʚ LQFP48 7x7 ʚ NT-M451V Cortex-M4 72 2.5 5.5 -40 105 34 ʚ 4 256 &RQÀJXUDEOH 32 12 4 10 ʚ 8 1 2 3 1 1 2 1 - - 1 ʚ LQFP48 7x7 ʚ NT-M451V NG-M453L - 1 - ʚ LQFP64 10x10 ʚ NT-M451V NG-M453R Cortex-M4 72 2.5 5.5 -40 105 48 ʚ 4 128 &RQÀJXUDEOH 32 12 4 12 ʚ 12 1 2 4 1 1 2 2 - - 1 ʚ LQFP64 10x10 ʚ NT-M451V NG-M453R Cortex-M4 72 2.5 5.5 -40 105 48 ʚ 4 256 &RQÀJXUDEOH 32 12 4 12 ʚ 12 1 2 4 1 1 2 2 - - 1 ʚ LQFP64 10x10 ʚ NT-M451V NG-M453R Cortex-M4 72 2.5 5.5 -40 105 80 ʚ 4 128 &RQÀJXUDEOH 32 12 4 12 ʚ 16 1 2 4 1 1 2 2 - - 1 ʚ LQFP100 14x14 ʚ NT-M451V NG-M453V M452VG6AE Cortex-M4 72 2.5 5.5 -40 105 80 ʚ 4 256 &RQÀJXUDEOH 32 12 4 12 ʚ 16 1 2 4 1 1 2 2 - - 1 ʚ LQFP100 14x14 ʚ NT-M451V NG-M453V M453LC3AE Cortex-M4 72 2.5 5.5 -40 105 35 ʚ 4 40 &RQÀJXUDEOH 16 8 4 10 ʚ 10 1 2 4 1 1 2 1 1 1 - ʚ LQFP48 7x7 ʚ NT-M451V NG-M453L Cortex-M4 72 2.5 5.5 -40 105 35 ʚ 4 72 &RQÀJXUDEOH 16 8 4 10 ʚ 10 1 2 4 1 1 2 1 1 1 - ʚ LQFP48 7x7 ʚ NT-M451V NG-M453L NG-M453L M452LG6AE M452RD3AE M452RE6AE M452RG6AE M452VE6AE M453LD3AE M453LE6AE M453LG6AE M453RD3AE M453RE6AE M453RG6AE M453VD3AE M453VE6AE M453VG6AE 24 Connectivity EBI USB FS OTG USB FS Device/ Host CAN SPI/ I²S I²C QSPI ISO-7816-3 UART ACMP DAC (12-bit) EADC (12-bit) APROM Flash (KB) LDROM Flash (KB) VBAT GPIO 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 2SHUDWLQJ7HPSHUDWXUHPLQʝ Arm® Cortex®-M4 䗏䱾 ⵖ 㐼 M451LE6AE Operating Voltage (min) (V) M451LD3AE Memory Cortex-M4 72 2.5 5.5 -40 105 39 ʚ 4 Core M451LC3AE Operating Voltage (max) (V) Part No. Operating Frequency (MHz) NuMicro®䗏 䱾 ⵖ 㐼  Ⱒꝶ暶䚍 〳ꂂ縨涸侨䰘㶸⪰⼓歏⾓〳靈䱺〡㶶蒜欽✵鸠➢霃㢊  ⚺霃㢊  䌄晚♳䱺〡佅䭰㾓 Cortex-M4 72 2.5 5.5 -40 105 49 ʚ 4 72 &RQÀJXUDEOH 16 8 4 12 ʚ 16 1 2 4 1 1 2 1 Cortex-M4 72 2.5 5.5 -40 105 34 ʚ 4 128 &RQÀJXUDEOH 32 12 4 10 ʚ 8 1 2 3 1 1 2 2 1 - 1 ʚ LQFP48 7x7 ʚ NT-M451V Cortex-M4 72 2.5 5.5 -40 105 34 ʚ 4 256 &RQÀJXUDEOH 32 12 4 10 ʚ 8 1 2 3 1 1 2 2 1 - 1 ʚ LQFP48 7x7 ʚ NT-M451V NG-M453L - ʚ LQFP64 10x10 ʚ NT-M451V NG-M453R Cortex-M4 72 2.5 5.5 -40 105 48 ʚ 4 128 &RQÀJXUDEOH 32 12 4 12 ʚ 12 1 2 4 1 1 2 2 1 - 1 ʚ LQFP64 10x10 ʚ NT-M451V NG-M453R Cortex-M4 72 2.5 5.5 -40 105 48 ʚ 4 256 &RQÀJXUDEOH 32 12 4 12 ʚ 12 1 2 4 1 1 2 2 1 - 1 ʚ LQFP64 10x10 ʚ NT-M451V NG-M453R - ʚ LQFP100 14x14 ʚ NT-M451V NG-M453V Cortex-M4 72 2.5 5.5 -40 105 80 ʚ 4 128 &RQÀJXUDEOH 32 12 4 12 ʚ 16 1 2 4 1 1 2 2 1 - 1 ʚ LQFP100 14x14 ʚ NT-M451V NG-M453V Cortex-M4 72 2.5 5.5 -40 105 80 ʚ 4 256 &RQÀJXUDEOH 32 12 4 12 ʚ 16 1 2 4 1 1 2 2 1 - 1 ʚ LQFP100 14x14 ʚ NT-M451V NG-M453V Cortex-M4 72 2.5 5.5 -40 105 49 ʚ 4 Cortex-M4 72 2.5 5.5 -40 105 72 ʚ 4 72 &RQÀJXUDEOH 16 8 72 &RQÀJXUDEOH 16 8 4 12 ʚ 16 1 2 4 1 1 2 1 1 1 4 12 ʚ 16 1 2 4 1 1 2 1 1 1 倞㇫  NUC505 禺⴪ NuMicro®䗏 䱾 ⵖ 㐼  NuMicro® NUC505 系列基于 Arm® Cortex®-M4F 内核Ə支持 DSP 指令集且集成浮点运算单元 (FPU)˛ 动态功耗可低至 479 µA/MHzƏ待机电流可低至 7 µA˛ NUC505 系列内置 Audio PLL 与支持麦克风 / 线路输入及耳机输出的立体声 24 位 Sigma-Delta 音讯编译码器˛ 䎾欽곭㚖热敏打印机˚GPS 定位器˚无线麦克风˚报警扬声器等 Ⱒꝶ暶䚍128 位密钥用于代码保护˚64+64 字节 UART FIFO 用于 TX/RX˚2 组 USB˚Audio PLL˚24 位音讯编译码器 System Memory Timer Analog Connectivity Package Status Tool Operating Voltage (max) (V) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ GPIO VBAT APROM Flash (KB) Data Flash (KB) Timer (32-bit) PWM (16-bit) RTC ADC (12-bit) Audio Codec UART SPI I²C I²S SDHC USB FS Host USB HS Device Package Type Package Size Mass Production EVB MP Programmer -40 85 25 ʚ 2048 128 4 4 ʚ 5 - 3 2 2 1 1 1 1 LQFP48 7x7 ʚ NT-NUC505Y - Cortex-M4 100 3 3.6 -40 85 18 ʚ 512 128 4 - ʚ 5 1 2 1 2 1 - - 1 LQFP48 7x7 ʚ NT-NUC505Y - NUC505DS13Y Cortex-M4 100 3 3.6 -40 85 35 ʚ 2048 128 4 4 ʚ 8 1 3 2 2 1 1 1 1 LQFP64 7x7 ʚ NT-NUC505Y - Core NUC505DL13Y Cortex-M4 100 NUC505DLA NUC505DSA Cortex-M4 100 3 3.6 -40 85 34 ʚ 512 128 4 4 ʚ 5 1 3 2 2 1 1 1 1 LQFP64 7x7 ʚ NT-NUC505Y - NUC505YLA Cortex-M4 100 3 3.6 -40 85 18 ʚ 512 128 4 - ʚ 5 1 2 1 2 1 - - 1 QFN48 7x7 ʚ NT-NUC505Y - NUC505YLA2Y Cortex-M4 100 3 3.6 -40 85 25 ʚ 512 128 4 4 ʚ 5 - 3 2 3 1 1 1 1 QFN48 7x7 ʚ NT-NUC505Y - NUC505YO13Y Cortex-M4 100 3 3.6 -40 85 52 ʚ 2048 128 4 4 ʚ 8 1 3 2 2 1 1 1 1 QFN88 10x10 ʚ NT-NUC505Y - KM1M4B 系列 MCU 是采用 Arm® Cortex® M4F 的 32 位 MCUƏ在高速处理能力和低功耗之间有一个很好的平衡˛ 嵌入了高速 / 高精度的模拟功能和辅助功能Ə可以满足电机控制的要求˛通过使用 RWW(Read While Write) 闪存Ə访问 EEPROM 变得更加有效˛它们可以为需要高效率˚超低功耗和小型化的电源管理系统作出贡献˛ Connectivity ADC(12-bit) Core speed (MHz) Flash (KB) SRAM (KB) Data Flash I/O Timer (16-bit) Power control PWM Clock synchronous UART SPI I²C Channel Unit DAC (8-bit) DAC (10-bit) Comparator VGA Flash/SRAM ECC CRC Package 120 136 16 8 37 14 8 4 4 4 4 10 3 6 1 4 2 v v LQFP48 (7x7) KM1M4BF54G 120 136 16 8 51 14 8 7 7 7 7 13 3 6 1 4 2 v v LQFP64 (10x10) KM1M4BF54K 120 264 16 32 51 14 8 7 7 7 7 13 3 6 1 4 2 v v LQFP64 (10x10) KM1M4BF53G 120 136 16 8 65 14 8 7 7 7 7 18 3 6 1 4 2 v v LQFP80 (12x12) KM1M4BF53K 120 264 16 32 65 14 8 7 7 7 7 18 3 6 1 4 2 v v LQFP80 (12x12) KM1M4BF52G 120 136 16 8 85 14 8 7 7 7 7 23 3 6 1 4 2 v v LQFP100 (14x14) KM1M4BF52K 264 16 32 85 14 8 7 7 7 7 23 3 6 1 4 2 v v LQFP100 (14x14) Part No. KM1M4BF05G 120 䗏䱾 ⵖ 㐼 NUC505 禺⴪N / KM1M4B 」곸㐼䱾ⵖ禺⴪ KM1M4B 」곸㐼䱾ⵖ禺⴪ Arm® Cortex®-M4 Operating Voltage (min) (V) 3.6 Operating Frequency (MHz) 3 Part No. 25 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  Arm® Cortex®-M4 䗏䱾 ⵖ 㐼 ISD®94100 禺⴪ 新唐特别针对音频应用开发 32-bit 的 Cortex-M4F 一系列整合型 MCUƏ除了有内建 Flash 及 SRAM 记忆体Ə并富涵多元的 Audio 及控制介面 RTC, PDMA, UART, SPI, I2C, PWM, GPIO, SAR ADC, USB, Cortex-M4F 支援 DSP 指令集及浮点运算的微处理器Ə主频可以跑到 200MHz˛并支援多元的周边介面如 UART, SPI,I2C,I2S,USB 支持 Full Speed 1.1 并相容于 2.0. 目前内建优质的降噪及回声消除演算法Ə 或高阶语音辨识Ə用以处理通话或语音辨识解决方案˛ Part No. CPU APROM SRAM I/O Timer ADC RTC ISD94113A Cortex®-M4 200 MHz 256 KB 128 KB 57 4 12-bit SAR ISD94113B Cortex®-M4 200 MHz Basic Feature 256 KB 128 KB 57 4 ISD94113S Cortex®-M4 200 MHz 256 KB 128 KB 57 ISD94123B Cortex®-M4 200 MHz Basic Feature 512 KB 128 KB ISD94123S Cortex®-M4 200 MHz 512 KB ISD94124A Cortex®-M4 200 MHz ISD94124B Developemnt Tools Other Package MIC. Speaker ʚ 4x DMIC DPWM/I2S to ext. amp ISD-DMK_94100_AM USB 2.0 FS, ISD-DMK_94100_DM VAD LQFP64 QFN48 12-bit SAR ʚ - - ISD-DMK_94100_AM USB 2.0 FS ISD-DMK_94100_DM LQFP64 QFN48 4 12-bit SAR ʚ 4x DMIC DPWM/I2S to ext. amp 57 4 12-bit SAR ʚ - - 128 KB 41 4 12-bit SAR ʚ 4x DMIC 512 KB 192 KB 57 4 12-bit SAR ʚ Cortex®-M4 200 MHz, Basic fetaure 512 KB 192 KB 57 4 12-bit SAR ISD94124C Cortex®-M4 200 MHz 512 KB 192 KB 57 4 ISD94124D Cortex®-M4 200 MHz 512 KB 192 KB 57 ISD94124P Cortex®-M4 200 MHz 512 KB 192 KB ISD94124S Cortex®-M4 200 MHz 512 KB ISD941A24A ISD®94100 禺⴪ 26 Audio ISD941A24S Cortex®-M4 200MHz Stereo CODEC MCP Cortex®-M4 200MHz Stereo CODEC MCP ISD-DMK_94100_AM USB 2.0 FS, LQFP64 ISD-DMK_94100_DM VAD, AEC+NR QFN48 ISD-DMK_94100_AM USB 2.0 FS ISD-DMK_94100_DM LQFP64 QFN48 DPWM/I2S to ext. amp ISD-DMK_94100_AM USB 2.0 FS, ISD-DMK_94100_DM VAD, AEC+NR QFN48 4x DMIC DPWM/I2S to ext. amp ISD-DMK_94100_AM USB 2.0 FS ISD-DMK_94100_DM VAD LQFP64 QFN48 ʚ - - ISD-DMK_94100_AM USB 2.0 FS ISD-DMK_94100_DM LQFP64 QFN48 12-bit SAR ʚ 4x DMIC DPWM/I2S to ext. amp ISD-DMK_94100_AM USB 2.0 FS, ISD-DMK_94100_DM VAD, VR LQFP64 4 12-bit SAR ʚ 4x DMIC DPWM/I2S to ext. amp ISD-DMK_94100_AM USB 2.0 FS, ISD-DMK_94100_DM VAD, BF+NR LQFP64 57 4 12-bit SAR ʚ 4x DMIC DPWM/I2S to ext. amp ISD-DMK_94100_AM USB 2.0 FS, VAD, VR, ISD-DMK_94100_DM BF+NR LQFP64 192 KB 57 4 12-bit SAR ʚ 4x DMIC DPWM/I2S to ext. amp ISD-DMK_94100_AM USB 2.0 FS, LQFP64 ISD-DMK_94100_DM VAD, AEC+NR 512 KB 192 KB 29 4 12-bit SAR ʚ 4x DMIC DPWM/I2S to ext. amp ISD-DEMO941A24 USB 2.0 FS, VAD 512 KB 192 KB 29 4 12-bit SAR ʚ 4x DMIC DPWM/I2S to ext. amp ISD-DEMO941A24 USB 2.0 FS, LQFP64 VAD, AEC+NR LQFP64 倞㇫  ISD®94100 禺⴪䒓〄䊨Ⱘ Board Name Supported Devices NU-NULINKISD NU-NULINKISD ISD-NU-LINK ISD9100 Series ISD91200 Series ISD91500 Series ISD94100 Series • ISD-NU-LINK • USB Dongle • Support ICP (In-Circuit Programming) NM-I94100_AM NM-I94100_AM ISD-DMK_94100_ AM ISD94100 Series • NL-ISD94124A • NP-I94124_AM • Speaker • Evaluation and Demo Kit for ISD94100 Series • Connect with Analog Microphone Adaptor NM-I94100_DM NM-I94100_DM ISD-DMK_94100_ DM ISD94100 Series • NL-ISD94124A • NP-I94124_DM • Speaker • Evaluation and Demo Kit for ISD94100 Series • Connect with Digital Microphone Adaptor NL-ISD94124A NL-ISD94124A EVB-I94124 ISD94100 Series • EVB-I94124 • Evaluation and Demo Kit for ISD94100 Series NP-I94124_AM NP-I94124_AM EVB-I94124ADINAU85L40B_V1.0 ISD94100 Series • EVB-I94124ADINAU85L40B_V1.0 • Analog Microphone Adaptor for NL-ISD94124A NP-I94124_DM NP-I94124_DM EVB-I94124ADINAU85L40B_V1.2 ISD94100 Series • EVB-I94124ADINAU85L40B_V1.2 • Analog / Digital Microphone Adaptor for NLISD94124A NV-ISD94100 DEMO-I94100NAU88C22 ISD94100 Series • DEMO-I94100NAU88C22 • ISD94100 Demo Board with audio CODEC (NAU88C22) on board • Connect to PC via ISD NU-LINK for programming and evaluation NV-ISD94100 Content Description NT-I941A24UC ISD941A24_UC_ HEADSET ISD941A24_UC_ HEADSET ISD941A24 Series ISD941A24_UC_ HEADSET • UC_HEADSET Demo Board for ISD941A24 • Connect to PC via NU-LINK for Programming and Evaluation NV-I941A24SQI ISDDEMO941A24SQI ISDDEMO941A24SQI ISD941A24SQI ISDDEMO941A24SQI •Demo Board for ISD941A24SQI NV-ISD941A24 NV-ISD941A24 ISD-DEMO941A24 ISD941A24 • ISDDEMO941A24 • Demo Board for ISD941A24 Picture Arm® Cortex®-M4 Part No. NuMicro®䗏 䱾 ⵖ 㐼  Ordering No. 䗏䱾 ⵖ 㐼 ISD®94100 禺⴪ 27 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  NuMicro® M23 㹻停 – 专注于物联网安全的 TrustZone ® 技术微控制器系列以 Cortex®-M23 为内核˚内建 Arm®v8-M 架构之 TrustZone® 技术新唐科技的 NuMicro® M23 家族Ə是以 Arm® Cortex®-M23 为核心Ə内建 Arm®v8-M 架构之 TrustZone® 技术的微控制器产品˛其中Ə NuMicro® M2351 系列为该家族中的首发产品Ə以其安全性能与电源管理技术Ə实现物联网安全应用˛ 藉由 TrustZone® 技术的导入Ə微控制器中的内存˚周边控制单元可被设置成安全区 (Secure world) 与非安全区 (Non-secure world)Ə以便捷的方式实现数据保护˚固件更新与程序操作的安全性˛此外Ə受惠于 Armv8-M 架构的 TrustZone 技术Ə其安全区与非安全区的切换设计以硬件来实现Ə不仅能加速转换Ə功率消耗也更有效率˛ Microcontroller Non-secure World Arm® Cortex®-M23 䗏䱾 ⵖ 㐼支持 Arm® PSA 的新唐安全微控制器平台 (NuSMP) 由 Arm® 所推出的平台安全架构 (PSA) 是一完整的系统Ə从威胁模型分析˚安全性分析Ə到硬件与固件的架构规范以及开源的固件参考设计˛ PSA 是 Arm® 对物联网生态系统安全所提出的解决方案Ə其提供了基本设计原则与更有效益的方式Ə以构建更安全的物联网装置˛ 为了使开发者能更加便捷的将物联网安全技术实现于创新开发之中Ə新唐科技开发了可支持 Arm® PSA 的˥新唐安全微控制器平台 (Nuvoton Secure Microcontroller Platform, NuSMP) ˦˛NuSMP 是一系列混和硬件与软件的安全技术Ə用于满足通用及物联网安全之微控制器系列的安全要求˛开发人员可轻松的透过 NuSMP 技术于 M2351 系列上实现具安全性的设计Ə包含 Trusted Boot (Root of Trust)˚安全的 OTA 固件 Secure Processing Environment Non-secure Processing Environment Device Security Power Management (NuBL32) Application Software Secure Partition Manager (NuBL2) Firmware Update (OTA) (NuBL2) Trusted Boot (NuBL2) Hardware M2351 禺⴪ Software 更新与软件下载˚非安全区的电源管理与 PC 端的加解密软件工具˛ TrustedZoon® for Arm®v8-M Secure Bootloader (NuBL1) Crypto Engine TRNG NuMicro® M2351 禺⴪ 物联网时代的兴起使人们对物理世界与数字系统整合的认知随之提升Ə在日常生活的数字化带来效率提升和经济效益的同时Ə系统开发者也面临了新的挑战˛由于安全性和低功耗为物联网应用的关键考虑Ə新唐科技开发了 NuMicro® M2351 系列Ə以满足物联网应用于低功耗运行的同时执行安全连网的开发设计需求˛ NuMicro® M2351 系列微控制器系列以 Arm® Cortex®-M23 为内核˚内建 Arm®v8-M 架构和 TrustZone® 技术Ə可将传统的固件安全性提升至更完整的软件安全防护˛ M2351 系列微控制器运行频率可高达 64 MHzƏ内建 512 KB 双区块 ( Dual Bank ) 架构闪存 ( Flash )Ə可支持 OTA ( Over-The-Air ) 固件升级Ə 并内建 96 KB SRAM˛此外ƏM2351 系列提供高性能外设接口Ə如 UARTƏSPIƏI2CƏGPIOƏUSB 和 ISO 7816-3˛其安全性与多元的功耗管理模式使得物联网应用的创新更臻便捷˛ 28 倞㇫ Secure Bootloader  Support Arm® PSA and TBSA-M Secure Microcontroller Platform NuMicro®䗏 䱾 ⵖ 㐼  Cryptographic Hardware Accelerators TRNG eXecute-Olny Memory Flash Memory Lock Key-Protection ROM TrustZone® for Armv8-M Cortex®-M23 Anti-Tampering for system level arm 䎾欽곭㚖智能门锁˚指纹智能卡˚智能家居˚智能楼宇˚无线感测装置˚智能表计˚移动式数据采集仪˚数字货币身分认证与冷钱包 Low Power 工作主频Ɲ64 MHz 工作电压Ɲ1.8V ~ 3.6V˚全 GPIO 支援 5V 输入工作温度Ɲ-40° C ~ 105° C 支持 Arm® 平台安全架构 (PSA) 与微控制器可信基础系统架构 (TBSA-M)˚物联网电源管理技术 System Memory Timer Connectivity Analog Security Crypto Package 1 1 1 ʚ ʚ - ʚ M2351KIAAE Cortex64 1.7 3.6 -40 105 107 ʚ M23 ʚ 4 512 - 96 16 4 12 12 16 2 2 6 3 1 3 2 4 1 1 1 ʚ ʚ 6 ʚ LQFP 128 Cortex64 1.7 3.6 -40 85 M23 EADC PDMA (ch) Timer/ PWM VBAT ETM Core ʚ NKBEDM 2351 - 14x14 ʚ NKBEDM 2351 NLG128KX WLCSP 3.2x3.2 49 45 - ʚ 4 512 4096 96 16 4 12 12 16 2 2 6 3 - 3 2 4 1 1 1 ʚ ʚ 1 ʚ LQFP 64 7x7 ʚ NKM2351 SF NLG64S M2351SIAAE Cortex64 1.7 3.6 -40 105 51 M23 - ʚ 4 512 - 96 16 4 12 12 16 2 2 6 3 1 3 2 4 1 1 1 ʚ ʚ 1 ʚ LQFP 64 7x7 ʚ NKBEDM 2351 NLG64S M2351ZIAAE Cortex64 1.7 3.6 -40 105 25 M23 - - 4 512 - 96 16 4 12 11 10 2 2 6 3 1 3 2 3 1 1 1 - ʚ - ʚ QFN 33 5x5 ʚ NKBEDM 2351 NLG32Z M2351SFSIAAE M2351 禺⴪ 3 䗏䱾 ⵖ 㐼 MP Programmer 2 Tool EVB 3 Mass Production 1 Package Size AES/DES/3DS/SHA/ECC 3 Package Type TRNG 6 EBI USB FS OTG SDHC CAN SPI/ I²S USCI I²C QSPI ISO-7816-3 LPUART ACMP DAC (12-bit) 2 EPWM (16-bit) 96 16 4 12 12 12 2 BPWM (16-bit) - SRAM (KB) 4 512 Secure Flash (KB) - LDROM Flash (KB) - APROM Flash (KB) Cortex64 1.7 3.6 -40 105 41 M23 GPIO Tamper 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) M2351CIAAE Part No. Status Arm® Cortex®-M23 Ⱒꝶ暶䚍Arm®v8-M 架构之 TrustZone® 技术˚8 个安全区 / 非安全区内存保护单元˚硬件加密加速器˚CRC 计算单元˚至多 6 个破坏侦测引脚˚ 29 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  M2354 禺⴪ 新唐科技的 NuMicro® M2354 系列是基于 Arm® Cortex®-M23 内核带 TrustZone 功能的微控制器产品˛M2354 系列增加了对于密码硬件运行时之侧信道攻击 (Side-Channel Attack) 与电压与时钟突波故障注入 (Fault Injection) 攻击防护的保障˛该系列提供了微控制器平台安全硬件支持 (Product Lifecycle Management)Ə包含了调适接口的管理 (Debug Port Management)Ə产品生命周期管理功能 (Product Lifecycle Management)Ə固件版本计数器Ə安全密钥存储区的物理层级安全防护等Ə将能满足未来物联网装置对于高安全性与低功耗的设计需求Ə能抵御对装置内存数据˚信息传递与内部软件程序的恶意攻击Ə轻松实现“代码安全ą˚Ą数据安全ą˚Ą通信安全”等物联网装置安全需求的三大主要目标˛ M2354 系列主频可运行最高到 96 MHzƏ内建 1 Mega Bytes 双区块 (Dual Bank) 架构闪存 (Flash) Ə可支持安全空中固件升级 (Secure FOTA Update)˛ Arm® Cortex®-M23 䗏䱾 ⵖ 㐼 M2354 禺⴪ 䎾欽곭㚖智能门锁˚指纹智能卡˚智能家居˚智能楼宇˚无线感测装置˚智能表计˚移动式数据采集仪˚数字货币身分认证与冷钱包˚移动支付设备 Ⱒꝶ暶䚍物理安全防护密钥存储区˚最高可支持 8x40 段式显示屏˚Armv8-M 架构之 TrustZone 技术˚八个安全区 / 非安全区内存保护单元˚硬件加密加速器˚CRC 计算单元˚至多六个破坏侦测引脚˚支持 Arm PSA 安全平台架构Ə可达到安全等级第二级甚至第三级 (PSA Certified Level 2/ Level 3) System Connectivity Security Crypto Display ʚ ʚ 8x40 - - 16 1024 256 16 4 12 12 11 2 6 3 1 3 2 3 1 1 1 ʚ ʚ 1 ʚ ʚ - ʚ 16 1024 256 16 4 12 12 16 2 6 3 1 3 2 4 1 1 1 ʚ ʚ 1 ʚ ʚ PDMA (ch) Timer/ PWM Cortex96 1.7 3.6 -40 105 50 M23 VBAT ETM Cortex96 1.7 3.6 -40 105 40 M23 LQFP128 14x14 ʚ - LQFP48 7x7 ʚ 8X13 LQFP64 7x7 ʚ MP Programmer 6 Tool EVB ʚ Status Mass Production ʚ Package Size 1 Package Package Type ComSeg LCD 1 Key Store Tamper TRNG EBI USB FS OTG SDHC CAN SPI/ I²S USCI I²C QSPI ISO-7816-3 LPUART 1 EADC 4 DAC (12-bit) 2 EPWM (16-bit) 3 BPWM (16-bit) 1 SRAM (KB) 3 APROM Flash (KB) 6 LDROM Flash (KB) 2 GPIO AES/ECC/SRA/ SM2/3/4 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Voltage (min) (V) Operating Voltage (max) (V) 30 Operating Frequency (MHz) M2354SJFAE Analog ʚ 16 1024 256 16 4 12 12 16 Core M2354LJFAE Timer Cortex96 1.7 3.6 -40 105 106 ʚ M23 Part No. M2354KJFAE Memory NKNLGBEDM2354 128KX NKNLGBEDM2354 48L NKNLGBEDM2354 64S 倞㇫  M2L31 禺⴪ 至 512 K 字节的 ReRAMƏ以及 40 至 168 K 字节的 SRAM˛工作电压范围为 1.71V 至 3.6VƏ工作温度范围广泛Ə从 -40° C 至 105° C˛此系列提供多种封装选择Ə并具有卓越的高抗干扰特性Ə可抵御 4 kV 的 ESDƋ静电放电ƌHBM 和 4.4 kV 的 EFTƋ电快速变动ƌ˛512 K 字节 ReRAM 的双银行设计支持通过空中固件更新ƋFOTAƌ过程进行固件升级˛ 湡叻䎾欽곭㚖智能家居 / 智能家居设备˚工业控制 / 工业自动化˚智能城市˚物联网设备˚安全警报系统˚个人电脑外围设备˚电池管理系统˛ ⚺銴暶挿提供最多三个可编程增益放大器ƋPGAƌƏ三个模拟比较器ƋACMPƌƏ24 通道 12 位 3.6MSPS 模数转换器ƋADCƌƏ两个 12 NuMicro®䗏 䱾 ⵖ 㐼  NuMicro M2L31 系列基于 Arm Cortex-M23 核心Ə采用 Armv8-M 架构Ə具备单周期硬件乘法器 / 除法器˛其运行频率可达 72 MHzƏ内置 64 位 1MSPS 数模转换器ƋDACƌƏ24 通道高速脉宽调制ƋPWMƌƏUSB 2.0 Type-C Power Delivery 3.1 控制器Ə硬件加速的加密模块Ə包括 AESƏ伪随机数生成器ƋPRNGƌ和真随机数生成器ƋTRNGƌ˛超低功耗Ə包括每 MHz 60 微安Ƌ正常运行ƌƏ每 MHz 33 微安Ƌ空闲状态ƌƏ 2.4 微安Ƌ关机ƏRTC 开启Ə保留 RAMƌƏ以及 0.5 微安Ƌ关机ƏRTC 关闭Ə保留 RAMƌ˛ Timer 4 2 4 ʚ ʚ 2 ʚ ʚ ʚ ʚ 3 ʚ 2 2 24 2 3 3 18 ʚ 1 8 2 4 2 4 ʚ ʚ 2 ʚ ʚ ʚ ʚ 3 ʚ 8 512 168 16 4 12 12 ʚ 2 2 20 2 3 3 17 ʚ 1 8 2 4 2 4 ʚ ʚ 2 ʚ ʚ ʚ ʚ 3 ʚ 53 8 256 168 16 4 12 12 ʚ 2 2 20 2 3 3 17 ʚ 1 8 2 4 2 4 ʚ ʚ 2 ʚ ʚ ʚ ʚ 3 ʚ 41 8 512 168 16 4 12 12 ʚ 2 2 16 2 3 3 12 ʚ 1 8 2 4 2 4 ʚ ʚ 2 ʚ ʚ ʚ ʚ 3 ʚ 41 8 256 168 16 4 12 12 ʚ 2 2 16 2 3 3 12 ʚ 1 8 2 4 2 4 ʚ ʚ 2 ʚ ʚ ʚ ʚ 3 ʚ 41 8 512 168 16 4 12 12 ʚ 2 2 16 2 3 3 12 ʚ 1 8 2 4 2 4 ʚ ʚ 2 ʚ ʚ ʚ ʚ 3 ʚ Cortex72 1.71 3.6 -40 105 ʚ M2L31LGDAE M23 41 8 256 168 16 4 12 12 ʚ 2 2 16 2 3 3 12 ʚ 1 8 2 4 2 4 ʚ ʚ 2 ʚ ʚ ʚ ʚ 3 ʚ M2L31YIDAE 41 8 512 168 16 4 12 12 ʚ 2 2 16 2 3 3 12 ʚ V 1 8 2 4 2 ʚ ʚ 2 ʚ ʚ ʚ ʚ 3 ʚ 72 1.71 3.6 -40 105 ʚ 41 8 256 168 16 4 12 12 ʚ 2 2 16 2 3 3 12 ʚ V 1 8 2 4 2 ʚ ʚ 2 ʚ ʚ ʚ ʚ 3 ʚ Cortex72 1.71 3.6 -40 105 ʚ M23 53 8 256 40 10 4 12 - ʚ 2 2 16 1 3 2 - ʚ V 1 6 2 2 1 ʚ - 1 ʚ - - ʚ 3 ʚ 53 8 128 40 10 4 12 - ʚ 2 2 16 1 3 2 - ʚ V 1 6 2 2 1 ʚ - 1 ʚ - - ʚ 3 ʚ 41 8 256 40 10 4 12 - ʚ 2 2 16 1 3 2 - ʚ V 1 6 2 2 1 ʚ - 1 ʚ - - ʚ 3 ʚ 41 8 128 40 10 4 12 - ʚ 2 2 16 1 3 2 - ʚ V 1 6 2 2 1 ʚ - 1 ʚ - - ʚ 3 ʚ 41 8 40 10 4 12 - ʚ 2 2 16 1 3 2 - ʚ V 1 6 2 2 1 ʚ - 1 ʚ - - ʚ 3 ʚ 41 8 256 40 10 4 12 - ʚ 2 2 16 1 3 2 - ʚ V 1 6 2 2 1 ʚ - 1 ʚ - - ʚ 3 ʚ 41 8 128 40 10 4 12 - ʚ 2 2 16 1 3 2 - ʚ V 1 6 2 2 1 ʚ - 1 ʚ - - ʚ 3 ʚ 41 8 40 10 4 12 - ʚ 2 2 16 1 3 2 - ʚ V 1 6 2 2 1 ʚ - 1 ʚ - - ʚ 3 ʚ 26 8 128 40 10 4 12 - ʚ 2 2 10 1 3 2 - ʚ V 1 6 2 2 1 ʚ - 1 ʚ - - ʚ 3 ʚ 26 8 64 40 10 4 12 - ʚ 2 2 10 1 3 2 - ʚ V 1 6 2 2 1 ʚ - 1 ʚ - - ʚ 3 ʚ 18 8 64 40 10 4 12 - ʚ 2 2 2 1 - ʚ V 1 5 2 2 - 1 ʚ - - ʚ 3 ʚ Cortex72 1.71 3.6 -40 105 ʚ M23 Cortex- M2L31YGDAE M23 M2L31SG4AE M2L31SE4AE M2L31LG4AE M2L31LE4AE M2L31LD4AE M2L31YG4AE M2L31YE4AE M2L31YD4AE M2L31ZE4AE M2L31ZD4AE M2L31XD4AE Cortex72 1.71 3.6 -40 105 ʚ M23 Cortex72 1.71 3.6 -40 105 ʚ M23 Cortex72 1.71 3.6 -40 105 ʚ M23 Cortex72 1.71 3.6 -40 105 ʚ M23 Cortex72 1.71 3.6 -40 105 ʚ M23 Cortex72 1.71 3.6 -40 105 ʚ M23 Cortex72 1.71 3.6 -40 105 ʚ M23 Cortex72 1.71 3.6 -40 105 ʚ M23 Cortex72 1.71 3.6 -40 105 ʚ M23 Cortex72 1.71 3.6 -40 105 ʚ M23 64 64 6 - - ʚ LQFP 128 NKM2L31KI NLG128KX LQFP 64 NKM2L31KI NLG64S LQFP 48 NKM2L31KI LQFP 128 LQFP 64 LQFP 48 QFN 48 QFN 48 QFN 48 QFN 48 NKM2L31KI NKM2L31KI NKM2L31KI NLG128KX NLG64S - NKM2L31KI NLG48Y NKM2L31KI NLG48Y NKM2L31KI NKM2L31KI 䗏䱾 ⵖ 㐼 NLG48Y M2L31 禺⴪ 53 MP Programmer 2 EVB AES 8 Package Type Tamper 1 XOM True Random Number Generator (TRNG) Pseudorandom Number Generator (PRNG) Cortex72 1.71 3.6 -40 105 ʚ M23 3 18 ʚ Touch Key Cortex72 1.71 3.6 -40 105 ʚ M23 3 Power delivery CAN FD EBI USB FS OTG SPI/ I²S USCI I²C LIN UART LPUART Internal Voltage Reference Cortex72 1.71 3.6 -40 105 ʚ M23 EADC Cortex72 1.71 3.6 -40 105 ʚ M23 2 24 2 PGA ACMP DAC (12-bit) Cortex72 1.71 3.6 -40 105 ʚ M23 Tool Crypto Package QEI Cortex72 1.71 3.6 -40 105 ʚ 109 8 256 168 16 4 12 12 ʚ M23 Security 2 ECAP Cortex72 1.71 3.6 -40 105 ʚ 109 8 512 168 16 4 12 12 ʚ M23 Connectivity Analog RTC PWM (16-bit) EPWM (16-bit) PDMA (ch) Timer/ PWM SRAM (KB) APROM Flash (KB) GPIO M2L31LIDAE LDROM Flash (KB) M2L31CIDAE VBAT M2L31CGDAE 2SHUDWLQJ7HPSHUDWXUHPLQʝ M2L31SGDAE 2SHUDWLQJ7HPSHUDWXUHPD[ʝ M2L31SIDAE Operating Voltage (min) (V) M2L31KGDAE Operating Voltage (max) (V) Core M2L31KIDAE Operating Frequency (MHz) Part No. Memory Arm® Cortex®-M23 System NLG48Y LQFP6 NKNLG4 M2L31SG 64S LQFP 64 NKNLGM2L32SG 64S LQFP 48 NKNLGM2L33SG 48Y LQFP 48 NKNLGM2L35SG 48Y LQFP 48 NKNLGM2L34SG 48Y QFN 48 NKNLGM2L36SG 48Y QFN 48 NKNLGM2L38SG 48Y QFN 33 NKNLGM2L40SG 33Z QFN 48 QFN 32 NKNLGM2L37SG 48Y NKNLGM2L39SG 32Z WLCSP NK25 M2L41SG 31 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  M251/M252 禺⴪ NuMicro® M251/M252 系列为超低功耗微控制器Ə基于 Arm® Cortex®-M23 内核和 Armv8-M 架构Ə主频支持 48 MHzƏ支持 32 ~ 256 Kbytes 内嵌 Flash 内存以及 8 ~ 32 Kbytes SRAM 内存Ə支持宽工作电压 1.8V ~ 5.5VƏ4 K 字节独立 Flash 作为在线系统编程ƋIn-System Programmingƌ用途˛NuMicro® M251/M252 系列支持宽工作电压 1.75V ~ 5.5V 与ʝ到ʝ的操作温度Ə集成具有模拟多样通讯协定Ƌ诸如 UART˚SPI˚I2C …等ƌ的可编程串行接口ƋPSIOƌ与多样通讯协议如电压调整接口ƋVAIƌ˚USB 2.0 全速设备Ƌ无须外挂晶振ƌ˛ 䎾欽곭㚖适合于智能家庭与家电Ə工业控制 / 工业自动化Ə智能城市˚物联网节点装置˚安全警报监控系统˚电池供电的设备Ə行动支付智能读卡机˚穿戴式装置˚可携式医疗装置˚GPS 数据采集器˚无线通讯模块ƋZigbee˚LoRa ... 等ƌ˚电子货架标签等˛ Ⱒꝶ暶䚍最高支持 8 路可模拟多样通讯协定的可编程串列接口 (PSIO)˚超低功耗技术 : 138 µA/MHz System Memory Timer Connectivity Security Package Status - 2 1 1 1 2 1 - - - ʚ - TSSOP28 4.4x9.7 ʚ M251FC2AE Cortex-M23 48 1.75 5.5 -40 105 15 4 32 8 5 4 - - 7 - - 2 1 1 1 2 1 - - - ʚ - TSSOP20 4.4x6.5 ʚ M251KE3AE Cortex-M23 48 1.75 5.5 -40 105 85 4 128 16 8 4 12 12 ʚ 16 - 2 3 1 1 1 2 3 1 8 - ʚ ʚ LQFP128 14x14 ʚ M251KG6AE Cortex-M23 48 1.75 5.5 -40 105 85 4 256 32 8 4 12 12 ʚ 16 1 2 3 1 1 1 2 3 1 8 - ʚ ʚ LQFP128 14x14 ʚ M251LC2AE Cortex-M23 48 1.75 5.5 -40 105 41 4 32 12 5 4 12 12 ʚ 12 - 2 3 1 1 1 2 2 1 4 - ʚ - LQFP48 7x7 ʚ M251LD2AE Cortex-M23 48 1.75 5.5 -40 105 41 4 64 12 5 4 12 12 ʚ 12 - 2 3 1 1 1 2 2 1 4 - ʚ - LQFP48 7x7 ʚ M251LE3AE Cortex-M23 48 1.75 5.5 -40 105 41 4 128 16 8 4 12 12 ʚ 12 - 2 3 1 1 1 2 3 1 8 - ʚ - LQFP48 7x7 ʚ M251LG6AE Cortex-M23 48 1.75 5.5 -40 105 41 4 256 32 8 4 12 12 ʚ 12 1 2 3 1 1 1 2 3 1 8 - ʚ - LQFP48 7x7 ʚ M251SC2AE Cortex-M23 48 1.75 5.5 -40 105 54 4 32 12 5 4 12 12 ʚ 16 - 2 3 1 1 1 2 2 1 4 - ʚ ʚ LQFP64 7x7 ʚ M251SD2AE Cortex-M23 48 1.75 5.5 -40 105 54 4 64 12 5 4 12 12 ʚ 16 - 2 3 1 1 1 2 2 1 4 - ʚ ʚ LQFP64 7x7 ʚ M251SE3AE Cortex-M23 48 1.75 5.5 -40 105 53 4 128 16 8 4 12 12 ʚ 16 - 2 3 1 1 1 2 3 1 8 - ʚ ʚ LQFP64 7x7 ʚ M251SG6AE Cortex-M23 48 1.75 5.5 -40 105 53 4 256 32 8 4 12 12 ʚ 16 1 2 3 1 1 1 2 3 1 8 - ʚ ʚ LQFP64 7x7 ʚ M251ZC2AE Cortex-M23 48 1.75 5.5 -40 105 26 4 32 ʚ 10 - - 2 1 1 1 2 1 - - - ʚ - QFN33 5x5 ʚ ʚ 10 - 2 3 1 1 1 2 2 1 4 - ʚ - QFN33 5x5 ʚ Timer/ PWM PDMA (ch) 8 9 5 4 12 - MP Programmer - Tool EVB Mass Production 9 Package Size - Package Type XOM Tamper USB FS Device Crystal-less PSIO SPI/ I²S USCI I²C QSPI ISO-7816-3 LIN UART ACMP DAC (12-bit) RTC EADC - PWM (16-bit) 5 4 11 SRAM (KB) 8 GPIO M251 / M252 禺⴪ M251EC2AE Cortex-M23 48 1.75 5.5 -40 105 23 4 32 M251ZD2AE Cortex-M23 48 1.75 5.5 -40 105 26 4 64 12 5 4 12 12 32 Analog BPWM (16-bit) APROM Flash (KB) LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Voltage (min) (V) Operating Frequency (MHz) Part No. Core NuMicro® Family Arm®Cortex®-M23 MCUs ࡛ M251 禺⴪ NKM252SD NLG28E NKM252KG NLG128KX NKM252SD NKM252KG NLG20F NLG128KX NKNLG-48L M252SD NKNLG-48L M252SD NKNLG-48L M252KG NKNLG-48L M252KG NKM252SD NLG64S NKM252KG NLG64S NKM252SD NKM252KG NKM252SD NKM252SD NLG64S NLG64S NLG32Z NLG32Z 倞㇫  ࡛ M252 禺⴪ µA/MHz ( 运行模式 )˚60 µA/MHz (Idle 模式 )˚2.5 µA (RTC 模式ƏRAM 数据保持 )˚1.5 µA ( 待机模式ƏRAM 数据保持 ) System Timer Analog Connectivity Security Package Status - - 2 1 1 1 2 1 - - ʚ ʚ - TSSOP28 4.4x9.7 ʚ M252FC2AE Cortex-M23 48 1.75 5.5 -40 105 11 4 32 8 5 4 7 - - 3 - - 2 1 1 1 2 1 - - ʚ ʚ - TSSOP20 4.4x6.5 ʚ M252KE3AE Cortex-M23 48 1.75 5.5 -40 105 81 4 128 16 8 4 12 12 ʚ 16 - 2 3 1 1 1 2 3 1 8 ʚ ʚ ʚ LQFP128 14x14 ʚ M252KG6AE Cortex-M23 48 1.75 5.5 -40 105 81 4 256 32 8 4 12 12 ʚ 16 1 2 3 1 1 1 2 3 1 8 ʚ ʚ ʚ LQFP128 14x14 ʚ M252LC2AE Cortex-M23 48 1.75 5.5 -40 105 37 4 32 12 5 4 12 8 ʚ 12 - 2 3 1 1 1 2 2 1 4 ʚ ʚ - LQFP48 7x7 ʚ M252LD2AE Cortex-M23 48 1.75 5.5 -40 105 37 4 64 12 5 4 12 12 ʚ 12 - 2 3 1 1 1 2 2 1 4 ʚ ʚ - LQFP48 7x7 ʚ M252LE3AE 128 16 8 4 12 12 ʚ 12 - 2 3 1 1 1 2 3 1 8 ʚ ʚ - LQFP48 7x7 ʚ M252LG6AE Cortex-M23 48 1.75 5.5 -40 105 37 4 256 32 8 4 12 12 ʚ 12 1 2 3 1 1 1 2 3 1 8 ʚ ʚ - LQFP48 7x7 ʚ M252SC2AE Cortex-M23 48 1.75 5.5 -40 105 50 4 32 12 5 4 12 12 ʚ 16 - 2 3 1 1 1 2 2 1 4 ʚ ʚ ʚ LQFP64 7x7 ʚ M252SD2AE Cortex-M23 48 1.75 5.5 -40 105 50 4 64 12 5 4 12 12 ʚ 16 - 2 3 1 1 1 2 2 1 4 ʚ ʚ ʚ LQFP64 7x7 ʚ M252SE3AE Cortex-M23 48 1.75 5.5 -40 105 49 4 128 16 8 4 12 12 ʚ 16 - 2 3 1 1 1 2 3 1 8 ʚ ʚ ʚ LQFP64 7x7 ʚ M252SG6AE Cortex-M23 48 1.75 5.5 -40 105 49 4 256 32 8 4 12 12 ʚ 16 1 2 3 1 1 1 2 3 1 8 ʚ ʚ ʚ LQFP64 7x7 ʚ M252ZC2AE Cortex-M23 48 1.75 5.5 -40 105 23 4 32 8 5 4 12 ʚ 10 - - 2 1 1 1 2 1 - - ʚ ʚ - QFN33 5x5 ʚ M252ZD2AE Cortex-M23 48 1.75 5.5 -40 105 22 4 64 12 5 4 12 12 ʚ 10 - 2 3 1 1 1 2 2 1 4 ʚ ʚ - QFN33 5x5 ʚ Cortex-M23 48 1.75 5.5 -40 105 37 4 - NKNLGM252SD 28E NKM252SD NLG20F NKNLGM252KG 128KX NKNLGM252KG 128KX NKNLGM252SD 48L NKNLGM252SD 48L NKNLGM252KG 48L NKNLGM252KG 48L NKNLGM252SD 64S NKNLGM252SD 64S NKNLGM252KG 64S NKNLGM252KG 64S NKNLGM252SD 32Z NKNLGM252SD 32Z M253 禺⴪ NuMicro® M253 系列基于 Arm® Cortex®-M23 内核和 Armv8-M 架构Ə主频支持 48 MHzƏ支持 128 Kbytes 内嵌 Flash 内存以及 16 Kbytes SRAM 内存ƏM253 系列集成一路 CAN FD 接口与 USB 2.0 全速设备Ə无须外挂晶振 Ə支持宽工作电压 1.75V ~ 5.5V 与ʝ到ʝ的 M252 / M253 禺⴪ 9 NuMicro® Family Arm®Cortex®-M23 MCUs - MP Programmer Tamper - Tool EVB XOM 11 Mass Production RTC EADC 4 Package Size PWM (16-bit) BPWM (16-bit) 5 Package Type PDMA (ch) Timer/ PWM USB FS Device Crystal-less PSIO SPI/ I²S USCI I²C QSPI ISO-7816-3 LIN UART ACMP DAC (12-bit) SRAM (KB) 8 GPIO 32 LDROM Flash (KB) M252EC2AE Cortex-M23 48 1.75 5.5 -40 105 19 4 Core APROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Voltage (min) (V) Operating Frequency (MHz) Part No. Memory NuMicro®䗏 䱾 ⵖ 㐼  Ⱒꝶ暶䚍支持 USB 2.0 全速设备˚并且无须外挂晶振˚最高支持 8 路可模拟多样通讯协定的可编程串列接口 (PSIO)˚超低功耗技术 : 138 操作温度Ə并提供高亢干扰能力如 8 kV HBM ESD 与 4.4 kV EFT˛ 䎾欽곭㚖适合于智能家庭与家电Ə工业控制 / 工业自动化Ə电池包管理˛ ࡛ M253 禺⴪ Ⱒꝶ暶䚍最高一路 CAN FD˚一路 USB 2.0 全速介面˚五路串口˚超低功耗技术 ѥ$0+]运行模式 )˚ѥ$57&模式ƏRAM 数据保持 )˚ѥ$待机模式ƏRAM 数据保持 ) 33 倞㇫  Memory Timer Analog Connectivity Security Package Status PDMA Timer (32-bit) BPWM (16-bit) RTC EADC ACMP UART I²C USCI SPI/ I²S CAN FD USB FS Device USB FS Device Crystal-less XOM 5 4 6 ʚ 12 2 5 2 1 1 1 1 ʚ ʚ LQFP48 7x7 ʚ M253ZE3AE Cortex-M23 48 1.75 5.5 -40 105 22 4 128 16 5 4 6 ʚ 10 2 5 2 1 1 1 1 ʚ ʚ QFN33 5x5 ʚ M253LE3AE Cortex-M23 48 1.75 5.5 -40 105 37 4 128 16 5 4 6 ʚ 12 2 5 2 1 1 1 1 ʚ ʚ LQFP48 7x7 ʚ M253LD3BE Cortex-M23 48 1.75 5.5 -40 105 37 4 64 16 5 4 6 ʚ 12 2 5 2 1 1 1 1 ʚ ʚ LQFP48 7x7 ʚ M253ZE3BE Cortex-M23 48 1.75 5.5 -40 105 22 4 128 16 5 4 6 ʚ 10 2 5 2 1 1 1 1 ʚ ʚ QFN33 5x5 ʚ M253LE3BE Cortex-M23 48 1.75 5.5 -40 105 37 4 128 16 5 4 6 ʚ 12 2 5 2 1 1 1 1 ʚ ʚ LQFP48 7x7 ʚ Package Size Core NuMicro® Family Arm®Cortex®-M23 MCUs M254/M256/M258 禺⴪ MP Programmer SRAM 16 Tool EVB LDROM Flash APROM Flash 64 Mass Production GPIO 4 Package Type 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 37 Operating Voltage (max) (V) -40 105 2SHUDWLQJ7HPSHUDWXUHPLQʝ 48 1.75 5.5 Part No. Operating Voltage (min) (V) M253LD3AE Cortex-M23 Operating Frequency (MHz) NuMicro®䗏 䱾 ⵖ 㐼  System NKNLGM253LE 48L NKNLGM253LE 32Z NKNLGM253LE 48L NKNLGM253LE 48L NKNLGM253LE 32Z NKNLGM253LE 48L NuMicro® M254/M256/M258 系列为超低功耗微控制器Ə基于 Arm® Cortex®-M23 内核和 Armv8-M 架构Ə主频支持 48 MHzƏ支持 64 ~ 256 Kbytes 内嵌 Flash 内存以及 8 ~ 32 Kbytes SRAM 内存Ə4 K 字节独立 Flash 作为在线系统编程ƋIn-System Programmingƌ用途Ə内建 COM/SEG LCD 驱动Ə也支持电容式触摸功能可应用于家电当中的人机接口控制Ə而 NuMicro M258 系列更是支持 USB 2.0 全速装置˛ 䎾欽곭㚖适合于手持式装置Ə温控器˚智慧家庭˚智能家电˚工业控制 / 工业自动化Ə温湿度纪录仪等 ࡛ M254 禺⴪ Ⱒꝶ暶䚍支持 8x40, 6x42, 4x44 COM/SEG LCD 驱动Ə并支持三种分压方式Ɲ charge-pump, 电阻以及内建 OP BufferƏ能够支持 1.8V 至 5.5 V LCD 液晶屏 , 并可调整 1/2, 1/3, 1/4 偏压以及 1/4, 1/6, 1/8 等周期 Memory Timer Analog Connectivity Security Crypto Display - ʚ - M254SE3AE Cortex-M23 48 1.75 5.5 -40 105 53 4 128 16 5 4 6 ʚ 16 - 2 - 3 1 1 1 1 1 - - ʚ - M254KE3AE Cortex-M23 48 1.75 5.5 -40 105 86 4 128 16 5 4 6 ʚ 16 - 2 - 3 1 1 1 1 1 - - ʚ - M254SG6AE Cortex-M23 48 1.75 5.5 -40 105 53 4 256 32 8 4 12 ʚ 16 2 2 - 4 1 1 2 2 2 - - ʚ ʚ M254KG6AE Cortex-M23 48 1.75 5.5 -40 105 86 4 256 32 8 4 12 ʚ 16 2 2 - 4 1 1 2 2 2 - - ʚ ʚ 4 x 32 6 x 30 8 x 28 4 x 32 6 x 30 8 x 28 4 x 40 6 x 42 8 x 44 4 x 32 6 x 30 8 x 28 4 x 40 6 x 42 8 x 44 MP Programmer M254SD2AE Cortex-M23 48 1.75 5.5 -40 105 54 4 64 8 5 4 6 ʚ 16 - 2 - 3 1 1 1 1 1 - 4 x 20 6 x 18 8 x 16 EVB - Tool Status Mass Production ʚ Package Size - Package Package Type AES M254MD2AE Cortex-M23 48 1.75 5.5 -40 105 37 4 64 8 5 4 6 ʚ 12 - 2 - 3 1 1 1 1 1 - ComSeg LCD XOM USB FS Device Crystal-less USB FS Device SPI/ I²S USCI I²C ISO-7816-3 LIN UART Touch Key ACMP DAC (12-bit) EADC RTC BPWM (16-bit) Timer/ PWM PDMA SRAM APROM Flash LDROM Flash GPIO 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) Part No. Core M254/M256/M258 禺⴪ 34 System LQFP 10x10 44 ʚ NKM256SD - LQFP 64 7x7 ʚ NKM256SD NLG64S LQFP 64 7x7 ʚ NKM258KE NLG64S LQFP 14x14 128 ʚ NKM258KE NLG128KX LQFP 64 ʚ NKM258KG NLG64S ʚ NKM258KG NKG128KX 7x7 LQFP 14x14 128 倞㇫  ࡛ M256 禺⴪ NuMicro®䗏 䱾 ⵖ 㐼  Ⱒꝶ暶䚍支持 8x40, 6x42, 4x44 COM/SEG LCD 驱动以及电容式触控功能Ə最高可支持至 16 个独立触控按键Ə并提供 single-scanƏ periodic key-scans, slider, wheel 等多种范例代码 System Timer Analog Connectivity Security Crypto Display Package Status Tool ʚ - 4 x 20 6 x 18 8 x 16 LQFP44 10x10 ʚ NKM256SD - M256SD2AE Cortex-M23 48 1.75 5.5 -40 105 54 4 64 8 5 4 6 ʚ 16 - 2 14 3 1 1 1 1 1 - - ʚ - 4 x 32 6 x 30 8 x 28 LQFP64 7x7 ʚ NKM256SD NLG64S M256SE3AE Cortex-M23 48 1.75 5.5 -40 105 53 4 128 16 5 4 6 ʚ 16 - 2 14 3 1 1 1 1 1 - - ʚ - 4 x 32 6 x 30 8 x 28 LQFP64 7x7 ʚ NKM258KE NLG64S M256KE3AE Cortex-M23 48 1.75 5.5 -40 105 86 4 128 16 5 4 6 ʚ 16 - 2 15 3 1 1 1 1 1 - - ʚ - 4 x 40 6 x 42 LQFP128 14x14 8 x 44 ʚ NKNLGM258KE 128KX M256SG6AE Cortex-M23 48 1.75 5.5 -40 105 53 4 256 32 8 4 12 ʚ 16 2 2 20 4 1 1 2 2 2 - - ʚ ʚ 4 x 40 6 x 42 8 x 44 ʚ NKM258KG M256KG6AE Cortex-M23 48 1.75 5.5 -40 105 86 4 256 32 8 4 12 ʚ 16 2 2 24 4 1 1 2 2 2 - - ʚ ʚ 4 x 40 6 x 42 LQFP128 14x14 8 x 44 ʚ NKNLGM258KG 128KX LQFP64 7x7 EVB - NLG64S ࡛ M258 禺⴪ Ⱒꝶ暶䚍支持 8x40, 6x42, 4x44 COM/SEG LCD 以及高达 16 组独立电容式触控按键Ə 并提供 BC1.2 USB System Timer Analog Connectivity Security Crypto Display Package Status Tool Mass Production EVB MP Programmer LQFP 14x14 128 ʚ NKNLGM258KE 128KX 8x28 6x26 4x24 LQFP 64 ʚ NKM258KG 8x40 6x42 4x44 LQFP 14x14 128 ʚ NKNLGM258KG 128KX - 8x28 6x26 4x24 LQFP 64 M258KE3AE Cortex-M23 48 1.75 5.5 -40 105 82 4 128 16 5 4 6 ʚ 16 - 2 15 3 1 1 1 1 1 1 ʚ ʚ - 8x40 6x42 4x44 M258SG6AE Cortex-M23 48 1.75 5.5 -40 105 49 4 256 32 8 4 12 ʚ 16 2 2 20 4 1 1 2 2 2 1 ʚ ʚ ʚ M258KG6AE Cortex-M23 48 1.75 5.5 -40 105 82 4 256 32 8 4 12 ʚ 16 2 2 24 4 1 1 2 2 2 1 ʚ ʚ ʚ RTC ʚ Core M258SE3AE Cortex-M23 48 1.75 5.5 -40 105 49 4 128 16 5 4 6 ʚ 16 - 2 14 3 1 1 1 1 1 1 ʚ 7x7 M254/M256/M258 禺⴪ Package Size NLG64S Package Type NKM258KE ComSeg LCD ʚ AES 7x7 XOM USB FS Device Crystal-less USB FS Device SPI/ I²S USCI I²C ISO-7816-3 LIN UART Touch Key ACMP DAC (12-bit) EADC BPWM (16-bit) Timer/ PWM PDMA SRAM APROM Flash LDROM Flash GPIO 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) Part No. Memory NuMicro® Family Arm®Cortex®-M23 MCUs MP Programmer Mass Production Package Size Package Type ComSeg LCD AES M256MD2AE Cortex-M23 48 1.75 5.5 -40 105 37 4 64 8 5 4 6 ʚ 12 - 2 6 3 1 1 1 1 1 - Core XOM USB FS Device Crystal-less USB FS Device SPI/ I²S USCI I²C ISO-7816-3 LIN UART Touch Key ACMP DAC (12-bit) EADC RTC BPWM (16-bit) Timer/ PWM PDMA SRAM (KB) APROM Flash (KB)) GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Voltage (min) (V) Operating Frequency (MHz) Part No. Memory NKG64S 35 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  M261/M262/M263 禺⴪ 新唐科技 NuMicro® M261/M262/M263 系列是新一代 32 位低功耗微控制器产品Ə基于 Arm® Cortex®-M23 内核Ə支持 Arm®v8-M 指令集架构˛ 其工作频率达 64 MHzƏ内嵌可支持无线更新固件技术ƋOTAƌ的双区块Ƌdual bankƌ512 KB Flash˚96 KB SRAMƏ可运作于 1.8V ~ 3.6V 工作电压和ʝaʝ温度范围˛ 䎾欽곭㚖智能门锁˚指纹智能卡˚智能家居˚智能楼宇˚无线感测装置˚智能表计˚移动式数据采集仪˚手持式医疗设备 ࡛ M261/M262/M263 禺⴪ Ⱒꝶ暶䚍支持无线更新固件的 512 KB 双区块ƋDual Bankƌ架构闪存ƋFlashƌ˚USB 2.0 全速 OTG˚CAN 2.0B 接口˚SDHC 2.0 接口˚ ⡜⸆罳䪮助正常运行模式下约为ѥ$0+]ƋLDO 模式ƌ和ѥ$0+]ƋDC-DC 模式ƌƏ待机掉电模式下约为ѥ$Ə深度掉电模式下的耗电流则小于ѥ$˛ System Connectivity Security Crypto Package Status Tool MP Programmer Mass Production Package Size Package Type 4 512 96 16 4 12 12 2 1 ʚ 16 2 2 2 6 3 1 3 2 4 1 - 1 - ʚ ʚ ʚ 1 ʚ LQFP64 7x7 ʚ NKNLGM263KI 64S - ʚ ʚ - ʚ QFN33 5x5 ʚ NKNLGM263KI 32Z 2 ʚ 16 2 2 2 6 3 1 3 2 4 1 - 1 1 ʚ ʚ ʚ 6 ʚ LQFP128 14x14 ʚ NKNLGM263KI 128KX 4 512 96 16 4 12 12 2 1 ʚ 16 2 2 2 6 3 1 3 2 4 1 - 1 1 ʚ ʚ ʚ 1 ʚ LQFP64 7x7 ʚ NKNLGM263KI 64S 4 512 96 16 4 12 12 1 - ʚ 9 2 2 2 6 3 1 3 2 3 1 - 1 1 - ʚ ʚ - ʚ QFN33 5x5 ʚ NKNLGM263KI 32Z Cortex64 1.8 3.6 -40 105 107 4 512 96 16 4 12 12 2 M23 2 ʚ 16 2 2 2 6 3 1 3 2 4 1 1 1 1 ʚ ʚ ʚ 6 ʚ LQFP128 14x14 ʚ NKNLGM263KI 128KX 4 512 96 16 4 12 12 2 1 ʚ 16 2 2 2 6 3 1 3 2 4 1 1 1 1 ʚ ʚ ʚ 1 ʚ LQFP64 7x7 ʚ NKNLGM263KI 64S - ʚ 9 2 2 2 6 3 1 3 2 3 1 1 1 1 - ʚ ʚ - ʚ QFN33 5x5 ʚ NKNLGM263KI 32Z Cortex64 1.8 3.6 -40 105 51 M23 Cortex64 1.8 3.6 -40 105 25 M23 Cortex64 1.8 3.6 -40 105 51 M23 Cortex64 1.8 3.6 -40 105 25 M23 4 512 96 16 4 12 12 1 I²S Cortex64 1.8 3.6 -40 105 107 4 512 96 16 4 12 12 2 M23 CAN 4 512 96 16 4 12 12 1 I²C Cortex64 1.8 3.6 -40 105 25 M23 LIN Cortex64 1.8 3.6 -40 105 51 M23 - ʚ 9 2 2 2 6 3 1 3 2 3 1 - 1 - EVB Crypto NKNLGM263KI 128KX SDHC ʚ USCI LQFP128 14x14 QSPI ʚ Cortex64 1.8 3.6 -40 105 107 4 512 96 16 4 12 12 2 M23 ACMP EBI Tamper XOM TRNG USB FS OTG SPI/ I²S ISO-7816-3 LPUART DAC (12-bit) EADC RTC ECAP QEI EPWM (16-bit) BPWM (16-bit) Timer/ PWM PDMA M263ZIAAE Analog - 1 - ʚ ʚ ʚ 6 SRAM M263SIAAE APROM Flash M263KIAAE Timer 2 ʚ 16 2 2 2 6 3 1 3 2 4 1 GPIO M261/M262/M263 禺⴪ 36 M262ZIAAE Memory LDROM Flash M262SIAAE 2SHUDWLQJ7HPSHUDWXUHPLQʝ M262KIAAE 2SHUDWLQJ7HPSHUDWXUHPD[ʝ M261ZIAAE Operating Voltage (min) (V) M261SIAAE Operating Voltage (max) (V) M261KIAAE Operating Frequency (MHz) Part No. Core NuMicro® Family Arm®Cortex®-M23 MCUs 支持安全开机功能˚硬件加密引擎˚16 通道 12 位 3.76 Msps 采样率 ADC˚12 位 1 Msps 采样率 DAC˚模拟比较器 ƋACMPƌ 倞㇫  M2003 禺⴪ Kbytes SRAM 内存Ə支持工作电压 2.4V ~ 5.5VV 与ʝ到ʝ的操作温度˛NuMicro® M2003 系列配备丰富的外设Ə如 32 位 Timer˚ UART˚I2C˚通用串行控制接口 (USCI) 可设为 UART, I²C 或 SPIƏ以及 ADC 及 PWM˛ 䎾欽곭㚖广泛地适用于各种应用Ə如智能建筑˚智能家庭与家电˚工业控制˚电池管理系统等等˛ Ⱒꝶ暶䚍提供业界最通用小封装 TSSOP20 及 QFN20˛脚位与 N76E003AT20˚N76E003AQ20˚N76E003BQ20˚MS51FB9AE˚ MS51XB9AE˚MS51XB9BE 及 MG51 系列兼容˛ Timer Analog Connectivity Security Package Status Tool ADC (12-bit) UART I²C USCI SPROM(B) Package Type Package Size Mass Production EVB MP Programmer ʚ 4 6 1 8 2 1 1 1024 TSSOP20 4.4x6.5 2024/Q2 NK-M2003FC - M2003XC1AE Cortex-M23 24 2.4 5.5 -40 105 18 4 32 &RQÀJXUDEOH 4 ʚ ʚ 4 6 1 8 2 1 1 1024 QFN20 3x3 2024/Q2 NK-M2003FC - Timer(32-bit) ʚ WWDT WDT SRAM(KB) 4 Data Flash(KB) &RQÀJXUDEOH GPIO M2003FC1AE Cortex-M23 24 2.4 5.5 -40 105 18 4 32 Core ECAP PWM(16-bit) APROM Flash(KB) LDROM Flash(KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) Part No. Memory NuMicro® Family Arm®Cortex®-M23 MCUs System NuMicro®䗏 䱾 ⵖ 㐼  NuMicro® M2003 系列基于 Arm® Cortex®-M23 内核Ə内建 32 位硬件乘除法器˛主频支持 24 MHzƏ支持 32 Kbytes 内嵌 Flash 内存以及 4 M2003 禺⴪ 37 新唐 NuMicro®微控制器 Arm® Cortex®-M7 䗏䱾ⵖ㐼 KM1M7 系列 MCU 搭载 Arm® Cortex M7 内核Ə是一款同时具有高处理能力及低功耗性能的 MCU ® 该 MCU 内置适用于马达 / 电源控制的高性能 PWMƏ高速高精度 AD 以及反馈控制辅助功能Ə可用于构建高效率 / 低功耗 / 小型化的电源管理系统˛ KM1M7A/KM1M7C 侨㶶歏彂禺⴪ KM1M7 系列 MCU 搭载 Arm® Cortex M7 内核Ə是一款同时具有高处理能力及低功耗性能的 MCU˛ ® 该 MCU 内置适用于Ə电源控制的高速 , 高精度模拟模块以及辅助功能Ə并采用具有 RWWƋRead while Writeƌ功能的存储器Ə 使 EEPROM 的读写更有效˛可用于构建高效率 / 低功耗 / 小型化的电源管理系统˛ Connectivity Package CRC Flash/SRAM ECC VGA Comparator DAC (10-bit) DAC (8-bit) Unit CAN SM-Bus I²C SPI UART Clock synchronous Power control PWM Timer (16-bit) I/O I-RAM (KB) Data Flash SRAM (KB) Flash (KB) Core speed (MHz) Part No. ADC(12-bit) Channel NuMicro® Family Arm® Cortex® - M7 Microcontroller ࡛244(-__ KM1M7AF52N 160 512 64 64 64 82 20 10 7 6 3 2 - 2 23 3 10 2 5 5 v v HQFP100 (14x14) KM1M7AF50N 160 512 64 64 64 123 20 12 8 7 3 2 1 2 32 3 10 2 5 5 v v HQFP144 (20x20) DAC (8-bit) DAC (10-bit) Comparator VGA Flash/SRAM ECC CRC ࡛244*-__ Connectivity Channel Unit 14 3 1 7 7 7 2 1 1 11 3 7 6 v v - - TQFP32 (7x7) 38 14 5 1 7 7 7 2 1 1 16 3 12 10 v v - - TQFP48 (7x7) KM1M7CF04N 160 512 64 32 64 52 14 6 1 7 7 7 2 1 1 18 3 12 12 v v - - TQFP64 (10x10) KM1M7CF03N 160 512 64 32 64 68 14 8 1 7 7 7 2 1 1 26 3 12 12 v v - - TQFP80 (12x12) KM1M7CF16N 160 512 64 32 64 24 14 3 1 7 7 7 2 1 1 11 3 7 6 v v v v TQFP32 (7x7) KM1M7CF15N 160 512 64 32 64 38 14 5 1 7 7 7 2 1 1 16 3 12 10 v v v v TQFP48 (7x7) KM1M7CF14N 160 512 64 32 64 52 14 6 1 7 7 7 2 1 1 18 3 12 12 v v v v TQFP64 (10x10) KM1M7CF13N 160 512 64 32 64 68 14 8 1 7 7 7 2 1 1 26 3 12 12 v v v v TQFP80 (12x12) Package CAN 24 64 I²C 64 32 SPI 32 64 UART 64 512 RTC 512 KM1M7CF05N 160 I/O SM-Bus Clock synchronous Power control PWM Timer (16-bit) I-RAM (KB) Data Flash SRAM (KB) Flash (KB) KM1M7CF06N 160 KM1M7B 鷠」㐼䱾ⵖ 禺⴪ KM1M7 系列 MCU 搭载 Arm® Cortex M7 内核Ə是一款同时具有高处理能力及低功耗性能的 MCU˛ ® 该 MCU 内置适用于马达控制的高速 , 高精度模拟模块以及辅助功能Ə并采用具有 RWWƋRead while Writeƌ功能的存储器Ə 使 EEPROM 的读写更有效˛可用于构建高效率 / 低功耗 / 小型化的电源管理系统˛ ࡛244)-__ Connectivity ADC(12-bit) Flash (KB) SRAM (KB) Data Flash I-RAM (KB) I/O Timer (16-bit) Power control PWM Clock synchronous UART SPI I²C SM-Bus Channel Unit DAC (8-bit) DAC (10-bit) Comparator VGA Flash/SRAM ECC CRC Package KM1M7BF02K 160 256 32 64 64 82 20 10 7 6 3 2 - 23 3 10 2 5 5 v v HQFP100 (14x14) KM1M7BF02M 160 384 48 64 64 82 20 10 7 6 3 2 - 23 3 10 2 5 5 v v HQFP100 (14x14) KM1M7BF02N 160 512 64 64 64 82 20 10 7 6 3 2 - 23 3 10 2 5 5 v v HQFP100 (14x14) KM1M7BF00K 160 256 32 64 64 123 20 12 8 7 3 2 1 32 3 10 2 5 5 v v HQFP144 (20x20) KM1M7BF00M 160 384 48 64 64 123 20 12 8 7 3 2 1 32 3 10 2 5 5 v v HQFP144 (20x20) KM1M7BF00N 160 512 64 64 64 123 20 12 8 7 3 2 1 32 3 10 2 5 5 v v HQFP144 (20x20) Part No. Core speed (MHz) KM1M7A/KM1M7C 侨㶶歏彂禺⴪ 38 Core speed (MHz) Part No. ADC(12-bit) 倞㇫ NuMicro ® 鲨欽䗏䱾ⵖ㐼㹻停  NuMicro®䗏 䱾 ⵖ 㐼  NuMicro® CAN/ 车用微控制器是专为汽车应用而设计的微控制器系列Ə通过 AEC-Q100 认证Ə并具有内置的控制器局域网ƋCANƌ2.0B 接口˛ 䎾欽곭㚖⦝鲨鳇⸔禺絡鲨欽抨⯕鲨魨䱾ⵖ䫬㣢儑爚㐼 NuMicro® CAN / 车用系列 MCU 由以下产品系列组成Ɲ M0A23 系列Ɲ通过 AEC-Q100 grade 1Ə支持高达 125° C˚48 MHz˚高达 32 KB Flash˚CAN/LIN 接口˚PDMA˚DAC˚ACMP NUC131U 系列Ɲ通过 AEC-Q100 grade 2Ə支持高达 105° C˚50 MHz˚高达 68 KB Flash˚CAN/LIN 接口˚最多支持 6 组 UART M0A23 禺⴪ NuMicro® M0A23 是专为汽车应用而设计Ə基于 Arm® Cortex®-M0 内核Ə提供高达 32 KB 的闪存Ə4 KB SRAMƏ提供 CAN/LIN 接口和高稳定性Ə能够承受高达 125° C 的环境温度˛ ࡛ M0A23 禺⴪ Ⱒꝶ暶䚍硬件除法器˚支持最高 125° C˚CAN/LIN 接口˚PDMA˚单线式 UART System SSOP20 5.3x7.2 - M0A23EC1ACU Cortex-M0 48 2.4 5.5 -40 125 26 ʚ 2 32 &RQÀJXUDEOH 4 5 4 6 17 1 2 ʚ 2 2 2 1 TSSOP28 4.4x9.7 ʚ M0A23OC1AC 2 32 &RQÀJXUDEOH 4 5 4 6 17 1 2 ʚ 2 2 2 1 ʚ M0A23EC1AC Cortex-M0 48 2.4 5.5 -40 125 18 ʚ Cortex-M0 48 2.4 5.5 -40 125 26 ʚ 2 32 &RQÀJXUDEOH 4 5 4 6 17 1 ʚ 2 2 2 2 SSOP20 5.3x7.2 1 TSSOP28 4.4x9.7 ʚ NKNLGM0A23OC M0A21O NKNLGM0A23EC M0A21E NKNLGM0A23OC M0A21O NKNLGM0A23EC M0A21E AEC-Q100 1 &HUWLÀFDWLRQ MP Programmer 2 EVB 2 Tool Mass Production 2 Status Package Size ʚ Package Type ACMP Internal Voltage Reference 2 DAC (5-bit) 5 Package CAN USCI LIN UART ADC (12-bit) 6 17 1 PWM (16-bit) 4 Connectivity Timer (32-bit) 32 &RQÀJXUDEOH Analog 4 PDMA (ch) SRAM (KB) 2 Timer Data Flash (KB) LDROM Flash (KB) M0A23OC1ACU Cortex-M0 48 2.4 5.5 -40 125 18 ʚ APROM Flash (KB) GPIO Temperature Sensor 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) Operating Voltage (min) (V) Core Operating Frequency (MHz) Part No. Memory Grade 1 - KB SRAM˚以及 4 KB ISP ROM˚具有内置控制器局域网ƋCANƌ2.0B 接口Ə并通过了 AEC-Q100 2 级认证䎾欽곭㚖电梯˚马达控制˚BMS˚充电桩˚CAN 模块等 ࡛ NUC131U 禺⴪ Timer Analog Connectivity Package Status 8 6 3 1 2 1 LQFP 48 7x7 ʚ NUC131SD2AEU Cortex-M0 50 2.5 5.5 -40 105 56 4 68 &RQÀJXUDEOH 8 4 12 8 6 3 1 2 1 LQFP 64 7x7 ʚ I²C LIN SPI NKNUC131U NLGNUC131L NKNUC131U NLGNUC131S AEC-Q100 12 &HUWLÀFDWLRQ MP Programmer 4 Tool EVB Mass Production UART Package Size ADC (12-bit) Package Type PWM (16-bit) 8 CAN SRAM (KB) 68 &RQÀJXUDEOH GPIO NUC131LD2AEU Cortex-M0 50 2.5 5.5 -40 105 42 4 Core Timer (32-bit) Data Flash (KB) APROM Flash (KB) LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) Part No. Memory M0A23 禺⴪ / NUC131U 禺⴪ NuMicro® NUC131SD2AEU/NUC131LD2AEU 是基于 32 位 ARM® Cortex®-M0 的微控制器Ə运行速度高达 50 MHzƏ内建 68 KB Flash˚8 System 䗏䱾 ⵖ 㐼 Grade 1 NUC131U 禺⴪ Ⱒꝶ暶䚍硬件除法器˚LIN/CAN 接口˚6 组 UART˚24 路 100 MHz PWM NuMicro® Arm® Cortex®-M0 䎾欽곭㚖车用˚灯光˚工业通讯˚工业控制˚电源控制等 Grade 2 Grade 2 39 新唐 NuMicro®微控制器 NuMicro ® Arm ® Cortex ®-M0 䗏䱾ⵖ㐼㹻停新唐科技身为全球微控制器领导厂商Ə持续推出当代最先进的 32 位微控制器Ə内建 Arm® Cortex®-M0 内核Ə拥有多样且宽广的操作电压范围选择性Ƌ1.8V ~ 3.6V˚2.5V ~ 5.5VƌƏ可达工业控制的操作温度范围Ƌ-40° C ~ 105° CƌƏ内建高精度振荡器Ə兼备高稳定性和高抗干扰能力Ƌ8 kV ESDƏ4 kV EFTƌ˛ Arm® Cortex®-M0 / M23 微控制器家族包含 1.8V M031 系列˚5V NUC029 系列ƞ具有 USB 2.0 全速设备功能 NUC121/123/125/126 系列˚ 具有 CAN 功能的 NUC131/230/240 系列˚超值的 Mini51 和 M051 系列和超低工耗的 Nano 系列Ƌ1.8V ~ 3.6VƌƏ是工业控制系统˚工业自动化˚消费产品˚嵌入式网络控制˚能源˚电力系统和电机控制的理想解决方案˛ M029G/M030G/M031G 禺⴪ 新唐 NuMicro® M029G/M030G/M031G 是专为光模块所设计的 Arm® Cotex®-M0 32 位微控制器Ə配有硬件乘除法器˛此系列工作频率可达 NuMicro® Arm® Cortex®-M0 微控制器 48/72 MHzƏ32/64 KB Flash 和 2/4/8 KB SRAMƏ以及 2 KB LDROM 做为 ISP (In-System Programming) 使用˛此系列配备硬件曼彻斯特编解码器及一组支持自动数据产生功能的 DAC (M031G 系列 ) 供调顶功能使用˚丰富的模拟外围包含 12 位 DAC 及最高可达 2 Msps 的 12 位 ADC˚内建精度 ±2° C 的温度传感器˚QFN24 (3x3 mm) 及 QFN33 (4x4 mm) 小封装˚支持 2 组 400 KHz (M029G)/ 1 MHz (M030G/ M031G) 从机模式 I²C˛可工作于 2.7V ~ 3.6V 电压接口Ə工作温度为 -40° C 至 105° C ˛ ⚁㾪䎾欽光模块˛也適用於需類比週邊的小尺寸應用Ə如電源模塊˚小屏幕˚微投影機˚小家電˚穿戴裝置˚傳感器等 ࡛ M029G 禺⴪ Ⱒꝶ暶䚍内建温度传感器Ə400K 从机模式 I²C˚QFN24/33 小封装 ࡛ M030G 禺⴪ Ⱒꝶ暶䚍内建温度传感器Ə1MHz 从机模式 I²C˚QFN24/33 小封装 System Clock Timer Analog Connectivity Package Status Tool I²C SPI/ I²S NKM029GGC - M030GGC1AE Cortex-M0 48 ʚ 2.7 3.6 -40 105 19 ±2 2 32 &RQÀJXUDEOH 4 5 38.4 48 - 2 6 11 4 ʚ 1 2 1 QFN24 3x3 ʚ NKM030GTD - M030GGD1AE Cortex-M0 48 ʚ 2.7 3.6 -40 105 19 ±2 2 64 &RQÀJXUDEOH 4 5 38.4 48 - 2 6 11 4 ʚ 1 2 1 QFN24 3x3 ʚ NKM030GTD - M030GTC1AE Cortex-M0 48 ʚ 2.7 3.6 -40 105 28 ±2 2 32 &RQÀJXUDEOH 4 5 38.4 48 - 2 6 16 4 ʚ 1 2 1 QFN33 4x4 ʚ NKM030GTD - M030GTD1AE Cortex-M0 48 ʚ 2.7 3.6 -40 105 28 ±2 2 64 &RQÀJXUDEOH 4 5 38.4 48 - 2 6 16 4 ʚ 1 2 1 QFN33 4x4 ʚ NKM030GTD - Core M029G/M030G/M031G 禺⴪ MP Programmer UART - EVB DAC (12-bit) Internal Voltage Reference QFN24 3x3 Mass Production ADC (12-bit) 1 Package Size BPWM (16-bit) 2 Package Type PLL (MHz) Timer (32-bit) 1 LIRC (kHz) ʚ HIRC (MHz) 2 PDMA (ch) 11 SRAM (KB) 6 Data Flash (KB) LDROM Flash (KB) 2 APROM Flash (KB) GPIO Temperature Sensor Accuracy ʝ - 2SHUDWLQJ7HPSHUDWXUHPLQʝ 38.4 48 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 5 Operating Voltage (min) (V) 32 &RQÀJXUDEOH 2 Operating Voltage (max) (V) 2 CRC ±2 Operating Frequency (MHz) M029GGC0AE Cortex-M0 48 ʚ 2.7 3.6 -40 105 19 Part No. 40 Memory 倞㇫  ࡛ M031G 禺⴪ System Memory Clock Timer Analog Connectivity Package Status Tool Others MP Programmer DAC Auto Data Generation Hardware Manchester Codec ʚ M031GGD2AE Cortex-M0 72 ʚ 2.7 3.6 -40 105 19 ±2 2 64 &RQÀJXUDEOH 8 7 38.4 48 72 6 6 11 4 ʚ 1 2 1 QFN24 3x3 ʚ NKM031GTD - ʚ ʚ M031GTC2AE Cortex-M0 72 ʚ 2.7 3.6 -40 105 28 ±2 2 32 &RQÀJXUDEOH 8 7 38.4 48 72 6 6 16 4 ʚ 1 2 1 QFN33 4x4 ʚ NKM031GTD - ʚ ʚ M031GTD2AE Cortex-M0 72 ʚ 2.7 3.6 -40 105 28 ±2 2 64 &RQÀJXUDEOH 8 7 38.4 48 72 6 6 16 4 ʚ 1 2 1 QFN33 4x4 ʚ NKM031GTD - ʚ ʚ Core NuMicro® Arm® Cortex®-M0 I²C SPI/ I²S ʚ EVB UART - Mass Production DAC (12-bit) Internal Voltage Reference NKM031GTD Package Size ADC (12-bit) ʚ Package Type BPWM (16-bit) QFN24 3x3 PLL (MHz) 1 LIRC (kHz) 2 HIRC (MHz) 1 PDMA (ch) SRAM (KB) ʚ Data Flash (KB) 4 LDROM Flash (KB) 11 APROM Flash (KB) 6 GPIO Timer (32-bit) Temperature Sensor Accuracy ʝ 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 6 Operating Voltage (min) (V) 32 &RQÀJXUDEOH 8 7 38.4 48 72 Operating Voltage (max) (V) 2 CRC Operating Frequency (MHz) M031GGC2AE Cortex-M0 72 ʚ 2.7 3.6 -40 105 19 ±2 Part No. NuMicro®䗏 䱾 ⵖ 㐼  Ⱒꝶ暶䚍硬件曼测斯特编解码器Ə一组支持自动数据产生功能 DACƏ内建温度传感器Ə1 MHz 从机模式 I²C˚QFN24/33 小封装䗏䱾 ⵖ 㐼 M029G/M030G/M031G 禺⴪ 41 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  M031 禺⴪ NuMicro® M031 系列基於 Arm® Cortex®-M0 内核Ə是为 1.8V ~ 3.6V 工业应用而设计˛配备高效与丰富的外设Ə如Ɲ2 Msps ADCƏ最高 144 MHz PWMƏ另外还符合 IEC-60730 安全规范和 USB 2.0 全速设备Ƌ无须外挂晶振ƌƏ以及 16 K ~ 512 K 字节 Flash 内存˚2 K ~ 96 K 字节 SRAM˛ 䎾欽곭㚖工业控制˚高精度仪表˚无线充电˚人机界面˚物联网节点设备˚安全系统˚电机控制˚通信系统等 ࡛ M031 禺⴪ Ⱒꝶ暶䚍配置最高 10 路 UART˚144 MHz PWM˚2 Msps ADC˚24 MHz SPI˚UART 支持 1 线模式˚OTA˚安全程序 ROM Timer Analog Connectivity Security Package Status ADC (12-bit) ACMP UART QSPI I²C SMBUS (Supported by I2C) USCI SPI/ I²S EBI SPROM (Byte) 3 - 2 - - 1 - 512 TSSOP20 4.4x6.5 ʚ M031EB0AE Cortex-M0 48 1.8 3.6 -40 105 23 2 16 2 - 2 6 - - 9 - 3 - 2 - - 1 - 512 TSSOP28 4.4x9.7 ʚ M031TB0AE Cortex-M0 48 1.8 3.6 -40 105 27 2 16 2 - 2 6 - - 10 - 3 - 2 - - 1 - 512 M031FC1AE Cortex-M0 48 1.8 3.6 -40 105 15 2 32 4 2 4 6 - - 7 - 3 - 2 - - 1 - 512 TSSOP20 4.4x6.5 ʚ M031EC1AE Cortex-M0 48 1.8 3.6 -40 105 23 2 32 4 2 4 6 - - 9 - 3 - 2 - - 1 - 512 TSSOP28 4.4x9.7 ʚ M031TC1AE Cortex-M0 48 1.8 3.6 -40 105 27 2 32 4 2 4 6 - - 10 - 3 - 2 - - 1 - 512 QFN33 4x4 ʚ M031LC2AE Cortex-M0 48 1.8 3.6 -40 105 42 2 32 8 5 4 12 - - 12 2 3 - 2 - 1 1 - 512 LQFP48 7x7 ʚ M031SC2AE Cortex-M0 48 1.8 3.6 -40 105 55 2 32 8 5 4 12 - - 16 2 3 - 2 - 1 1 - 512 LQFP64 7x7 ʚ M031TD2AE Cortex-M0 48 1.8 3.6 -40 105 27 2 64 8 5 4 12 - - 10 2 3 - 2 - 1 1 - 512 QFN33 4x4 ʚ M031LD2AE Cortex-M0 48 1.8 3.6 -40 105 42 2 64 8 5 4 12 - - 12 2 3 - 2 - 1 1 - 512 LQFP48 7x7 ʚ M031SD2AE Cortex-M0 48 1.8 3.6 -40 105 55 2 64 8 5 4 12 - - 16 2 3 - 2 - 1 1 - 512 LQFP64 7x7 ʚ M031TE3AE Cortex-M0 48 1.8 3.6 -40 105 27 4 128 16 5 4 12 - - 10 2 3 - 2 - 1 1 - 512 QFN33 4x4 ʚ M031LE3AE Cortex-M0 48 1.8 3.6 -40 105 42 4 128 16 5 4 12 - - 12 2 3 - 2 - 1 1 ʚ 512 LQFP48 7x7 ʚ M031SE3AE Cortex-M0 48 1.8 3.6 -40 105 55 4 128 16 5 4 12 - - 16 2 3 - 2 - 1 1 ʚ 512 LQFP64 7x7 ʚ M031LG6AE Cortex-M0 72 1.8 3.6 -40 105 42 4 256 32 7 4 12 12 ʚ 12 2 6 1 2 1 2 1 ʚ 2048 LQFP48 7x7 ʚ M031LG8AE Cortex-M0 72 1.8 3.6 -40 105 42 4 256 64 7 4 12 12 ʚ 12 2 6 1 2 1 2 1 ʚ 2048 LQFP48 7x7 ʚ M031SG6AE Cortex-M0 72 1.8 3.6 -40 105 55 4 256 32 7 4 12 12 ʚ 16 2 6 1 2 1 2 1 ʚ 2048 LQFP64 7x7 ʚ M031SG8AE Cortex-M0 72 1.8 3.6 -40 105 55 4 256 64 7 4 12 12 ʚ 16 2 6 1 2 1 2 1 ʚ 2048 LQFP64 7x7 ʚ M031KG6AE Cortex-M0 72 1.8 3.6 -40 105 111 4 256 32 7 4 12 12 ʚ 16 2 6 1 2 1 2 1 ʚ 2048 LQFP128 14x14 ʚ M031KG8AE Cortex-M0 72 1.8 3.6 -40 105 111 4 256 64 7 4 12 12 ʚ 16 2 6 1 2 1 2 1 ʚ 2048 LQFP128 14x14 ʚ M031SIAAE Cortex-M0 72 1.8 3.6 -40 105 55 8 512 96 9 4 12 12 ʚ 16 2 8 1 - - 2 1 ʚ 2048 LQFP64 7x7 ʚ M031KIAAE Cortex-M0 72 1.8 3.6 -40 105 111 8 512 96 9 4 12 12 ʚ 16 2 8 1 - - 2 1 ʚ 2048 LQFP128 14x14 ʚ M030TD2AE-重点 QFN33 4x4 ʚ MP Programmer RTC - Tool EVB BPWM (16-bit) 7 Mass Production PWM (16-bit) - Package Size Timer (32-bit) - Package Type PDMA (ch) 6 APROM Flash (KB) 2 GPIO - LDROM Flash (KB) 2 Operating Voltage (min) (V) SRAM (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Frequency (MHz) M031 禺⴪ 42 Memory M031FB0AE Cortex-M0 48 1.8 3.6 -40 105 15 2 16 Part No. Core NuMicro® Arm® Cortex®-M0 䗏䱾 ⵖ 㐼 System NKM031TB NLG20F NKM031TB NLG32T NKM031TB NLG28E NKM031TC NLG20F NKM031TC NLG32T NKM031TC NLG28E NKM031SD NLG48L NKM031SD NLG32T NKM031SD NLG64S NKM031SD NLG48L NKM031SE NLG32T NKM031SD NLG64S NKM031SE NLG48L NKM031KG NLG48L NKM031SE NLG64S NKM031KG NLG48L NKM031KG NLG64S NKM031KG NLG64S NKNLGM031KG 128KX NKNLGM031KG 128KX NKM031KI NKM031KI NLG64S NLG128KX 倞㇫  M032 禺⴪ MHz PWMƏ另外还符合 IEC-60730 安全规范和 USB 2.0 全速设备Ƌ无须外挂晶振ƌƏ以及 16 K ~ 512 K 字节 Flash 内存˚2 K ~ 96 K 字节 SRAM˛ 䎾欽곭㚖滑鼠˚鍵盤˚電競螢幕˚人机界面˚物联网节点设备˚安全系统˚电机控制˚通信系统等 NuMicro®䗏 䱾 ⵖ 㐼  NuMicro® M032 系列基於 Arm® Cortex®-M0 内核Ə是为 1.8V ~ 3.6V 工业应用而设计˛配备高效与丰富的外设Ə如Ɲ2 Msps ADC˚最高 144 ࡛ M032 禺⴪ Ⱒꝶ暶䚍配置最高 10 路 UART˚144 MHz PWM˚2 Msps ADC˚24 MHz SPI˚UART 支持 1 线模式˚OTA˚USB 2.0 全速设备Ƌ无须外 System Timer Analog Connectivity Security Package Status Tool EVB MP Programmer - - 1 1 1 ʚ - 512 TSSOP28 4.4x9.7 ʚ NK-M032TC NLG-28E M032FC1AE Cortex-M0 48 1.8 3.6 -40 105 11 2 32 4 2 2 - 6 - 3 - 1 - - - 1 1 1 ʚ - 512 TSSOP20 4.4x6.5 ʚ NK-M032TC NLG-20F M032KG6AE Cortex-M0 72 1.8 3.6 -40 105 107 4 256 32 4 4 12 12 ʚ 16 2 6 1 2 1 2 1 1 ʚ ʚ 2048 LQFP128 14x14 ʚ NK-M032KG NLG-128KX M032KG8AE Cortex-M0 72 1.8 3.6 -40 105 107 4 256 64 4 4 12 12 ʚ 16 2 6 1 2 1 2 1 1 ʚ ʚ 2048 LQFP128 14x14 ʚ NK-M032KG NLG-128KX M032KIAAE Cortex-M0 72 1.8 3.6 -40 105 107 8 512 96 8 4 12 12 ʚ 16 2 8 1 2 1 2 1 1 ʚ ʚ 2048 LQFP128 14x14 ʚ NK-M032KI NLG-128KX M032LC2AE Cortex-M0 48 1.8 3.6 -40 105 38 2 32 8 2 4 - 12 - 12 - 1 1 - - 2 1 1 ʚ - 512 LQFP48 7x7 ʚ NK-M032LD NLG-48L M032LD2AE Cortex-M0 48 1.8 3.6 -40 105 38 2 64 8 2 4 - 12 - 12 - 1 1 - - 2 1 1 ʚ - 512 LQFP48 7x7 ʚ NK-M032LD NLG-48L M032LE3AE Cortex-M0 48 1.8 3.6 -40 105 38 4 128 16 4 4 12 - - 12 2 3 - 2 0 1 1 1 ʚ ʚ 512 LQFP48 7x7 ʚ NK-M032SE NLG-48L M032LG6AE Cortex-M0 72 1.8 3.6 -40 105 38 4 256 32 4 4 12 12 ʚ 12 2 6 1 2 1 2 1 1 ʚ ʚ 2048 LQFP48 7x7 ʚ NK-M032KG NLG-48L M032LG8AE Cortex-M0 72 1.8 3.6 -40 105 38 4 256 64 4 4 12 12 ʚ 12 2 6 1 2 1 2 1 1 ʚ ʚ 2048 LQFP48 7x7 ʚ NK-M032KG NLG-48L M032SE3AE Cortex-M0 48 1.8 3.6 -40 105 51 4 128 16 4 4 12 - - 16 2 3 - 2 0 1 1 1 ʚ ʚ 512 LQFP64 7x7 ʚ NK-M032SE NLG-64S M032SG6AE Cortex-M0 72 1.8 3.6 -40 105 51 4 256 32 4 4 12 12 ʚ 16 2 6 1 2 1 2 1 1 ʚ ʚ 2048 LQFP64 7x7 ʚ NK-M032KG NLG-64S M032SG8AE Cortex-M0 72 1.8 3.6 -40 105 51 4 256 64 4 4 12 12 ʚ 16 2 6 1 2 1 2 1 1 ʚ ʚ 2048 LQFP64 7x7 ʚ NK-M032KG NLG-64S M032SIAAE Cortex-M0 72 1.8 3.6 -40 105 51 8 512 96 8 4 12 12 ʚ 16 2 8 1 2 1 2 1 1 ʚ ʚ 2048 LQFP64 7x7 ʚ NK-M032KI NLG-64S M032TC1AE Cortex-M0 48 1.8 3.6 -40 105 23 2 32 4 2 2 - 6 - 10 - 1 - - - 1 1 1 ʚ - 512 QFN33 4x4 ʚ NK-M032TC NLG-32T M032TD2AE Cortex-M0 48 1.8 3.6 -40 105 23 2 64 8 2 4 - 12 - 10 - 1 1 - - 2 1 1 ʚ - 512 QFN33 4x4 ʚ NK-M032LD NLG-32T USCI SPI/ I²S I²C PDMA (ch) NUC2201LE3AE-重点䗏䱾 ⵖ 㐼 M032 禺⴪ Mass Production - Package Size 1 Package Type - SPROM (Byte) 9 EBI - USB FS Device UART USB FS Device Crystal-less ACMP SMBUS (Supported by I2C) RTC ADC (12-bit) 6 QSPI BPWM (16-bit) - Timer (32-bit) 2 2 SRAM (KB) 4 GPIO M032EC1AE Cortex-M0 48 1.8 3.6 -40 105 19 2 32 Core PWM (16-bit) APROM Flash (KB) LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) Part No. Memory NuMicro® Arm® Cortex®-M0 挂晶振ƌ˚安全程序 ROM 43 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  4);4);禺⴪ M031BT/M032BT BLE MCU 系列微控制器基于 Arm® Cortex®-M0 内核Ə内置蓝牙低功耗 5.0ƋBLE 5.0ƌ具有丰富的外设和模拟功能Ə适用于需要具有多种控制功能的无线连接的应用˛M031BT/M032BT BLE MCU 系列运行频率高达 72 MHzƏ具有 64 KB 至 512 KB 闪存˚8 KB 至 96 KB SRAM˚1.8V ~ 3.6V 电源电压Ə在 -40° C ~ +85° C 工作温度范围内支持 5V I/O 容差˛ M031BT/M032BT BLE MCU 系列内置无线连接和丰富的 I/O 外设Ə使物联网应用更容易˛ 䎾欽곭㚖鴞続霃㢊兰腋㹻歏歏劼䱾ⵖ♸餴雴偽絁港錠霃㢊偽絁鵶䱺⸆腋⚡➃⼖毫⥃⨴霃㢊 ࡛M031BT 禺⴪  System Analog Connectivity Security Wireless Package Status USCI QSPI RTC PWM (16-bit) WDT PDMA (ch) GPIO QFN 5x5 48 ʚ MP Programmer ʚ ʚ Tool EVB 512 QFN 5x5 48 Mass Production BLE - Package Size SPROM (B) - 0 1 - Package Type USB FS Device Crystal-less 3 USB FS Device 2 SMBUS (Supported by I2C) UART - 16 ADC (12-bit) Cortex48 1.8 3.6 -40 85 29 4 128 &RQÀJXUDEOH 16 5 ʚ 4 12 M0 BPWM (16-bit) ʚ 64 &RQÀJXUDEOH 8 Timer (32-bit) 512 SRAM (KB) - Data Flash (KB) - 0 1 - Cortex48 1.8 3.6 -40 85 29 2 M0 APROM Flash (KB) 3 LDROM Flash (KB) ACMP 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) 2 Operating Voltage (min) (V) M031BTYE3AN Timer - 16 Operating Frequency (MHz) M031BTYD2AN Memory 5 ʚ 4 12 - Part No. Core NuMicro® Arm® Cortex®-M0 䗏䱾 ⵖ 㐼 Ⱒꝶ暶䚍⡜⸆罳覰暆佅䭰⽀盘膄⚮〡 NKNLGM031BTYE M031BTY NKNLGM031BTYE M031BTY ࡛ M032BT 禺⴪ Ⱒꝶ暶䚍 ⡜⸆罳覰暆鸠霃㢊偽곢㢫䭱兪䮸 Memory Timer Analog Security Wireless Package Status 8 1 1 2 1 v 2048 ʚ QSPI QFN 8x8 68 ʚ ʚ MP Programmer 2 QFN 8x8 68 Tool EVB ʚ Mass Production BLE 2048 Package Size SPROM (B) 6 1 1 2 1 v USCI 2 Package Type USB FS Device Crystal-less USB FS Device SMBUS (Supported by I2C) Cortex72 1.8 3.6 -40 85 43 8 512 &RQÀJXUDEOH 96 9 ʚ 4 12 12 v 16 M0 Connectivity UART Cortex72 1.8 3.6 -40 85 43 4 256 &RQÀJXUDEOH 64 7 ʚ 4 12 12 v 16 M0 ACMP RTC ADC (12-bit) PWM (16-bit) BPWM (16-bit) WDT Timer (32-bit) PDMA (ch) SRAM (KB) Data Flash (KB) APROM Flash (KB) GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 44 Operating Voltage (min) (V) M032BTAIAAN Operating Voltage (max) (V) M032BTAG8AN Operating Frequency (MHz) Part No. Core M031BT/M032BT 禺⴪ System NKNLGM032BTAI M032BTA NKNLGM032BTAI M032BTA 倞㇫  M071 禺⴪ 256 KB 闪存Ə8 至 20 KB SRAMƏ丰富的通信接口Ƌ例如 USBƏUARTƏSPIƏI2C 等ƌƏ并带有 ADCƏ比较器和其他丰富的模拟接口˛ 䎾欽곭㚖智能家电˚电机控制˚白色家电˚工业控制 ࡛ M071 禺⴪ NuMicro®䗏 䱾 ⵖ 㐼  NuMicro® M071 微控制器是基于 Arm®Cortex®-M0 的 32 位微控制器Ə设计用于针距为 0.65 / 0.8 mm 的家电应用˛ 该系列提供 16 KB 至 Ⱒꝶ暶䚍炽⟝ꤑ岁㐼 System Memory Timer Analog Connectivity Security Package Status LQFP44 10x10 ʚ M071MD2AE Cortex-M0 50 2.5 5.5 -40 105 38 4 68 8 - 4 - 12 - 8 - - 4 3 - 1 1 - - - - - - LQFP44 10x10 ʚ M071R1D3AE Cortex-M0 72 2.5 5.5 -40 105 45 8 64 16 9 4 - 6 ʚ 12 - - 3 3 - 2 2 - - 1 ʚ ʚ - LQFP64 14x14 ʚ M071R1E3AE Cortex-M0 72 2.5 5.5 -40 105 45 8 128 16 9 4 - 6 ʚ 12 - - 3 3 - 2 2 - - 1 ʚ ʚ - LQFP64 14x14 ʚ M071SD3AE Cortex-M0 72 2.5 5.5 -40 105 45 8 64 16 9 4 - 6 ʚ 12 - - 3 3 - 2 2 - - 1 ʚ ʚ - LQFP64 7x7 ʚ M071SE3AE Cortex-M0 72 2.5 5.5 -40 105 45 8 128 16 9 4 - 6 ʚ 12 - - 3 3 - 2 2 - - 1 ʚ ʚ - LQFP64 7x7 ʚ M071VG4AE Cortex-M0 72 2.5 5.5 -40 105 85 4 256 20 5 - 4 12 ʚ 20 2 ʚ 3 3 2 SPI/ I²S I²C USCI SPI LIN Core - 2 3 2 - - ʚ 2048 LQFP100 14x14 ʚ NKM071MD NLGM071M NKM071MD NLGM071M NKNLGM071R1E M071R1 NuMicro® Arm® Cortex®-M0 - MP Programmer - EVB - Mass Production - Package Size SPROM (Byte) - Package Type EBI USB FS Device Crystal-less - 1 1 - USB FS Device 4 3 ISO-7816-3 ACMP Internal Voltage Reference - UART RTC ADC (12-bit) - Timer/ PWM 8 PWM (16-bit) PDMA (ch) - SRAM (KB) - 12 APROM Flash (KB) 4 GPIO - LDROM Flash (KB) Timer (32-bit) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Voltage (min) (V) Operating Frequency (MHz) M071MC2AE Cortex-M0 50 2.5 5.5 -40 105 38 4 36 8 Part No. Tool 䗏䱾 ⵖ 㐼 NKNLGM071R1E M071R1 NKM071R1E NLGM071S NKM071VG NLGM071V NKM071R1E NLGM071S M071 禺⴪ 45 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  Mini51 禺⴪ NuMicro® Mini51 系列基於 Arm® Cortex®-M0 内核Ə最高可运行至 50 MHzƏ具 4 K ~ 32 K 字节 Flash˚2 K / 4 K 字节 SRAM˛NuMicro® Mini51 系列内嵌丰富 ADC˚PWM 给不同的工业应用˚支持低电压复位和欠压检测˚96 位 UID 和 128 位 UCID˛ 䎾欽곭㚖无线充电˚智能家电˚安全 / 报警˚温度传感器˚电机˚工业控制等 ࡛ Mini51 禺⴪ Ⱒꝶ暶䚍可编程之数据 Flash 区域˚用于存储 ISP 引导代码的 2 K 字节独立 Flash System Timer Analog Connectivity Security Package Status ADC (12-bit) ACMP PGA Internal Voltage Reference UART SPI I²C USCI SPROM (Byte) 3 - - 4 - - - - 1 1 1 - - MINI51LDE Cortex-M0 24 2.5 5.5 -40 105 30 2 4 2 2 6 - - 8 - 2 - - 1 1 1 - - LQFP48 7x7 ʚ MINI51TDE Cortex-M0 24 2.5 5.5 -40 105 29 2 4 2 2 6 - - 8 - 2 - - 1 1 1 - - QFN33 4x4 ʚ MINI51ZDE Cortex-M0 24 2.5 5.5 -40 105 29 2 4 2 2 6 - - 8 - 2 - - 1 1 1 - - QFN33 5x5 ʚ MINI52FDE Cortex-M0 24 2.5 5.5 -40 105 17 2 8 2 2 3 - - 4 - - - - 1 1 1 - - MINI52LDE Cortex-M0 24 2.5 5.5 -40 105 30 2 8 2 2 6 - - 8 - 2 - ʚ 1 1 1 - - LQFP48 7x7 ʚ MINI52TDE Cortex-M0 24 2.5 5.5 -40 105 29 2 8 2 2 6 - - 8 - 2 - - 1 1 1 - - QFN33 4x4 ʚ MINI52ZDE Cortex-M0 24 2.5 5.5 -40 105 29 2 8 2 2 6 - - 8 - 2 - - 1 1 1 - - QFN33 5x5 ʚ MINI54FDE Cortex-M0 24 2.5 5.5 -40 105 17 2 16 2 2 3 - - 4 - - - ʚ 1 1 1 - - MINI54LDE Cortex-M0 24 2.5 5.5 -40 105 30 2 16 2 2 6 - - 8 - 2 - ʚ 1 1 1 - - LQFP48 7x7 ʚ MINI54TDE Cortex-M0 24 2.5 5.5 -40 105 29 2 16 2 2 6 - - 8 - 2 - ʚ 1 1 1 - - QFN33 4x4 ʚ MINI54ZDE Cortex-M0 24 2.5 5.5 -40 105 29 2 16 2 2 6 - - 8 - 2 - ʚ 1 1 1 - - QFN33 5x5 ʚ TSSOP20 4.4x6.5 TSSOP20 4.4x6.5 TSSOP20 4.4x6.5 ʚ ʚ ʚ MP Programmer ADC (10-bit) 2 Tool EVB ECAP 2 Mass Production PWM (16-bit) BPWM (16-bit) 4 Package Size SRAM (KB) Timer (32-bit) 2 Package Type APROM Flash (KB) Cortex-M0 24 2.5 5.5 -40 105 17 GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) Operating Voltage (min) (V) Operating Frequency (MHz) Mini51 禺⴪ MINI51FDE Part No. Core NuMicro® Arm® Cortex®-M0 䗏䱾 ⵖ 㐼 Memory NTMini51F NLGMini51F NTMini51L NLGMini51T NTMini51L NTMini51L NLGMini51L NLGMini51Z NTMini51F NLGMini51F NTMini51L NLGMini51T NTMini51L NTMini51L NLGMini51L NLGMini51Z NTMini51F NLGMini51F NTMini51L NLGMini51T NTMini51L NTMini51L NLGMini51L NLGMini51Z ࡛ Mini55 禺⴪ Ⱒꝶ暶䚍佅䭰炽⟝ꤑ岁㐼 System Timer Analog Connectivity Security Package Status ECAP ADC (10-bit) ADC (12-bit) ACMP PGA Internal Voltage Reference UART SPI I²C USCI SPROM (Byte) Package Type Package Size Mass Production 6 - - 12 - 2 - ʚ 2 1 1 - - LQFP48 7x7 ʚ MINI55TDE Cortex-M0 48 2.1 5.5 -40 105 29 2 17.5 2 2 6 - - 12 - 2 - ʚ 2 1 1 - - QFN33 4x4 ʚ Core MP Programmer PWM (16-bit) BPWM (16-bit) 2 Tool EVB SRAM (KB) 2 APROM Flash (KB) 2 17.5 GPIO Cortex-M0 48 2.1 5.5 -40 105 33 LDROM Flash (KB) Timer (32-bit) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) MINI55LDE Part No. 46 Memory NTMini55L NLGMini51L NTMini55L NLGMini51T 倞㇫  ࡛ Mini57 禺⴪ NuMicro®䗏 䱾 ⵖ 㐼  Ⱒꝶ暶䚍2 組采样保持 ADC˚ 可编程增益放大器 System Memory Timer Analog Connectivity Security Package Status Internal Voltage Reference UART SPI I²C USCI SPROM (Byte) 8 2 ʚ ʚ - - - 2 512x3 TSSOP28 4.4x9.7 ʚ MINI57FDE Cortex-M0 48 2.1 5.5 -40 105 18 2 29.5 4 2 6 2 3 - 8 2 ʚ ʚ - - - 2 512x3 TSSOP20 4.4x6.5 ʚ MINI57TDE Cortex-M0 48 2.1 5.5 -40 105 22 2 29.5 4 2 6 2 3 - 8 2 ʚ ʚ - - - 2 512x3 Core QFN33 4x4 ʚ NTNLGMini57E Mini57E NTMini57E NTMini57E NLGMini57F NLGMini57T ࡛ Mini58 禺⴪ Ⱒꝶ暶䚍可配置数据 Flash System Memory Timer Analog Connectivity Security Package Status ACMP PGA Internal Voltage Reference UART SPI I²C USCI SPROM (Byte) - 4 - - - ʚ 2 1 2 - 512 MINI58LDE Cortex-M0 50 2.5 5.5 -40 105 30 2.5 32 4 2 6 - - 8 - 2 - ʚ 2 1 2 - 512 LQFP48 7x7 ʚ MINI58TDE Cortex-M0 50 2.5 5.5 -40 105 29 2.5 32 4 2 6 - - 8 - 2 - ʚ 2 1 2 - 512 QFN33 4x4 ʚ MINI58ZDE Cortex-M0 50 2.5 5.5 -40 105 29 2.5 32 4 2 6 - - 8 - 2 - ʚ 2 1 2 - 512 QFN33 5x5 ʚ Core TSSOP20 4.4x6.5 ʚ NTMini58L NLGMini51F NTMini58L NLGMini51T NTMini58L NTMini58L NLGMini51L NLGMini51Z 䗏䱾 ⵖ 㐼 Mini51 禺⴪ ADC (12-bit) - MP Programmer ADC (10-bit) 6 EVB ECAP 2 Mass Production PWM (16-bit) BPWM (16-bit) 4 Package Size SRAM (KB) Timer (32-bit) 32 Package Type LDROM Flash (KB) Cortex-M0 50 2.5 5.5 -40 105 17 2.5 GPIO APROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) MINI58FDE Part No. Tool NuMicro® Arm® Cortex®-M0 PGA - MP Programmer ACMP 3 EVB ADC (12-bit) 2 Mass Production ECAP ADC (10-bit) 6 Package Size PWM (16-bit) BPWM (16-bit) 2 Package Type Timer (32-bit) 4 APROM Flash (KB) 2 29.5 GPIO Cortex-M0 48 2.1 5.5 -40 105 22 LDROM Flash (KB) SRAM (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) Operating Voltage (min) (V) Operating Frequency (MHz) MINI57EDE Part No. Tool 47 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  M051 禺⴪ NuMicro® M051 系列基於 Arm® Cortex®-M0 内核Ə内嵌丰富資源與外设Ə如Ɲ8 K ~ 256 K 字节 Flash˚4 K ~ 20 K 字节 SRAM˚用于存储 ISP 引导代码的独立 4 K / 8 K 字节 FlashƏ最高支持 20 路 ADC 以及 24 路 PWM˛支持低电压复位和欠压检测˚96 位 UID 與 128 位 UCID 等功能˛ 䎾欽곭㚖工业控制˚安全 / 报警˚温度传感器˚电机等 ࡛ M051 禺⴪ Ⱒꝶ暶䚍4 K 字节数据闪存˚支持硬件除法器˚支持 4 组比较器 Timer Analog Connectivity Package Status Tool GPIO LDROM Flash (KB) APROM Flash (KB) Data Flash (KB) SRAM (KB) WDT WWDT Timer (32-bit) PWM (16-bit) ADC (12-bit) ACMP UART LIN SPI I²C EBI Package Type Package Size Mass Production 2.5 5.5 -40 85 40 4 8 4 4 ʚ - 4 8 8 2 2 2 2 1 ʚ LQFP48 7x7 ʚ NK-M051L NLG-M051L M052LDE Cortex-M0 50 2.5 5.5 -40 105 40 4 8 4 4 ʚ ʚ 4 8 8 4 2 2 2 2 ʚ LQFP48 7x7 ʚ NK-M051L NLG-M051L M052LDN Cortex-M0 50 2.5 5.5 -40 85 40 4 8 4 4 ʚ ʚ 4 8 8 4 2 2 2 2 ʚ LQFP48 7x7 ʚ NK-M051L NLG-M051L M052ZBN Cortex-M0 50 2.5 5.5 -40 85 24 4 8 4 4 ʚ - 4 5 5 2 2 2 1 1 - QFN33 5X5 ʚ NK-M051L NLG-M051Z M052ZDE Cortex-M0 50 2.5 5.5 -40 105 24 4 8 4 4 ʚ ʚ 4 5 5 4 2 2 1 2 - QFN33 5X5 ʚ NK-M051L NLG-M051Z M052ZDN Cortex-M0 50 2.5 5.5 -40 85 24 4 8 4 4 ʚ ʚ 4 5 5 4 2 2 1 2 - QFN33 5X5 ʚ NK-M051L NLG-M051Z M054LBN Cortex-M0 50 2.5 5.5 -40 85 40 4 16 4 4 ʚ - 4 8 8 2 2 2 2 1 ʚ LQFP48 7x7 ʚ NK-M051L NLG-M051L M054LDE Cortex-M0 50 2.5 5.5 -40 105 40 4 16 4 4 ʚ ʚ 4 8 8 4 2 2 2 2 ʚ LQFP48 7x7 ʚ NK-M051L NLG-M051L M054LDN Cortex-M0 50 2.5 5.5 -40 85 40 4 16 4 4 ʚ ʚ 4 8 8 4 2 2 2 2 ʚ LQFP48 7x7 ʚ NK-M051L NLG-M051L M054ZBN Cortex-M0 50 2.5 5.5 -40 85 24 4 16 4 4 ʚ - 4 5 5 2 2 2 1 1 - QFN33 5X5 ʚ NK-M051L NLG-M051Z M054ZDE Cortex-M0 50 2.5 5.5 -40 105 24 4 16 4 4 ʚ ʚ 4 5 5 4 2 2 1 2 - QFN33 5X5 ʚ NK-M051L NLG-M051Z M054ZDN Cortex-M0 50 2.5 5.5 -40 85 24 4 16 4 4 ʚ ʚ 4 5 5 4 2 2 1 2 - QFN33 5X5 ʚ NK-M051L NLG-M051Z M058LBN Cortex-M0 50 2.5 5.5 -40 85 40 4 32 4 4 ʚ - 4 8 8 2 2 2 2 1 ʚ LQFP48 7x7 ʚ NK-M051L NLG-M051L M058LDE Cortex-M0 50 2.5 5.5 -40 105 40 4 32 4 4 ʚ ʚ 4 8 8 4 2 2 2 2 ʚ LQFP48 7x7 ʚ NK-M051L NLG-M051L M058LDN Cortex-M0 50 2.5 5.5 -40 85 40 4 32 4 4 ʚ ʚ 4 8 8 4 2 2 2 2 ʚ LQFP48 7x7 ʚ NK-M051L NLG-M051L M058ZBN Cortex-M0 50 2.5 5.5 -40 85 24 4 32 4 4 ʚ - 4 5 5 2 2 2 1 1 - QFN33 5X5 ʚ NK-M051L NLG-M051Z M058ZDE Cortex-M0 50 2.5 5.5 -40 105 24 4 32 4 4 ʚ ʚ 4 5 5 4 2 2 1 2 - QFN33 5X5 ʚ NK-M051L NLG-M051Z M058ZDN Cortex-M0 50 2.5 5.5 -40 85 24 4 32 4 4 ʚ ʚ 4 5 5 4 2 2 1 2 - QFN33 5X5 ʚ NK-M051L NLG-M051Z M0516LBN Cortex-M0 50 2.5 5.5 -40 85 40 4 64 4 4 ʚ - 4 8 8 2 2 2 2 1 ʚ LQFP48 7x7 ʚ NK-M051L NLG-M051L M0516LDE Cortex-M0 50 2.5 5.5 -40 105 40 4 64 4 4 ʚ ʚ 4 8 8 4 2 2 2 2 ʚ LQFP48 7x7 ʚ NK-M051L NLG-M051L M0516LDN Cortex-M0 50 2.5 5.5 -40 85 40 4 64 4 4 ʚ ʚ 4 8 8 4 2 2 2 2 ʚ LQFP48 7x7 ʚ NK-M051L NLG-M051L M0516ZBN Cortex-M0 50 2.5 5.5 -40 85 24 4 64 4 4 ʚ - 4 5 5 2 2 2 1 1 - QFN33 5X5 ʚ NK-M051L NLG-M051Z M0516ZDE Cortex-M0 50 2.5 5.5 -40 105 24 4 64 4 4 ʚ ʚ 4 5 5 4 2 2 1 2 - QFN33 5X5 ʚ NK-M051L NLG-M051Z M0516ZDN Cortex-M0 50 2.5 5.5 -40 4 64 4 4 v ʚ 4 5 5 4 2 2 1 2 - QFN33 5X5 ʚ NK-M051L NLG-M051Z 85 24 MP Programmer 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 50 EVB Operating Voltage (min) (V) Cortex-M0 Operating Voltage (max) (V) Operating Frequency (MHz) Mini51 禺⴪ M052LBN Part No. M058SSAN-重点 48 Memory Core NuMicro® Arm® Cortex®-M0 䗏䱾 ⵖ 㐼 System 倞㇫ ࡛ M0518 禺⴪ Memory Timer Analog Connectivity Package Status PDMA (ch) Timer (32-bit) WWDT WDT PWM (16-bit) BPWM (16-bit) ADC (12-bit) UART SPI I²C Package Type Package Size Mass Production 12 12 8 6 1 2 LQFP48 7x7 ʚ M0518LD2AE Cortex-M0 50 2.5 5.5 -40 105 42 4 68 &RQÀJXUDEOH 8 - ʚ ʚ 4 12 12 8 6 1 2 LQFP48 7x7 ʚ M0518SC2AE Cortex-M0 50 2.5 5.5 -40 105 56 4 36 &RQÀJXUDEOH 8 - ʚ ʚ 4 12 12 8 6 1 2 LQFP64 7x7 ʚ M0518SD2AE Cortex-M0 50 2.5 5.5 -40 105 56 4 68 &RQÀJXUDEOH 8 - ʚ ʚ 4 12 12 8 6 1 2 LQFP64 7x7 ʚ Data Flash (KB) Core ࡛ M0519 禺⴪ Ⱒꝶ暶䚍支持硬件除法器˚2 组独立 ADC˚2 组 OPA˚3 组比较器 System NLGM0518S NTM0518S ʚ 4 2 4 - 16 2 2 2 1 1 LQFP48 7X7 ʚ 128 &RQÀJXUDEOH 16 ʚ ʚ 4 2 4 - 16 2 2 2 1 1 LQFP48 7X7 ʚ 8 64 16 ʚ ʚ 4 2 8 - 16 2 2 2 2 1 LQFP64 7X7 ʚ 2.5 5.5 -40 105 51 8 128 &RQÀJXUDEOH 16 ʚ ʚ 4 2 8 - 16 2 2 2 2 1 LQFP64 7X7 ʚ 2.5 5.5 -40 105 82 8 128 &RQÀJXUDEOH 16 ʚ ʚ 4 2 12 6 16 3 2 2 3 1 LQFP100 14X14 ʚ ࡛ M0564 禺⴪ NLGM0518S Tool NTM0519V NLGM0519L NTM0519V NLGM0519S NTM0519V NLGM0519V NTM0519V NTM0519V NLGM0519L NLGM0519S Ⱒꝶ暶䚍可配置 Flash 内存˚支持硬件除法器˚支持 8 组 UART˚高達 144 MHz PWM˚800 ksps ADC System Timer Analog Connectivity Security Package Status Package Size Mass Production 7x7 ʚ M0564LG4AE Cortex-M0 72 2.5 5.5 -40 105 41 4 128 &RQÀJXUDEOH 20 5 ʚ ʚ 4 12 ʚ 10 2 3 2 2 3 2 ʚ 2048 LQFP48 7x7 ʚ M0564SE4AE Cortex-M0 72 2.5 5.5 -40 105 53 4 256 &RQÀJXUDEOH 20 5 ʚ ʚ 4 12 ʚ 15 2 3 2 2 3 2 ʚ 2048 LQFP64 7x7 ʚ M0564SG4AE Cortex-M0 72 2.5 5.5 -40 105 53 4 128 &RQÀJXUDEOH 20 5 ʚ ʚ 4 12 ʚ 15 2 3 2 2 3 2 ʚ 2048 LQFP64 7x7 ʚ M0564VG4AE Cortex-M0 72 2.5 5.5 -40 105 85 4 256 &RQÀJXUDEOH 20 5 ʚ ʚ 4 12 ʚ 20 2 3 2 2 3 2 ʚ 2048 LQF100 14X14 I²C USCI UART ACMP WWDT WDT PDMA (ch) ʚ MP Programmer Package Type LQFP48 Tool EVB SPROM (Byte) 2048 SPI/ I²S ʚ ISO-7816-3 2 ADC (12-bit) 3 Timer/ PWM 2 RTC PWM (16-bit) 2 SRAM (KB) 3 Data Flash (KB) 2 GPIO M0564LE4AE Cortex-M0 72 2.5 5.5 -40 105 41 4 128 &RQÀJXUDEOH 20 5 ʚ ʚ 4 12 ʚ 10 Core EBI APROM Flash (KB) LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Frequency (MHz) Operating Voltage (min) (V) Part No. Memory 䗏䱾 ⵖ 㐼 M051 禺⴪ ʚ NLGM0518L MP Programmer 16 4 NTM0518S NTM0518S EVB Mass Production 4 GPIO Package Size Cortex-M0 72 Package Type M0519VE3AE I²C Cortex-M0 72 SPI M0519SE3AE LIN 2.5 5.5 -40 105 51 UART Cortex-M0 72 ACMP M0519SD3AE ADC (12-bit) 8 ECAP 2.5 5.5 -40 105 38 EPWM (16-bit) Cortex-M0 72 BPWM (16-bit) M0519LE3AE NLGM0518L Status WWDT 64 Package Timer (32-bit) 8 Connectivity WDT 2.5 5.5 -40 105 38 Analog SRAM (KB) Cortex-M0 72 Timer Data Flash (KB) APROM Flash (KB) M0519LD3AE Core LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) Part No. Memory NTM0518S NuMicro® Arm® Cortex®-M0 SRAM (KB) ʚ ʚ 4 MP Programmer LDROM Flash (KB) - EVB GPIO 8 APROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 36 &RQÀJXUDEOH 2SHUDWLQJ7HPSHUDWXUHPLQʝ 4 Operating Voltage (min) (V) 42 Operating Voltage (max) (V) Cortex-M0 50 2.5 5.5 -40 105 Operating Frequency (MHz) M0518LC2AE Part No. Tool NuMicro®䗏 䱾 ⵖ 㐼  System  Ⱒꝶ暶䚍可配置数据闪存˚支持 6 组 UART 比较器˚支持 24 路高達 100 MHz PWM NTM0564V NLGM0564L NTM0564V NLGM0564S NTM0564V NLGM0564V NTM0564V NTM0564V NLGM0564L NLGM0564S 49 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  NUC029 禺⴪ NuMicro®NUC029 系列是为工业应用而设计的Ə拥有强大的抗干扰 EFT 特性Ə基於 ARM® Cortex®-M0 内核Ə5V 工作电压˛ NUC029 系列提供 16 K ~ 256 K 字节 FlashƏ2 K ~ 20 K 字节 SRAMƏ内嵌高效能外设Ə如Ɲ12 位 ADC˚UART˚PWM˚SPI˚I²C 等˛ 个别型号支持硬件除法器˚比较器˚无须外挂晶振Ə直接支持 USB 2.0 全速设备˛ 䎾欽곭㚖工业控制˚高精度仪表˚人机界面˚电机控制˚通信系统等 ࡛ NUC029 禺⴪ Ⱒꝶ暶䚍5V 工业控制˚高抗干扰 (EFT 4.4 kVƏESD HBM 8 kV) - 2 3 2 1 ʚ ʚ NUC029LAN Cortex-M0 50 2.5 5.5 -40 85 40 4 64 - - ʚ - TSSOP20 4.4x6.5 ʚ 2048 LQFP128 14x14 ʚ - - 8 4 2 2 - - - - - ʚ - LQFP48 7x7 ʚ NUC029LDE Cortex-M0 50 2.5 5.5 -40 105 42 4 68 &RQÀJXUDEOH 20 - 4 12 - - 8 - 4 1 - - - - - - - LQFP48 7x7 ʚ NUC029LEE Cortex-M0 72 2.5 5.5 -40 105 31 8 128 &RQÀJXUDEOH 16 9 4 4 ʚ - 10 - 2 1 - - - 1 ʚ ʚ - LQFP48 7x7 ʚ NUC029LGE Cortex-M0 72 2.5 5.5 -40 105 35 4 256 &RQÀJXUDEOH 20 5 4 10 ʚ - 9 2 3 - 2 3 2 1 ʚ ʚ 2048 LQFP48 7x7 ʚ NUC029NAN Cortex-M0 50 2.5 5.5 -40 85 40 4 64 4 4 - 4 8 - - - 8 4 2 2 - - - - - ʚ - QFN48 7x7 ʚ NUC029SDE Cortex-M0 50 2.5 5.5 -40 105 56 4 68 &RQÀJXUDEOH 20 - 4 12 - - 8 - 4 1 - - - - - - - LQFP64 7x7 ʚ NUC029SEE Cortex-M0 72 2.5 5.5 -40 105 45 8 128 &RQÀJXUDEOH 16 9 4 6 ʚ - 12 - 3 2 - - - 1 ʚ ʚ - LQFP64 7x7 ʚ NUC029SGE Cortex-M0 72 2.5 5.5 -40 105 49 4 256 &RQÀJXUDEOH 20 5 4 12 ʚ - 15 2 3 - 2 3 2 1 ʚ ʚ 2048 LQFP64 7x7 ʚ NUC029TAN Cortex-M0 50 2.5 5.5 -40 85 24 4 32 4 4 - 4 5 - - 5 3 2 1 - - - - - ʚ - QFN33 4x4 ʚ NUC029ZAN Cortex-M0 50 2.5 5.5 -40 85 24 4 64 4 4 - 4 5 - - 5 3 2 1 - - - - - ʚ - QFN33 5x5 ʚ 4 4 - 4 8 MP Programmer 3 - Tool EVB UART NUC029KGE Cortex-M0 72 2.5 5.5 -40 105 86 4 256 &RQÀJXUDEOH 20 5 4 12 ʚ - 20 2 - Status Mass Production ACMP 1 Package Size ACMP ADC (12-bit) RTC PWM (16-bit) Timer/ PWM PDMA (ch) 1 GPIO 2 NUC029FAE Cortex-M0 24 2.5 5.5 -40 105 17 2 16 &RQÀJXUDEOH 2 - 2 3 - 4 - Package Package Type Security Analog SRAM (KB) Data Flash (KB) APROM Flash (KB) LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ Connectivity SPROM (Byte) Timer EBI USB FS Device Crystal-less USB FS Device SPI/ I²S USCI I²C SPI Memory 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) Operating Voltage (max) Operating Frequency (MHz) NUC029禺⴪ 50 Part No. Core NuMicro® Arm® Cortex®-M0 䗏䱾 ⵖ 㐼 System NTNUC029F NLGNUC029FA NTNUC029SG NLGNUC029KG NTNUC029SD NLGNUC029LD NKNUC029L NTNUC029SE NLGNUC029LD NLGNUC029LE NTNUC029SG NLGNUC029LG NTNUC029SD NLGNUC029SD NTNUC029SG NLGNUC029SG NKNUC029L NLGNUC029ZA NKNUC029L NTNUC029SE NKNUC029L NLGNUC029NA NLGNUC029SE NLGNUC029TA 倞㇫  NUC121 禺⴪ 在线系统编程ƋIn-System Programmingƌ用途˛本系列支持 USB 接口Ə内建 48 MHz 高速振荡器而无须外挂晶振Ƌ不包含 NUC123ƌƏ最高支持 24 路 PWM 和 20 路 ADC˛ Ⱒꝶ暶䚍大于 4 K 字节独立 Flash 作为在线系统编程ƋIn-System Programmingƌ用途ƞ支持 USB 2.0 全速设备Ə无须外部晶振ƋNUC123 不支持无须外部晶振的功能ƌ˛NUC125/126 支持电压调整接口ƋVAIƌƏ有獨立的 VDDIOƏ 可支援 1.8V 至 5.5V 电压范围Ə彈性滿足不同 NuMicro®䗏 䱾 ⵖ 㐼  NuMicro® NUC121 系列基於 Arm® Cortex®-M0 内核Ə具 32 K ~ 256 K 字节 Flash˚8 K ~ 20 K 字节 SRAM˚4 K 字节独立 Flash 字节作为接口電壓的需求˛ 䎾欽곭㚖USB 复合设备˚电竞鼠标˚电竞键盘˚USB 耳机˚工业控制˚物联网设备 ... 等 Package Status 10 1 1 2 1 1 1 ʚ 512 LQFP48 7x7 ʚ NUC121SC2AE Cortex-M0 50 2.5 5.5 -40 105 52 4.5 32 &RQÀJXUDEOH 8 5 ʚ ʚ 4 24 17 12 1 1 2 1 1 1 ʚ 512 LQFP64 7x7 ʚ NUC121ZC2AE Cortex-M0 50 2.5 5.5 -40 105 22 4.5 32 &RQÀJXUDEOH 8 5 ʚ ʚ 4 17 7 4 1 1 2 1 1 1 ʚ 512 QFN33 5x5 ʚ MP Programmer NUC121LC2AE Cortex-M0 50 2.5 5.5 -40 105 38 4.5 32 &RQÀJXUDEOH 8 5 ʚ ʚ 4 24 14 Tool EVB Mass Production Package Size Security Package Type Connectivity SPROM (Byte) BPWM (16-bit) PWM (16-bit) Timer (32-bit) WWDT WDT PDMA (ch) Analog USB FS Device Crystal-less USB FS Device SPI/ I²S USCI I²C LIN UART Timer SRAM (KB) Data Flash (KB) APROM Flash (KB) LDROM Flash (KB) GPIO 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Voltage (max) (V) Operating Voltage (min) (V) Core Operating Frequency (MHz) Part No. Memory ADC (12-bit) System NTNLGNUC121S NUC121S NTNLGNUC121S NUC121Z Timer Analog Connectivity Security Package Status Package Type Package Size Mass Production LQFP64 7x7 ʚ NUC125ZC2AE Cortex-M0 50 2.5 5.5 -40 105 22 4.5 32 &RQÀJXUDEOH 8 5 ʚ ʚ 4 17 7 4 1 1 2 1 1 1 ʚ 512 QFN33 5x5 ʚ PWM (16-bit) Timer (32-bit) WWDT WDT PDMA (ch) Core MP Programmer SPROM (Byte) 512 Tool EVB USB FS Device Crystal-less USB FS Device SPI/ I²S USCI I²C LIN UART 1 1 2 1 1 1 ʚ BPWM (16-bit) 11 SRAM (KB) NUC125SC2AE Cortex-M0 50 2.5 5.5 -40 105 51 4.5 32 &RQÀJXUDEOH 8 5 ʚ ʚ 4 23 16 Data Flash (KB) ʚ APROM Flash (KB) 7x7 GPIO LQFP48 LDROM Flash (KB) ADC (12-bit) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 2SHUDWLQJ7HPSHUDWXUHPLQʝ 512 Operating Voltage (min) (V) 1 1 2 1 1 1 ʚ Operating Voltage (max) (V) 9 Operating Frequency (MHz) NUC125LC2AE Cortex-M0 50 2.5 5.5 -40 105 37 4.5 32 &RQÀJXUDEOH 8 5 ʚ ʚ 4 23 13 Part No. NUC121禺⴪ Memory 䗏䱾 ⵖ 㐼 NTNLGNUC121S NUC121L Ⱒꝶ暶䚍电压调整接口ƋVAIƌ支援 1.8V 至 5.5V 电压范围˚最高支持 12 路 ADC System NuMicro® Arm® Cortex®-M0 ࡛ NUC121 禺⴪ NTNLGNUC125S NUC125L NTNLGNUC125S NUC125S NTNLGNUC125S NUC125Z 51 倞㇫  Memory Connectivity Package Status I²C I²S PS/2 Device USB FS Device Package Type Package Size Mass Production 2 1 1 1 LQFP48 7x7 ʚ NUC123LC2AN1 Cortex-M0 72 2.5 5.5 -40 85 36 4 36 &RQÀJXUDEOH 12 6 ʚ ʚ 4 4 8 2 3 2 1 1 1 LQFP48 7x7 ʚ NUC123LD4AE0 Cortex-M0 72 2.5 5.5 -40 105 36 4 68 &RQÀJXUDEOH 20 6 ʚ ʚ 4 4 8 2 3 2 1 1 1 LQFP48 7x7 ʚ NUC123LD4AN0 Cortex-M0 72 2.5 5.5 -40 85 36 4 68 &RQÀJXUDEOH 20 6 ʚ ʚ 4 4 8 2 3 2 1 1 1 LQFP48 7x7 ʚ NUC123SC2AE1 Cortex-M0 72 2.5 5.5 -40 105 47 4 36 &RQÀJXUDEOH 12 6 ʚ ʚ 4 4 8 2 3 2 1 1 1 LQFP64 7x7 ʚ NUC123SC2AN1 Cortex-M0 72 2.5 5.5 -40 85 47 4 36 &RQÀJXUDEOH 12 6 ʚ ʚ 4 4 8 2 3 2 1 1 1 LQFP64 7x7 ʚ NUC123SD4AE0 Cortex-M0 72 2.5 5.5 -40 105 47 4 68 &RQÀJXUDEOH 20 6 ʚ ʚ 4 4 8 2 3 2 1 1 1 LQFP64 7x7 ʚ NUC123SD4AN0 Cortex-M0 72 2.5 5.5 -40 85 47 4 68 &RQÀJXUDEOH 20 6 ʚ ʚ 4 4 8 2 3 2 1 1 1 LQFP64 7x7 ʚ NUC123ZC2AE1 Cortex-M0 72 2.5 5.5 -40 105 20 4 36 &RQÀJXUDEOH 12 6 ʚ ʚ 4 3 3 1 3 1 1 - 1 QFN33 5x5 ʚ NUC123ZC2AN1 Cortex-M0 72 2.5 5.5 -40 85 20 4 36 &RQÀJXUDEOH 12 6 ʚ ʚ 4 2 3 1 3 1 1 - 1 QFN33 5x5 ʚ NUC123ZD4AE0 Cortex-M0 72 2.5 5.5 -40 105 20 4 68 &RQÀJXUDEOH 20 6 ʚ ʚ 4 3 3 1 3 1 1 - 1 QFN33 5x5 ʚ NUC123ZD4AN0 Cortex-M0 72 2.5 5.5 -40 85 20 4 68 &RQÀJXUDEOH 20 6 ʚ ʚ 4 2 3 1 3 1 1 - 1 QFN33 5x5 ʚ PDMA (ch) SRAM (KB) MP Programmer SPI 3 Tool EVB UART 2 Data Flash (KB) 8 GPIO ADC (10-bit) APROM Flash (KB) LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) 2SHUDWLQJ7HPSHUDWXUHPLQʝ Analog NUC123LC2AE1 Cortex-M0 72 2.5 5.5 -40 105 36 4 36 &RQÀJXUDEOH 12 6 ʚ ʚ 4 4 Core NuMicro® Arm® Cortex®-M0 䗏䱾 ⵖ 㐼 Operating Voltage (min) (V) Part No. Timer PWM (16-bit) Timer (32-bit) WWDT WDT System Operating Frequency (MHz) NuMicro®䗏 䱾 ⵖ 㐼  ࡛ NUC123 禺⴪ NKNUC123SE NLGNUC123L NKNUC123SE NLGNUC123L NKNUC123SE NLGNUC123S NKNUC123SE NLGNUC123S NKNUC123SE NLGNUC123Z NKNUC123SE NKNUC123SE NKNUC123SE NKNUC123SE NKNUC123SE NKNUC123SE NKNUC123SE NLGNUC123L NLGNUC123L NLGNUC123S NLGNUC123S NLGNUC123Z NLGNUC123Z NLGNUC123Z ࡛ NUC126 禺⴪ (NRND) System Timer Connectivity Analog Package Size Mass Production 3 2 2 3 2 1 ʚ ʚ 2048 LQFP48 7x7 ʚ - 9 2 3 2 2 3 2 1 ʚ ʚ 2048 LQFP48 7x7 ʚ - 9 2 3 2 2 3 2 1 ʚ ʚ 2048 QFN48 7x7 ʚ - 15 2 3 2 2 3 2 1 ʚ ʚ 2048 LQFP64 7x7 ʚ Cortex72 2.5 5.5 -40 105 49 4 256 &RQÀJXUDEOH 20 5 v ʚ 4 12 ʚ M0 - 15 2 3 2 2 3 2 1 ʚ ʚ 2048 LQFP64 7x7 ʚ Cortex72 2.5 5.5 -40 105 81 4 256 &RQÀJXUDEOH 20 5 v ʚ 4 12 ʚ M0 - 20 2 3 2 2 3 2 1 ʚ ʚ 2048 LQFP100 14x14 ʚ MP Programmer Package Type 2 EVB SPROM (Byte) Cortex72 2.5 5.5 -40 105 49 4 128 &RQÀJXUDEOH 20 5 v ʚ 4 12 ʚ M0 EBI USB FS Device Crystal-less USB FS Device SPI/ I²S USCI I²C ISO-7816-3 UART ACMP Cortex72 2.5 5.5 -40 105 35 4 128 &RQÀJXUDEOH 20 5 v ʚ 4 10 ʚ M0 Tool Status ADC (12-bit) Cortex72 2.5 5.5 -40 105 49 4 256 &RQÀJXUDEOH 20 5 v ʚ 4 10 ʚ M0 Package 9 BPWM (16-bit) RTC Cortex72 2.5 5.5 -40 105 35 4 128 &RQÀJXUDEOH 20 5 v ʚ 4 10 ʚ M0 Security - PWM (16-bit) Timer/ PWM WWDT WDT PDMA (ch) SRAM (KB) Data Flash (KB) 52 APROM Flash (KB) NUC126VG4AE GPIO NUC126SG4AE LDROM Flash (KB) NUC126SE4AE 2SHUDWLQJ7HPSHUDWXUHPLQʝ NUC126NE4AE Memory 2SHUDWLQJ7HPSHUDWXUHPD[ʝ NUC126LG4AE Operating Voltage (min) (V) Core NUC126LE4AE Operating Voltage (max) (V) Part No. Operating Frequency (MHz) NUC121禺⴪ Ⱒꝶ暶䚍最高支持 12 路 144 MHz PWM ˚20 路 800 kSPS ADC 和硬件除法器 NTNLGNUC126V NUC126L NTNLGNUC126V NUC126L NTNLGNUC126V NUC126N NTNLGNUC126V NUC126S NTNLGNUC126V NUC126S NTNLGNUC126V NUC126V 倞㇫  ࡛ NUC1261 禺⴪ System Timer 2 3 2 3 2 1 ʚ ʚ 2048 - 9 2 3 2 3 2 1 ʚ ʚ 2048 Cortex72 2.5 5.5 -40 105 49 4 128 &RQÀJXUDEOH 20 5 ʚ ʚ 4 12 ʚ M0 - 15 2 3 2 3 2 1 ʚ ʚ 2048 Cortex72 2.5 5.5 -40 105 49 4 256 &RQÀJXUDEOH 20 5 ʚ ʚ 4 12 ʚ M0 - 15 2 3 2 3 2 1 ʚ ʚ 2048 ʚ 7x7 ʚ 7x7 ʚ 7x7 ʚ 7x7 ʚ LQFP 48 LQFP 48 LQFP 64 LQFP 64 NTNLGNLGNUC1261S NUC126N NUC126L NTNLGNLGNUC1261S NUC126L NUC126L NTNLGNLGNUC1261S NUC126L NUC126N NTNLGNLGNUC1261S NUC126S NUC126S NTNLGNLGNUC1261S NUC126S NUC126S ࡛ NUC1262 禺⴪ 新唐科技 NuMicro® NUC1262 系列基于 Arm® Cortex®-M23 内核Ə支持 Arm®v8-M 指令集架构并自带除法器Ə工作频率高达 72 MHzƏ内建 128 K 字节闪存及 20 K 字节 SRAM˛内建灯条控制接口ƋLED Light Strip Interface, LLSIƌƞ内建 48 MHz 高速振荡器而无须外挂晶振的 USB 2.0 全速装置接口Ə可以应用于计算机与行动周边Ə可运作在 2.5V 至 5.5V 宽工作电压和ʝ至ʝ工业温度范围˛ NuMicro® Arm® Cortex®-M0 9 7x7 MP Programmer - QFN 48 EVB 2 3 2 1 ʚ ʚ 2048 Tool Status Mass Production 3 Package Size 2 Package Type 9 SPROM (Byte) - EBI Cortex72 2.5 5.5 -40 105 35 4 256 &RQÀJXUDEOH 20 5 ʚ ʚ 4 10 ʚ M0 USB FS Device Crystal-less USB FS Device SPI/ I²S USCI I²C ISO-7816-3 UART ACMP Cortex72 2.5 5.5 -40 105 35 4 128 &RQÀJXUDEOH 20 5 ʚ ʚ 4 10 ʚ M0 Security Package ADC (12-bit) BPWM (16-bit) RTC PWM (16-bit) Timer/ PWM WWDT WDT Cortex72 2.5 5.5 -40 105 35 4 128 &RQÀJXUDEOH 20 5 ʚ ʚ 4 10 ʚ M0 Connectivity Analog PDMA (ch) SRAM (KB) Data Flash (KB) APROM Flash (KB) LDROM Flash (KB) GPIO NUC1261SG4AE 2SHUDWLQJ7HPSHUDWXUHPD[ʝ NUC1261SE4AE 2SHUDWLQJ7HPSHUDWXUHPLQʝ NUC1261LG4AE Operating Voltage (max) (V) NUC1261LE4AE Operating Voltage (min) (V) Core NUC1261NE4AE Operating Frequency (MHz) Part No. Memory NuMicro®䗏 䱾 ⵖ 㐼  Ⱒꝶ暶䚍最高支持 12 路 144 MHz PWM ˚20 路 800 ksps ADC 和硬件除法器䗏䱾 ⵖ 㐼 Ⱒꝶ暶䚍最高支持 10 路灯条控制接口ƋLED Light Strip Interface, LLSIƌ ˚最高支持 24 路 72 MHz BPWM˚最高支持 10 路 800 ksps ADC 和 10 路 PDMA Status Mass Production Programmer NKNUC1262SE NLGNUC126N NKNUC1262SE NLGNUC126S 8 2 2 2 1 ʚ 2048 QFN48 7x7 8 8 2 2 2 1 ʚ 2048 LQFP48 7x7 ʚ 8 10 2 2 2 1 ʚ 2048 LQFP64 7x7 ʚ 8 8 2048 QFN48 5x5 ʚ NKNUC1262SE NKNUC1262SE NUC121 禺⴪ Evaluation Board (Ordering No.) ʚ 8 2 2 2 1 ʚ Tool Mass Production Cortex72 2.5 5.5 -40 105 38 4 128 &RQÀJXUDEOH 20 10 ʚ ʚ 4 24 M23 Package Package Size Cortex72 2.5 5.5 -40 105 50 4 128 &RQÀJXUDEOH 20 10 ʚ ʚ 4 24 M23 Security Package Type Cortex72 2.5 5.5 -40 105 38 4 128 &RQÀJXUDEOH 20 10 ʚ ʚ 4 24 M23 Connectivity SPROM(B) RTC BPWM(16-bit) Timer/ PWM WWDT WDT PDMA(ch) Cortex72 2.5 5.5 -40 105 38 4 128 &RQÀJXUDEOH 20 10 ʚ ʚ 4 24 M23 Analog USB FS Device Crystal-less USB FS Device SPI/ I²S I²C UART LLSI Timer SRAM(KB) Data Flash(KB) APROM Flash (KB) GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ NUC1262YE4AE 2SHUDWLQJ7HPSHUDWXUHPLQʝ NUC1262SE4AE Operating Voltage (min) (V) NUC1262LE4AE Operating Voltage (max) (V) Core NUC1262NE4AE Operating Frequency (MHz) Part No. Memory ADC(12-bit) System NLGNUC126L NLGNUC126Y ࡛ NUC1263 禺⴪ 新唐科技 NuMicro® NUC1263 系列基于 Arm® Cortex®-M23 内核Ə支持 Arm®v8-M 指令集架构并自带除法器Ə工作频率高达 72 MHzƏ内建 64 K 字节闪存及 20 K 字节 SRAM˛内建灯条控制接口ƋLED Light Strip Interface, LLSIƌ, I3C slave 沟通接口ƞ内建 48 MHz 高速振荡器而无须外挂晶振的 USB 2.0 全速装置接口Ə可以应用于计算机与行动周边Ə可运作在 2.5V 至 5.5V 宽工作电压和ʝ至ʝ工业温度范围˛ Ⱒꝶ暶䚍最高支持 6 路灯条控制接口ƋLED Light Strip Interface, LLSIƌ ˚最高支持 24 路 144 MHz BPWM˚2 路 I3C 接口˚16 路 800 ksps ADC 和 10 路 PDMA 53 倞㇫  Timer Connectivity Analog 4 2 6 3 3 3 1 ʚ 2048 4 2 6 3 3 3 1 ʚ 2048 4 2 6 3 3 3 1 ʚ 2048 QFN 7x7 48 LQFP 7x7 48 LQFP 7x7 64 NKNLGNUC1263S NUC126Z 2023 Q2 NKNLGNUC1263S NUC126N 2023 Q2 NKNLGNUC1263S NUC126L 2023 Q2 NKNLGNUC1263S NUC126S 2023 Q2 NUC130 禺⴪ NuMicro® NUC130/131/140/230/240 CAN 总线系列Ə基於 Arm® Cortex®-M0 内核Ə具 32 K ~ 128 K 字节闪存˚4 K ~ 16 K 字节 SRAM˚4 K / 8 K 独立 Flash 字节作为在线系统编程 (In-System Programming) 用途ƞ该系列是专门为 CAN 应用而设计的Ə并且还配备了各种通用丰富外设Ə如ƝLIN˚USB 2.0 全速设备˚ UART˚ I²C˚ADC˚ 比较器Ə支持低电压复位和欠压检测˛ USB FS NUC130 CAN 系列 LIN CAN ʚ ʚ NUC131 NUC130 ʚ ʚ ʚ NUC140 ʚ ʚ ʚ ʚ NUC240 ʚ ʚ ʚ NUC230 System Memory Timer Connectivity Analog Package Tool Status MP Programmer Mass Production 2 1 - - LQFP 48 7x7 ʚ NK-NUC131 NLG-NUC131L NUC131LD2AE Cortex-M0 50 2.5 5.5 -40 105 56 4 68 &RQÀJXUDEOH 8 ʚ ʚ 4 12 12 8 6 3 1 2 1 - - LQFP 48 7x7 ʚ NK-NUC131 NLG-NUC131L NUC131SC2AE Cortex-M0 50 2.5 5.5 -40 105 42 4 36 &RQÀJXUDEOH 8 ʚ ʚ 4 12 12 8 6 3 1 2 1 - - LQFP 64 7x7 ʚ NK-NUC131 NLG-NUC131S NUC131SD2AE Cortex-M0 50 2.5 5.5 -40 105 42 4 68 &RQÀJXUDEOH 8 ʚ ʚ 4 12 12 8 6 3 1 2 1 - - LQFP 64 7x7 ʚ NK-NUC131 NLG-NUC131S NUC1311LC2AE Cortex-M0 50 2.5 5.5 -40 105 42 4 36 &RQÀJXUDEOH 8 ʚ ʚ 4 12 - 8 4 3 1 1 1 - - LQFP 48 7x7 ʚ NK-NUC1311 NLG-NUC1311 NUC1311LD2AE Cortex-M0 50 2.5 5.5 -40 105 42 4 68 &RQÀJXUDEOH 8 ʚ ʚ 4 12 - 8 4 3 1 1 1 - - LQFP 48 7x7 ʚ NK-NUC1311 NLG-NUC1311 I²C LIN WDT EVB ISO-7816-3 Package Size LPUART Package Type CAN 1 SPI UART 3 WWDT 6 SRAM (KB) 8 GPIO NUC131LC2AE Cortex-M0 50 2.5 5.5 -40 105 56 4 36 &RQÀJXUDEOH 8 ʚ ʚ 4 12 12 Core ADC (12-bit) PWM (16-bit) BPWM (16-bit) Timer (32-bit) Data Flash (KB) APROM Flash (KB) LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) NUC130 禺⴪ ࡛ NUC131 禺⴪ Part No. 54 QFN 5x5 33 MP Programmer 2048 EVB ʚ Tool Status Mass Production 6 3 3 3 1 Package Size 2 Package Type Cortex72 2.5 5.5 -40 105 49 4 64 &RQÀJXUDEOH 20 10 ʚ ʚ 4 24 - 16 4 M23 SPROM(B) Cortex72 2.5 5.5 -40 105 36 4 64 &RQÀJXUDEOH 20 10 ʚ ʚ 4 24 - 16 4 M23 USB FS Device Crystal-less Cortex72 2.5 5.5 -40 105 36 4 64 &RQÀJXUDEOH 20 10 ʚ ʚ 4 24 - 16 4 M23 Security Package 4 USB FS Device SPI/ I²S I²C UART LLSI I3C Cortex72 2.5 5.5 -40 105 22 4 64 &RQÀJXUDEOH 20 10 ʚ ʚ 4 24 - 16 4 M23 DAC ACMP ADC (12-bit) RTC BPWM (16-bit) Timer/ PWM WWDT WDT PDMA (ch) SRAM (KB) Data Flash (KB) APROM Flash (KB) GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ NuMicro® Arm® Cortex®-M0 䗏䱾 ⵖ 㐼 NUC1263SD4CE Memory 2SHUDWLQJ7HPSHUDWXUHPLQʝ NUC1263LD4CE Operating Voltage (min) (V) NUC1263ND4CE Operating Voltage (max) (V) NUC1263ZD4CE Operating Frequency (MHz) Part No. Core NuMicro®䗏 䱾 ⵖ 㐼  System 倞㇫  ࡛ NUC230 禺⴪ Timer Connectivity Analog Package Tool Status Mass Production 3 3 2 1 2 1 2 - - LQFP48 7x7 ʚ NUC230LD2AE Cortex-M0 72 2.5 5.5 -40 105 35 8 64 4 8 9 ʚ ʚ 4 4 ʚ 7 1 3 3 2 1 2 1 2 - - LQFP48 7x7 ʚ NUC230LE3AE Cortex-M0 72 2.5 5.5 -40 105 35 8 128 &RQÀJXUDEOH 16 9 ʚ ʚ 4 4 ʚ 7 1 3 3 2 1 2 1 2 - - LQFP48 7x7 ʚ NUC230SC2AE Cortex-M0 72 2.5 5.5 -40 105 49 8 32 4 8 9 ʚ ʚ 4 6 ʚ 7 2 3 3 2 2 2 1 2 - ʚ LQFP64 7x7 ʚ NUC230SD2AE Cortex-M0 72 2.5 5.5 -40 105 49 8 64 4 8 9 ʚ ʚ 4 6 ʚ 7 2 3 3 2 2 2 1 2 - ʚ LQFP64 7x7 ʚ NUC230SE3AE Cortex-M0 72 2.5 5.5 -40 105 49 8 128 &RQÀJXUDEOH 16 9 ʚ ʚ 4 6 ʚ 7 2 3 3 2 2 2 1 2 - ʚ LQFP64 7x7 ʚ NUC230VE3AE Cortex-M0 72 2.5 5.5 -40 105 83 8 128 &RQÀJXUDEOH 16 9 ʚ ʚ 4 8 ʚ 8 2 3 3 3 4 2 1 2 1 ʚ LQFP100 14x14 PDMA (ch) NKNUC240V NLGNUC200L NKNUC240V NLGNUC200L NKNUC240V NKNUC240V NLGNUC200S NKNUC240V NLGNUC200S NKNUC240V NKNUC240V ʚ NLGNUC200L NLGNUC200S NLGNUC200V ࡛ NUC240 禺⴪ System Timer Connectivity Analog Package Status Mass Production 2 2 1 1 2 1 2 - 1 - LQFP48 7x7 ʚ NUC240LD2AE Cortex-M0 72 2.5 5.5 -40 105 31 8 64 4 8 9 ʚ ʚ 4 4 ʚ 7 1 2 2 1 1 2 1 2 - 1 - LQFP48 7x7 ʚ NUC240LE3AE Cortex-M0 72 2.5 5.5 -40 105 31 8 128 &RQÀJXUDEOH 16 9 ʚ ʚ 4 4 ʚ 7 1 2 2 1 1 2 1 2 - 1 - LQFP48 7x7 ʚ NUC240SC2AE Cortex-M0 72 2.5 5.5 -40 105 45 8 32 4 8 9 ʚ ʚ 4 4 ʚ 7 2 3 3 2 2 2 1 2 - 1 ʚ LQFP64 7x7 ʚ NUC240SD2AE Cortex-M0 72 2.5 5.5 -40 105 45 8 64 4 8 9 ʚ ʚ 4 4 ʚ 7 2 3 3 2 2 2 1 2 - 1 ʚ LQFP64 7x7 ʚ NUC240SE3AE Cortex-M0 72 2.5 5.5 -40 105 45 8 128 &RQÀJXUDEOH 16 9 ʚ ʚ 4 4 ʚ 7 2 3 3 2 2 2 1 2 - 1 ʚ LQFP64 7x7 ʚ NUC240VE3AE Cortex-M0 72 2.5 5.5 -40 105 79 8 128 &RQÀJXUDEOH 16 9 ʚ ʚ 4 8 ʚ 8 2 3 3 3 4 2 1 2 1 1 ʚ LQFP100 14x14 PDMA (ch) ʚ NKNLGNUC240V NUC200L NKNLGNUC240V NUC200L NKNLGNUC240V NUC200L NUC130 禺⴪ Package Size 1 MP Programmer Package Type 7 䗏䱾 ⵖ 㐼 Tool EVB ACMP 9 ʚ ʚ 4 4 ʚ EBI USB FS Device PS/2 Device CAN I²S I²C SPI ISO-7816-3 LIN UART ADC (12-bit) 8 RTC PWM (16-bit) Timer (32-bit) WWDT WDT SRAM (KB) 4 GPIO NUC240LC2AE Cortex-M0 72 2.5 5.5 -40 105 31 8 32 Core Data Flash (KB) APROM Flash (KB) LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) Part No. Memory NuMicro® Arm® Cortex®-M0 Package Size 1 MP Programmer Package Type 7 EVB ACMP 9 ʚ ʚ 4 4 ʚ EBI PS/2 Device CAN I²S I²C SPI ISO-7816-3 LIN UART ADC (12-bit) 8 RTC PWM (16-bit) Timer (32-bit) WWDT WDT SRAM (KB) 4 GPIO NUC230LC2AE Cortex-M0 72 2.5 5.5 -40 105 35 8 32 Core Data Flash (KB) APROM Flash (KB) LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Voltage (max) (V) Operating Voltage (min) (V) Operating Frequency (MHz) Part No. Memory NuMicro®䗏 䱾 ⵖ 㐼  System NKNLGNUC240V NUC200S NKNLGNUC240V NUC200S NKNLGNUC240V NUC200S NKNLGNUC240V NUC200V 55 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  Nano100 禺⴪ NuMicro® Nano 系列为超低功耗微控制器Ə基於 Arm® Cortex®-M0 内核Ə具 16 ~ 128 K 字节 Flash˚4 ~ 16 K 字节 SRAM˚4K 字节独立 Flash 作为在线系统编程 (In-System Programming) 用途˛ Nano 系列集成 COM / SEG LCD 驱动˚時鐘 (RTC)˚ADC˚DAC˚USB 2.0 全速设备˚ISO7816-3 智能卡接口和丰富外设Ə并支持多种接口快速唤醒˛ Ⱒꝶ暶䚍超低功耗与快速唤醒䎾欽곭㚖适合于使用电池供电的设备Ə诸如穿戴式装置˚物联网节点装置˚可携式医疗装置˚智能家电˚安全警报监控系统˚行动支付智能读卡机˚GPS 数据采集器˚无线通讯模块 (Zigbee˚LoRa ...)˚电子货架标签˚无线射频识别˚智能三表 ( 热表˚水表˚燃气表 ) 等保持 )˚3.5 µs 快速唤醒 System Memory Timer Analog Connectivity Package Status ʚ NANO100KE3BN Cortex-M0 42 1.8 3.6 -40 85 86 4 128 &RQÀJXUDEOH 16 8 ʚ ʚ 4 8 ʚ 12 2 2 2 3 3 2 1 LQFP128 14X14 ʚ NANO100LC2BN Cortex-M0 42 1.8 3.6 -40 85 38 4 32 &RQÀJXUDEOH 8 8 ʚ ʚ 4 6 ʚ 7 2 2 2 2 3 2 1 LQFP48 7X7 ʚ NANO100LD2BN Cortex-M0 42 1.8 3.6 -40 85 38 4 64 &RQÀJXUDEOH 8 8 ʚ ʚ 4 6 ʚ 7 2 2 2 2 3 2 1 LQFP48 7X7 ʚ NANO100LD3BN Cortex-M0 42 1.8 3.6 -40 85 38 4 64 &RQÀJXUDEOH 16 8 ʚ ʚ 4 6 ʚ 7 2 2 2 2 3 2 1 LQFP48 7X7 ʚ NANO100LE3BN Cortex-M0 42 1.8 3.6 -40 85 38 4 128 &RQÀJXUDEOH 16 8 ʚ ʚ 4 6 ʚ 7 2 2 2 2 3 2 1 LQFP48 7X7 ʚ NANO100NC2BN Cortex-M0 42 1.8 3.6 -40 85 38 4 32 &RQÀJXUDEOH 8 8 ʚ ʚ 4 6 ʚ 7 2 2 2 2 3 2 1 QFN48 7X7 ʚ NANO100ND2BN Cortex-M0 42 1.8 3.6 -40 85 38 4 64 &RQÀJXUDEOH 8 8 ʚ ʚ 4 6 ʚ 7 2 2 2 2 3 2 1 QFN48 7X7 ʚ NANO100ND3BN Cortex-M0 42 1.8 3.6 -40 85 38 4 64 &RQÀJXUDEOH 16 8 ʚ ʚ 4 6 ʚ 7 2 2 2 2 3 2 1 QFN48 7X7 ʚ NANO100NE3BN Cortex-M0 42 1.8 3.6 -40 85 38 4 128 &RQÀJXUDEOH 16 8 ʚ ʚ 4 6 ʚ 7 2 2 2 2 3 2 1 QFN48 7X7 ʚ NANO100SC2BN Cortex-M0 42 1.8 3.6 -40 85 52 4 32 &RQÀJXUDEOH 8 8 ʚ ʚ 4 8 ʚ 7 2 2 2 3 3 2 1 LQFP64 7X7 ʚ NANO100SD2BN Cortex-M0 42 1.8 3.6 -40 85 52 4 64 &RQÀJXUDEOH 8 8 ʚ ʚ 4 8 ʚ 7 2 2 2 3 3 2 1 LQFP64 7X7 ʚ NANO100SD3BN Cortex-M0 42 1.8 3.6 -40 85 52 4 64 &RQÀJXUDEOH 16 8 ʚ ʚ 4 8 ʚ 7 2 2 2 3 3 2 1 LQFP64 7X7 ʚ NANO100SE3BN Cortex-M0 42 1.8 3.6 -40 85 52 4 128 &RQÀJXUDEOH 16 8 ʚ ʚ 4 8 ʚ 7 2 2 2 3 3 2 1 LQFP64 7X7 ʚ MP Programmer NANO100KD3BN Cortex-M0 42 1.8 3.6 -40 85 86 4 64 &RQÀJXUDEOH 16 8 ʚ ʚ 4 8 ʚ 12 2 2 2 3 3 2 1 LQFP128 14X14 Package EVB Mass Production Package Size Package Type I²S I²C SPI ISO-7816-3 LIN UART DAC (12-bit) ADC (12-bit) RTC PWM (16-bit) Timer (32-bit) WWDT WDT PDMA (ch) SRAM (KB) Data Flash (KB) APROM Flash (KB) GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Part No. Operating Frequency (MHz) NUC130 禺⴪ 56 Ⱒꝶ暶䚍超低功耗 200 µA/MHz ( 运行模式 )˚75 µA/MHz (Idle 模式 )˚2.5 µA (RTC 模式ƏRAM 数据保持 )˚1 µA ( 待机模式ƏRAM 数据 Core NuMicro® Arm® Cortex®-M0 䗏䱾 ⵖ 㐼 ࡛ Nano100 禺⴪ NT-Nano100K / NLGNT-Nano120K / Nano100K NT-Nano130K NT-Nano100K / NLGNT-Nano120K / Nano100K NT-Nano130K NT-Nano100K / NLGNT-Nano120K / Nano100L NT-Nano130K NT-Nano100K / NLGNT-Nano120K / Nano100L NT-Nano130K NT-Nano100K / NLGNT-Nano120K / Nano100L NT-Nano130K NT-Nano100K / NLGNT-Nano120K / Nano100L NT-Nano130K NT-Nano100K / NLGNT-Nano120K / Nano100N NT-Nano130K NT-Nano100K / NLGNT-Nano120K / Nano100N NT-Nano130K NT-Nano100K / NLGNT-Nano120K / Nano100N NT-Nano130K NT-Nano100K / NLGNT-Nano120K / Nano100N NT-Nano130K NT-Nano100K / NLGNT-Nano120K / Nano100S NT-Nano130K NT-Nano100K / NLGNT-Nano120K / Nano100S NT-Nano130K NT-Nano100K / NLGNT-Nano120K / Nano100S NT-Nano130K NT-Nano100K / NLGNT-Nano120K / Nano100S NT-Nano130K 倞㇫  ࡛ Nano102 禺⴪ System Timer Analog Connectivity Package Status ʚ 4 4 ʚ 7 2 ʚ 2 2 2 2 LQFP48 7x7 ʚ NANO102LC2AN Cortex-M0 32 1.8 3.6 -40 85 40 4 32 &RQÀJXUDEOH 8 4 ʚ ʚ 4 4 ʚ 7 2 ʚ 2 2 2 2 LQFP48 7x7 ʚ NANO102SC2AN Cortex-M0 32 1.8 3.6 -40 85 58 4 32 &RQÀJXUDEOH 8 4 ʚ ʚ 4 4 ʚ 7 2 ʚ 2 2 2 2 LQFP64 7x7 ʚ NANO102ZB1AN Cortex-M0 32 1.8 3.6 -40 85 27 4 16 &RQÀJXUDEOH 4 4 ʚ ʚ 4 4 ʚ 2 2 ʚ 2 1 2 2 QFN33 5x5 ʚ NANO102ZC2AN Cortex-M0 32 1.8 3.6 -40 85 27 4 32 &RQÀJXUDEOH 8 4 ʚ ʚ 4 4 ʚ 2 2 ʚ 2 1 2 2 QFN33 5x5 ʚ SPI UART RTC ACMP ADC (12-bit) PWM (16-bit) WWDT WDT NTNano102S NLGNano112L NTNano102S NLGNano112S NTNano102S NTNano102S NTNano102S NLGNano112L NLGNano102Z NLGNano102Z ࡛ Nano103 禺⴪ Ⱒꝶ暶䚍超低功耗技术 : 180 µA/MHz ( 运行模式 )˚75 µA/MHz (Idle 模式 )˚2 µA (RTC 模式ƏRAM 数据保持 ) System Timer Analog Connectivity Package Status Package Type Package Size Mass Production NANO103SD3AE Cortex-M0 36 1.8 3.6 -40 105 53 4 64 &RQÀJXUDEOH 16 4 ʚ ʚ 4 6 ʚ 8 1 ʚ 2 2 4 2 LQFP64 7x7 ʚ NANO103ZD3AE Cortex-M0 36 1.8 3.6 -40 105 26 4 64 &RQÀJXUDEOH 16 4 ʚ ʚ 4 2 ʚ 6 1 ʚ 2 2 4 2 QFN33 5x5 ʚ ACMP RTC PWM (16-bit) WDT WWDT PDMA (ch) NTNano103S NLGNano103L NTNano103S NTNano103S NLGNano103S NLGNano103Z NuVoice™ 禺⴪ I²C ʚ MP Programmer SPI 7x7 䗏䱾 ⵖ 㐼 Tool EVB UART LQFP48 ADC (12-bit) 2 Timer (32-bit) 4 SRAM (KB) 2 Data Flash (KB) 2 GPIO NANO103LD3AE Cortex-M0 36 1.8 3.6 -40 105 39 4 64 &RQÀJXUDEOH 16 4 ʚ ʚ 4 6 ʚ 8 1 ʚ Core ISO-7816-3 Internal Voltage Reference APROM Flash (KB) LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) Part No. Memory NuMicro® Arm® Cortex®-M0 Mass Production ʚ MP Programmer Package Size 4 Tool EVB Package Type 4 ISO-7816-3 I²C Internal Voltage Reference PDMA (ch) &RQÀJXUDEOH Timer (32-bit) SRAM (KB) 4 16 GPIO NANO102LB1AN Cortex-M0 32 1.8 3.6 -40 85 40 Core Data Flash (KB) LDROM Flash (KB) APROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) Operating Voltage (min) (V) Operating Frequency (MHz) Part No. Memory NuMicro®䗏 䱾 ⵖ 㐼  Ⱒꝶ暶䚍超低功耗技术 : 150 µA/MHz ( 运行模式 )˚65 µA/MHz (Idle 模式 )˚1.5 µA (RTC 模式 , RAM 数据保持 )˚0.65 µA ( 待机模式 , RAM 数据保持 )˚3.5 µs 快速唤醒时间 57 倞㇫  RAM 数据保持 )˚1 µA ( 待机模式ƏRAM 数据保持 )˚3.5 µs 快速唤醒时间 Package Tool Status ʚ NANO110KD2BN Cortex-M0 42 1.8 3.6 -40 85 86 4 64 &RQÀJXUDEOH 8 8 ʚ ʚ 4 8 ʚ 12 2 2 2 3 3 2 1 4x40/6x38 LQFP128 14X14 ʚ NANO110KD3BN Cortex-M0 42 1.8 3.6 -40 85 86 4 64 &RQÀJXUDEOH 16 8 ʚ ʚ 4 8 ʚ 12 2 2 2 3 3 2 1 4x40/6x38 LQFP128 14X14 ʚ NANO110KE3BN Cortex-M0 42 1.8 3.6 -40 85 86 4 128 &RQÀJXUDEOH 16 8 ʚ ʚ 4 8 ʚ 12 2 2 2 3 3 2 1 4x40/6x38 LQFP128 14X14 ʚ NANO110RC2BN Cortex-M0 42 1.8 3.6 -40 85 51 4 32 &RQÀJXUDEOH 8 8 ʚ ʚ 4 7 ʚ 7 2 2 2 3 3 2 1 4x31/6x29 LQFP64 10X10 ʚ NANO110RD2BN Cortex-M0 42 1.8 3.6 -40 85 51 4 64 &RQÀJXUDEOH 8 8 ʚ ʚ 4 7 ʚ 7 2 2 2 3 3 2 1 4x31/6x29 LQFP64 10X10 ʚ NANO110RD3BN Cortex-M0 42 1.8 3.6 -40 85 51 4 64 &RQÀJXUDEOH 16 8 ʚ ʚ 4 7 ʚ 7 2 2 2 3 3 2 1 4x31/6x29 LQFP64 10X10 ʚ NANO110RE3BN Cortex-M0 42 1.8 3.6 -40 85 51 4 128 &RQÀJXUDEOH 16 8 ʚ ʚ 4 7 ʚ 7 2 2 2 3 3 2 1 4x31/6x29 LQFP64 10X10 ʚ NANO110SC2BN Cortex-M0 42 1.8 3.6 -40 85 51 4 32 &RQÀJXUDEOH 8 8 ʚ ʚ 4 7 ʚ 7 2 2 2 3 3 2 1 4x31/6x29 LQFP64 7X7 ʚ NANO110SD2BN Cortex-M0 42 1.8 3.6 -40 85 51 4 64 &RQÀJXUDEOH 8 8 ʚ ʚ 4 7 ʚ 7 2 2 2 3 3 2 1 4x31/6x29 LQFP64 7X7 ʚ NANO110SD3BN Cortex-M0 42 1.8 3.6 -40 85 51 4 64 &RQÀJXUDEOH 16 8 ʚ ʚ 4 7 ʚ 7 2 2 2 3 3 2 1 4x31/6x29 LQFP64 7X7 ʚ NANO110SE3BN Cortex-M0 42 1.8 3.6 -40 85 51 4 128 &RQÀJXUDEOH 16 8 ʚ ʚ 4 7 ʚ 7 2 2 2 3 3 2 1 4x31/6x29 LQFP64 7X7 ʚ MP Programmer NANO110KC2BN Cortex-M0 42 1.8 3.6 -40 85 86 4 32 &RQÀJXUDEOH 8 8 ʚ ʚ 4 8 ʚ 12 2 2 2 3 3 2 1 4x40/6x38 LQFP128 14X14 EVB Mass Production Package Size DAC (12-bit) Package Type Display Analog ADC (12-bit) RTC PWM (16-bit) Timer (32-bit) WWDT WDT PDMA (ch) Connectivity ComSeg LCD Timer SRAM (KB) Data Flash (KB) APROM Flash (KB) GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) Core NuMicro® Arm® Cortex®-M0 Operating Voltage (min) (V) Part No. Memory I²S I²C SPI ISO-7816-3 LIN UART System Operating Frequency (MHz) NuMicro®䗏 䱾 ⵖ 㐼  䗏䱾 ⵖ 㐼 ࡛ Nano110 禺⴪ Ⱒꝶ暶䚍集成 4x40 或 6x38 COM / SEG LCD 驱动˚超低功耗技术 : 200 µA/MHz ( 运行模式 )˚75 µA/MHz (Idle 模式 )˚ 2.5 µA (RTC 模式Ə NTNLGNano130K Nano100K NTNLGNano130K Nano100K NTNLGNano130K Nano100K NTNLGNano130K Nano100K NTNLGNano130K Nano100R NTNLGNano130K Nano100R NTNLGNano130K Nano100R NTNLGNano130K Nano100R NTNLGNano130K Nano100S NTNLGNano130K Nano100S NTNLGNano130K Nano100S NTNLGNano130K Nano100S ࡛ Nano120 禺⴪ System Memory Timer Analog Connectivity Display Package ʚ NANO112RC2AN Cortex-M0 32 1.8 3.6 -40 85 58 4 32 &RQÀJXUDEOH 8 4 ʚ ʚ 4 4 ʚ 7 2 ʚ 2 2 2 2 4x32/6x30 LQFP64 10x10 ʚ NANO112SB1AN Cortex-M0 32 1.8 3.6 -40 85 58 4 16 &RQÀJXUDEOH 4 4 ʚ ʚ 4 4 ʚ 7 2 ʚ 2 2 2 2 4x32/6x30 LQFP64 7x7 ʚ NANO112SC2AN Cortex-M0 32 1.8 3.6 -40 85 58 4 32 &RQÀJXUDEOH 8 4 ʚ ʚ 4 4 ʚ 7 2 ʚ 2 2 2 2 4x32/6x30 LQFP64 7x7 ʚ PDMA (ch) 58 ʚ MP Programmer 10x10 EVB Mass Production NANO112RB1AN Cortex-M0 32 1.8 3.6 -40 85 58 4 16 &RQÀJXUDEOH 4 4 ʚ ʚ 4 4 ʚ 7 2 ʚ 2 2 2 2 4x32/6x30 LQFP64 Package Type ʚ ComSeg LCD 7x7 SRAM (KB) NANO112LC2AN Cortex-M0 32 1.8 3.6 -40 85 40 4 32 &RQÀJXUDEOH 8 4 ʚ ʚ 4 4 ʚ 7 2 ʚ 2 2 2 2 4x20/6x18 LQFP48 Data Flash (KB) ʚ GPIO 7x7 Core NANO112LB1AN Cortex-M0 32 1.8 3.6 -40 85 40 4 16 &RQÀJXUDEOH 4 4 ʚ ʚ 4 4 ʚ 7 2 ʚ 2 2 2 2 4x20/6x18 LQFP48 NANO112VC2AN Cortex-M0 32 1.8 3.6 -40 85 80 4 32 &RQÀJXUDEOH 8 4 ʚ ʚ 4 4 ʚ 8 2 ʚ 2 2 2 2 4x36/6x34 LQFP100 14x14 Tool Status Package Size I²C SPI ISO-7816-3 UART Internal Voltage Reference ACMP ADC (12-bit) RTC PWM (16-bit) Timer (32-bit) WWDT WDT APROM Flash (KB) LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Part No. Operating Frequency (MHz) Nano100 禺⴪ Ⱒꝶ暶䚍集成 USB 2.0 全速设备˚超低功耗技术 : 200 µA/MHz ( 运行模式 )˚75 µA/MHz (Idle 模式 )˚2.5 µA (RTC 模式ƏRAM 数据保持 )˚ 1 µA ( 待机模式ƏRAM 数据保持 )˚3.5 µs 快速唤醒时间 NTNano112V NLGNano112L NTNano112V NLGNano112R NTNano112V NLGNano112S NTNano112V NTNano112V NTNano112V NTNano112V NLGNano112L NLGNano112R NLGNano112S NLGNano112V 倞㇫  ࡛ Nano130 禺⴪ 低功耗技术Ɲ200 µA/MHz ( 运行模式 )˚75 µA/MHz (Idle 模式 )˚2.5 µA (RTC 模式ƏRAM 数据保持 )˚1 µA ( 待机模式ƏRAM 数据保持 )˚ 3.5 µs 快速唤醒时间 System Timer Analog Connectivity Display Package Tool Status NANO130KD2BN Cortex-M0 42 1.8 3.6 -40 85 86 4 64 &RQÀJXUDEOH 8 8 ʚ ʚ 4 8 ʚ 12 2 2 2 3 3 2 1 4x40/6x38 LQFP128 14X14 ʚ NANO130KD3BN Cortex-M0 42 1.8 3.6 -40 85 86 4 64 &RQÀJXUDEOH 16 8 ʚ ʚ 4 8 ʚ 12 2 2 2 3 3 2 1 4x40/6x38 LQFP128 14X14 ʚ NANO130KE3BN Cortex-M0 42 1.8 3.6 -40 85 86 4 128 &RQÀJXUDEOH 16 8 ʚ ʚ 4 8 ʚ 12 2 2 2 3 3 2 1 4x40/6x38 LQFP128 14X14 ʚ NANO130SC2BN Cortex-M0 42 1.8 3.6 -40 85 47 4 32 &RQÀJXUDEOH 8 8 ʚ ʚ 4 7 ʚ 7 2 2 2 3 3 2 1 4x31/6x29 LQFP64 7X7 ʚ NANO130SD2BN Cortex-M0 42 1.8 3.6 -40 85 47 4 64 &RQÀJXUDEOH 8 8 ʚ ʚ 4 7 ʚ 7 2 2 2 3 3 2 1 4x31/6x29 LQFP64 7X7 ʚ NANO130SD3BN Cortex-M0 42 1.8 3.6 -40 85 47 4 64 &RQÀJXUDEOH 16 8 ʚ ʚ 4 7 ʚ 7 2 2 2 3 3 2 1 4x31/6x29 LQFP64 7X7 ʚ NANO130SE3BN Cortex-M0 42 1.8 3.6 -40 85 47 4 128 &RQÀJXUDEOH 16 8 ʚ ʚ 4 7 ʚ 7 2 2 2 3 3 2 1 4x31/6x29 LQFP64 7X7 ʚ NTNLGNano130K Nano100K NTNLGNano130K Nano100K NTNLGNano130K Nano100K NTNLGNano130K Nano100K NTNLGNano130K Nano100S NTNLGNano130K Nano100S NTNLGNano130K Nano100S NTNLGNano130K Nano100S NuMicro® Arm® Cortex®-M0 ʚ MP Programmer NANO130KC2BN Cortex-M0 42 1.8 3.6 -40 85 86 4 32 &RQÀJXUDEOH 8 8 ʚ ʚ 4 8 ʚ 12 2 2 2 3 3 2 1 4x40/6x38 LQFP128 14X14 EVB Mass Production Package Size Package Type ComSeg LCD I²S I²C SPI ISO-7816-3 LIN UART DAC (12-bit) ADC (12-bit) RTC PWM (16-bit) Timer (32-bit) WWDT WDT PDMA (ch) SRAM (KB) Data Flash (KB) APROM Flash (KB) GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Core Operating Frequency (MHz) Part No. Memory NuMicro®䗏 䱾 ⵖ 㐼  Ⱒꝶ暶䚍集成 4x40 或 6x38 COM / SEG LCD 驱动和 USB 2.0 全速设备˚低电压工作范围 1.8V 至 3.6V˚工作温度为 -40° C 至 85° C˚超䗏䱾 ⵖ 㐼 Nano100 禺⴪ 59 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  NuMicro® Arm® Cortex®-M0 䗏䱾 ⵖ 㐼 NuVoice™ 禺⴪ NuVoice 基于嵌入式 Flash 的 32 位 Cortex M0˛ N570 和 N574 系列为 MIC˚语音变頻和语音识别应用 , 提供高分辨率 ADC 和灵活的算法˛ ࠮5/IP[*VY[L_4^P[O,TILKKLK-SHZOIP[(+*;V\JO>HRL\W Audio ADC Touch Wakeup Voice Recognition DPWM 10-bit 5-ch ʚ - DPWM 10-bit 5-ch ʚ ʚ Part No. CPU APROM Flash VDD(V) SRAM GPIO I/O Interface PWM Output Mic. Speaker N570H064 Cortex®-M0 49 MHz 64 KB 1.8~5.5 6 KB 28 SPI x 2, UART 8 ʚ N570HC64 Cortex®-M0 49 MHz 64 KB 1.8~5.5 6 KB 28 SPI x 2, UART 8 ʚ ࠮51IP[*VY[L_4^P[O,TILKKLK-SHZOIP[(+*;V\JO>HRL\W3VUN+\YH[PVU:VS\[PVU Duration(Sec) Touch Wakeup Package DPWM 10-bit 5-ch ʚ LQFP48 ʚ DPWM 10-bit 5-ch ʚ LQFP48 8 ʚ DPWM 10-bit 5-ch ʚ LQFP48 SPI, UART 8 ʚ DPWM 10-bit 5-ch ʚ LQFP48 SPI, UART 8 ʚ DPWM 10-bit 5-ch ʚ LQFP64 CPU APROM Flash Flash Memory VDD (V) N570J08AL Cortex®-M0 49 MHz 64 KB 8Mbit 2.4~5.5 1,000 6 KB 24 SPI, UART N570J16AL Cortex®-M0 49 MHz 64 KB 16Mbit 2.4~5.5 2,000 6 KB 24 N570J32AL Cortex®-M0 49 MHz 64 KB 32Mbit 2.4~5.5 4,000 6 KB N570J64L Cortex®-M0 49 MHz 64 KB 64Mbit 2.4~5.5 8,000 N570J01GR Cortex®-M0 49 MHz 64 KB 1Gbit 2.4~5.5 128,000 8KHz SRAM GPIO Audio ADC Part No. I/O PWM Interface Output Mic. Speaker 8 ʚ SPI, UART 8 24 SPI, UART 6 KB 24 6 KB 24 ࠮5-*5:IP[*VY[L_4^P[O,TILKKLK-SHZOHUKIP[(+*:VS\[PVU Duration(Sec) APROM Flash VDD (V) SRAM Flash Memory 8KHz I/O PWM Interface Output NuVoice™ 禺⴪ Part No. CPU N572F072 Cortex®-M0 48 MHz 72 KB - 2.4~5.5 - 8 KB 32 SPI x 2 N572C072 Cortex®-M0 48 MHz 72 KB - 2.4~5.5 - 8 KB 32 N572S16A Cortex®-M0 48 MHz 64 KB 16Mbit 2.4~5.5 2,000 8 KB N572S32A Cortex®-M0 48 MHz 64 KB 32Mbit 2.4~5.5 4,000 N572S64A Cortex®-M0 48 MHz 64 KB 64Mbit 2.4~5.5 8,000 I/O Audio LDO ADC Other Package Class-AB (400mW) ʚ 12-bit 8-ch - LQFP64 ʚ Class-AB (400mW) ʚ 12-bit Voice LQFP64 8-ch Recognition 4 ʚ Class-AB (400mW) ʚ 12-bit 8-ch - LQFP64 SPI 4 ʚ Class-AB (400mW) ʚ 12-bit 8-ch - LQFP64 SPI 4 ʚ Class-AB (400mW) ʚ 12-bit 8-ch - LQFP64 LDO ADC Other Package Mic. Speaker 4 ʚ SPI x 2 4 26 SPI 8 KB 26 8 KB 26 ࠮5/IP[*VY[L_4^P[O,TILKKLK-SHZOHUKIP[(+*:VS\[PVU 60 Duration(Sec) APROM Flash SRAM VDD (V) Flash Memory 8KHz I/O PWM Interface Output Part No. CPU N572H064 Cortex®-M0 48 MHz 64 KB - 2.0~5.5 - 6 KB 32 SPI x 2 N572H064S Cortex®-M0 48 MHz 64 KB - 2.0~5.5 - 6 KB 32 N572H16A Cortex®-M0 48 MHz 64 KB 16Mbit 2.0~5.5 2,000 6 KB 26 I/O Audio Mic. Speaker 4 ʚ Class-AB (400mW) ʚ 12-bit 8-ch - SPI x 2 4 ʚ Class-AB (400mW) ʚ 12-bit 8-ch - LQFP64 SPI 4 ʚ Class-AB (400mW) ʚ 12-bit 8-ch - LQFP64 倞㇫ CPU Cortex®N574F128 M0 Cortex®N574C128 M0 Duration (Sec.) APROM Flash VDD (V) 12KHz 16KHz 128 KB 1.8~5.5 63 47 128 KB 1.8~5.5 63 47 Audio ADC Cap Touch DPWM 10-bit 5-ch 16 - ʚ ʚ DPWM 10-bit 5-ch 16 ʚ ʚ 12 ʚ DPWM 10-bit 5-ch 16 - - SRAM GPIO I/O Interface PWM Output Mic. Speaker 12 KB 40 SPI, UART, I2C, Addr. LED 12 ʚ 40 SPI, UART, I2C, Addr. LED 12 12 KB Voice LDO33 for Recognition SPI Flash 256 KB 1.8~5.5 142 106 12 KB 40 SPI, UART, I2C, Addr. LED N574C256 Cortex®M0 256 KB 1.8~5.5 142 106 12 KB 40 SPI, UART, I2C, Addr. LED 12 ʚ DPWM 10-bit 5-ch 16 ʚ - N574F512 Cortex®M0 512 KB 1.8~5.5 303 228 12 KB 40 SPI, UART, I2C, Addr. LED 12 ʚ DPWM 10-bit 5-ch 16 - - N574C512 Cortex®M0 512 KB 1.8~5.5 303 228 12 KB 40 SPI, UART, I2C, Addr. LED 12 ʚ DPWM 10-bit 5-ch 16 ʚ - N574F1K0 Cortex®1024 KB M0 1.8~5.5 627 470 12 KB 40 SPI, UART, 2C, Addr. LED 12 ʚ DPWM 10-bit 5-ch 16 - - N574C1K0 Cortex®1024 KB M0 1.8~5.5 627 470 12 KB 40 SPI, UART, I2C, Addr. LED 12 ʚ DPWM 10-bit 5-ch 16 ʚ - N574F1K5 Cortex®1536 KB M0 1.8~5.5 951 713 12 KB 40 SPI, UART, I2C, Addr. LED 12 ʚ DPWM 10-bit 5-ch 16 - - N574C1K5 Cortex®1536 KB M0 1.8~5.5 951 713 12 KB 40 SPI, UART, I2C, Addr. LED 12 ʚ DPWM 10-bit 5-ch 16 ʚ - Audio Duration(Sec) APROM Flash I/O PWM VDD (V) LDO SRAM I/O Flash Memory Interface Output 8KHz Mic. Speaker Part No. CPU N575F145 Cortex®-M0 48 MHz 145 KB - 2.4~5.5 - 12 KB 24 UART, I²C, I²S, SPI 2 ʚ DPWM (1W) N575C145 Cortex®-M0 48 MHz 145 KB - 2.4~5.5 - 12 KB 24 UART, I²C, I²S, SPI 2 ʚ N575S64A Cortex®-M0 48 MHz 145 KB 64 Mbit 2.4~5.5 8,000 12 KB 20 UART, I²C, I²S, SPI 2 ʚ ADC Other Package ʚ 16-bit, sigma delta 8-ch Touch Key, Temperature Alarm, PDMA, CRC LQFP48 DPWM (1W) ʚ 16-bit, sigma delta 8-ch Touch Key, Temperature Alarm, PDMA, CRC, Voice Recognition LQFP48 DPWM (1W) ʚ 16-bit, sigma delta 8-ch Touch Key, Temperature Alarm, PDMA, CRC LQFP64 䗏䱾 ⵖ 㐼 NuVoice™ 禺⴪ ࠮5IP[*VY[L_4^P[O,TILKKLK-SHZOHUKIP[(+*:VS\[PVU NuMicro® Arm® Cortex®-M0 N574F256 Cortex®M0 NuMicro®䗏 䱾 ⵖ 㐼  Part No.  ࠮5-IP[*VY[L_4^P[O,TILKKLK-SHZOIP[(+**HW;V\JO 61 倞㇫  NuMicro®䗏 䱾 ⵖ 㐼  NuMicro® Arm® Cortex®-M0 䗏䱾 ⵖ 㐼 NuVoice 禺⴪䒓〄䊨Ⱘ Ordering No. Board Name Content Description Picture NuVoice® Family NuVoice Demo Board, Evaluation Board • N570F/C064 EVB • N570F/C064 Evaluation Board (EVB) with I/O Interface & Microphone for Voice Recognition Application Support: N570F064, N570C064 NHS-N569S8K0 • N569S8K0 (MCP) EVB • N569S (w/ 64Mbit Flash) Evaluation Board (EVB) with I/O Interface Support: N569S502/1K0/2K0/4K0/8K0 NV-N570SC64 NHS-570SC64 • N570SC64 (MCP) EVB • N570SC64 (w/ 64Mbit Flash) Evaluation Board with I/O Interface & Microphone for Voice Recognition Application Support: N570S08A/16A/32A/64A, N570SC08/16/32/64 N570HC64-EVB NHS-570H064-EVB • N570H064 EVB • N570H064 and N570HC64 Evaluation Board (EVB) with Push Button for Demo N570J32A-EVB NHS-N570J32A • N570J32A (MCP) EVB VDD: 2.4~5.5V • N570J32AL (w/ 32Mbit Spi-Flash) Evaluation Board Support: N570J08AL, N570J16AL and N570J32AL NV-N572F065 NHS-572F065-EVB • N572F065 EVB • N572F065 Evaluation Board (EVB) with I/O Interface NV-N572C072 NHS-572C072-EVB • N572F/C072 EVB • N572F/C072 Evaluation Board (EVB) with I/O Interface & Microphone for Voice Recognition Application Support: N572F072, N572C072 NV-N575C145 NHS-575C145 • N575F/C145 EVB • N575F/C145 Evaluation Board (EVB) with I/O Interface & Microphone for Voice Recognition Application Support: N575F145, N575C145 NT-N575C145 NHS-575C145 • N575C145-EVB + Daughter Board • N575F/C145 Evaluation Board (EVB) with I/O Interface & Microphone for Voice Recognition Application with Daughter Board NV-N570C064 NHS-570C064-EVB NV-N569S8K0 Ordering No. Board name Content Description Picture NuVoice Dongle, Writer ISD®9100 禺⴪ 62 NW-NULINK2 Nu-Link2 • Nu-Link2 Dongle • Nu-Link2 Dongle as NuVoice 1 to 1 Writer. Support to:N570F/C064, N570H064, N570HC64, N572F/C072, N572F065, N574F/C-256/512/1K0/1K5 MCP Series: N569S, N570S, N570J NU-NUVOICE NU-LINK • Nu-Link Debug Adapter • 1X9RLFH6HULHVWR:ULWHU'RQJOHZLWK2QOLQH2IÁLQH,Q&LUFXLW Program (ICP), Develop, and Debug. Support: N569, N570, N572, N573, N574, N575 NW-570F064-F NW-570F064-F • NW-570F064-F 1-8 Gang Writer w/ LQFP48 Adaptor and Socket • N570F064 LQFP48 1-8 Gang Writer. Support: N570F064L, N570FW64L NW-570H574-F Flash Gang Writer (Full Set) • The 2 to 8 Gang Writer Full Set Includes NW-N570H574-M (Mother Board), 8 x LQFP48 Socket with Adaptor Board • This 2 to 8 Gang Writer Full Set is for N570H064L (LQFP48) NW-570H574-M Flash Gang Writer (Main Board) • 2 to 8 Gang Writer Main Board (N570H/N574F) • 2 to 8 Gang Writer Main Board for N570H064, N570J, N569J, N574F NW-N570J32-F NW-N570J32-F • NW-N570J32-M x 1 (2 to 8 Gang Writer Main Board) N570J32 adaptor board x 8 and LQFP48 Socket x 8 • N570J32AL/DL 2 to 8 Gang Writer Full Set. It supports 570J08AL/16AL/32AL, N570J08DL/16DL/32DL, and N569J1K0/2K0 NW-N570J32-M NW-N570J32-M • NW-N570J32-M (2 to 8 Gang Writer Main Board) • N570J32AL/DL 2 to 8 Gang Writer Main Board. It supports N570J08AL/16AL/32AL, N570J08DL/16DL/32DL, and N569J1K0/2K0/4K0 NW-570S64A-F Flash Gang Writer • N569S/N570S 1-8 Gang Writer • N569S/N570S (MCP) 1 to 8 Gang Writer Support: N569S502/1K0/2K0/4K0/8K0, and N570S08A/16A/32A/64A NW-569SAK2-F NW-569SAK2-F • N569SAK2/N570S130 1-8 Gang Writer • N569SAK2/N570S130 (MCP) 1 to 8 Gang Writer • Support: N569SAK2 and N570S130 (w/ 128Mbit Spi-Flash) NW-572H16A-F NW-572H16A-F • N572H16A Gang Writer Main Board, Adaptor Board and LQFP64 Socket • N572H16A 1 to 8 Gang Writer Full Set to Program N572H16A MCP (LQFP64, 7x7mm^2) Chip NW-572H064-F NW-572H064-F • N572H064S Gang Writer Main Board, Adaptor Board and LQFP64 Socket • N572H064S 1 to 8 Gang Writer Full Set to Program N572H064S (LQFP64, 7x7mm^2) Chip 倞㇫ ISD®9100 禺⴪ 前内建优质的降噪及回声消除演算法Ə或高阶语音辨识Ə用以处理通话或语音辨识解决方案˛ Part No. CPU ISD9130 Cortex®-M0 49 MHz 68 KB ISD9160 Cortex®-M0 49 MHz ISD9160C APROM SRAM Audio Timer ADC RTC 12 KB 24 2 16-bit Sigma-Delta ʚ 1 Class-D (1W) ISD-DMK_9160 UART, I²C, I²S, PDMA, CRC LQFP48 QFN33 145 KB 12 KB 24 2 16-bit Sigma-Delta ʚ 1 Class-D (1W) ISD-DMK_9160 UART, I²C, I²S, PDMA, CRC LQFP48 QFN33 Cortex®-M0 49 MHz 145 KB 12 KB 24 2 16-bit Sigma-Delta ʚ 1 Class-D (1W) ISD-DMK_9160 UART, I²C, I²S, PDMA, CRC, VR LQFP48 QFN33 ISD91230 Cortex®-M0 49 MHz 64 KB 12 KB 32 2 12-bit SAR ʚ 1 Class-D (0.45W) ISD-DMK_91260 UART, I²C, I²S, PDMA, CRC LQFP64 QFN33 ISD91230B Cortex®-M0 49 MHz 64 KB 12 KB 32 2 12-bit SAR 24-bitBridgeSense ʚ - Class-D (0.45W) ISD-DMK_91260B UART, I²C, I²S, PDMA, CRC LQFP64 ISD91260 Cortex®-M0 49 MHz 128 KB 12 KB 32 2 12-bit SAR ʚ 1 Class-D (0.45W) ISD-DMK_91260 UART, I²C, I²S, PDMA, CRC LQFP64 QFN33 ISD91260B Cortex®-M0 49 MHz 128 KB 12 KB 32 2 12-bit SAR 24-bit BridgeSense ʚ - Class-D (0.45W) ISD-DMK_91260B UART, I²C, I²S, PDMA, CRC LQFP64 ISD91260C Cortex®-M0 49 MHz 128 KB 12 KB 32 2 12-bit SAR ʚ 1 Class-D (0.45W) ISD-DMK_91260 UART, I²C, I²S, PDMA, CRC, VR LQFP64 QFN33 ISD91530 Cortex®-M0 49 MHz 64 KB Flash 12KB 50 3 12-bit SAR 16-bit Sigma-Delta - 1 Class-AB (0.02W) ISD-DMK_91500 USB 2.0 FS LQFP64 QFN48 ISD91535 Cortex®-M0 49 MHz 64 KB Flash 20KB 50 3 12-bit SAR 16-bit Sigma-Delta - 1 Class-AB (0.02W) ISD-DMK_91500 USB 2.0 FS LQFP64 QFN48 ISD®9100 禺⴪䒓〄䊨Ⱘ MIC. Speaker Developemnt Tools Other Ordering No. Part No. Board Name Supported Devices NU-NULINKISD NU-NULINKISD ISD-NU-LINK ISD9100 Series ISD91200 Series ISD91500 Series ISD94100 Series • ISD-NU-LINK • USB Dongle • Support ICP (In-Circuit Programming) • Evaluation and Demo Kit for ISD9100 Series Content Description NM-ISD9160 ISD-DMK_9160 ISD9100 Series NT-ISD9160 NT-ISD9160 ISD-DEMO9160 ISD9100 Series • ISD-DEMO9160 • Demo Board for ISD9100 Series • Connect to PC via ISD NU-LINK for programming and evaluation NP-ISD9160-T NP-ISD9160-T ISD-9160-TOUCH ISD9100 Series • ISD-9160-TOUCH • 8-input Touch Pad for NT-ISD9160 NP-ISD9160-K NP-ISD9160-K ISD-9160-KB ISD9100 Series • ISD-9160-KB • 8-input Key Pad for NT-ISD9160 NM-ISD91260 NM-ISD91260 ISD-DMK_91260 ISD91200C Series • ISD-DEMO91260 • ISD-NU-LINK • Speaker • Evaluation and Demo Kit for ISD91200C Series NM-ISD91260B NM-ISD91260B ISD-DMK_91260B ISD91200B Series • ISD-DEMO91260B • ISD-NU-LINK • Speaker • Evaluation and Demo Kit for ISD91200B Series NT-ISD91260 NT-ISD91260 ISD-DEMO91260 ISD91200C Series • ISD-DEMO91260 • Demo Board for ISD91200C Series • Connect to PC via ISD NU-LINK for programming and evaluation NT-ISD91260B NT-ISD91260B ISD-DEMO91260B ISD91200B Series • ISD-DEMO91260B • Demo Board for ISD91200B Series • Connect to PC via ISD NU-LINK for programming and evaluation NT-I91500UC ISD91500_UC_ HEADSET ISD91500_UC_ HEADSET ISD91500 Series • ISD91500_UC_ HEADSET • UC_HEADSET Demo Board for ISD91500 Series • Connect to PC via ISD NU-LINK for Programming and Evaluation NM-ISD91500 NM-ISD91500 ISD-DMK_91500 ISD91500 Series • NT-ISD91500 • ISD-NU-LINK • Speaker • Evaluation and Demo Kit for ISD91500 Series NW-ISD9160 NW-ISD9160 ISD-ES9160__ Prog_F ISD9160 LQFP • ISD-ES9160__ Prog_F • ISD9160 LQFP Single Socket Programmer • Connect to PC via ISD NU-LINK for programming and evaluation NG-ISD9160 NG-ISD9160 ISD-9160_GANG_ Prog_F ISD9160 LQFP • ISD-9160_GANG_ Prog_F • ISD9160 LQFP Standalone Gang Programmer 䗏䱾 ⵖ 㐼 Picture NuVoice™ 禺⴪ NM-ISD9160 • ISD-DEMO9160 • ISD-NU-LINK • ISD-9160-Touch • ISD-9160-KB • Speaker Package NuMicro® Arm® Cortex®-M0 I/O NuMicro®䗏 䱾 ⵖ 㐼  RTC, PDMA, UART, SPI, I2C, PWM, GPIO, SAR ADC, USB, ARM Cortex-M0 内建小瓦数功放Ə主频可跑到 49 MHz 足以搭载小型的语音辨识引擎作为声控应用 , 适合高度集成的周边装置˛并支援多元的周边介面如 UART, SPI, I2C, I2S, USB 支持 Full Speed 1.1 并相容于 2.0˛目  新唐特别针对音频应用开发 32-bit 的 ARM Cortex-M0 整合型 MCUƏ除了有内建 Flash 及 SRAM 记忆体Ə并富涵多元的 Audio 及控制介面 63 Microcontrollers 倞㇫ NuMicro ® 8051 䗏䱾ⵖ㐼㹻停新唐科技为 8051 单片机之领先供应商Ə对消费性与工业应用提供各种具高性价比的产品˛ 8 位单片机具备丰富周边来满足各种系统需求Ə并且得到世界领先工具制造商的工具链支持Ə可实现快速产品开发˛ MUG51 系列为内建 Flash 的 1T 8051 内核低功耗微控制器Ə适合用于从线圈磁场获得电源的无电池设备Ə例如透过电磁感应取得电源的触控笔或是 RFID 卡˛ MG51 系列为内建 Flash 的 1T 8051 微控制器Ə适合于注重成本的应用˛它支持 16/24 MHz 的 CPU 速度Ə具有最多 32 KB 的 Flash memoryƏ1KB SRAMƏ2.4V 至 5.5V 的工作电压Ə和 -40° C 至 105° C 的工作温度˛ MS51 系列为 1T 8051 内核且具有丰富周边与各种包装˛ GPIO 具有 20 mA 高电流驱动能力Ə更有 8 kV ESD 高抗干扰能力˛ ML51/ML54/ML56 低功耗系列提供最大到 64 KB Flash 闪存与 4 KB SRAMƏ正常运行模式典型功耗可达ѥ$0+]以及休眠模式下功耗可低于ѥ$˛ NuMicro® Family 8051 MCUs ML51 - 低功耗系列 ML54 - 低功耗 LCD 系列 ML56 - 低功耗 LCD+ 触摸按鍵系列 MUG51 ⡜⸆罳禺⴪ 低功耗 MUG51 系列为内建 Flash 的 1T 8051 内核低功耗微控制器Ə操作频率为 7.3728 MHzƏ内建 16 KB Flash 内存以及 1 KB SRAM 与 4 KB LDROMƏ工作电压范围 1.8V 至 5.5VƏ工作温度范围 - 40° C ~ 105° CƏ低功耗 MUG51 系列支持在上电后到 Flash 内存初始化完成前功耗约为ѥ$Ə其低功耗特性使其很适合用于从线圈磁场获得电源的无电池设备Ə例如透过电磁感应取得电源的触控笔或是 RFID 卡˛ 低功耗 MUG51 系列特色为上电后到 Flash 内存初始化完成前功耗约为ѥ$Ə很适合用在透过电磁感应取得电源的触控笔或是 RFID 卡等应用Ə正常运行模式于 7.3728 MHz 时功耗小于 1.3 mAƏ掉电模式小于ѥ$˛ 低功耗 MUG51 系列提供丰富的周边接口Ə如 I/O 内建反向器˚四组 16-bit 定时器˚两组 UART˚一组 ISO-7816 界面˚一组 SPI˚两组 I²C˚6 路 PWM˚两组模拟比较器˚8 通道 I/O 中断˚低电压复位˚欠压检测等来增加产品性能以及减少外围组件与尺寸˛ Ⱒꝶ暶䚍 : 低功耗 MUG51 系列特色为上电后到 Flash 内存初始化完成前功耗约为ѥ$Ə正常运行模式于 7.3728 MHz 时功耗小于 1.3 mAƏ掉电模式小于ѥ$ ࡛ MUG51 禺⴪ System Memory NKMUG51TB MP Programmer v Tool EVB QFN33 4x4 Status Mass Production - Package Size - Package Package Type 2 128 - ComSeg LCD UID 1 Display UCID 1 I²C 2 Security SPROM(B) - SPI - UART 2 ISO-7816-3 - Internal Voltage Reference - ACMP 6 Connectivity Touch Key 4 RTC PWM (10-bit) v Analog ADC (12-bit) WDT Shared with 1 + 256(B) 2 APROM Timer (16-bit) PDMA(ch) 64 Timer SRAM (KB) MUG51TB9AE 8051 7.3728 1.8 5.5 -40 105 24 4 16 Data Flash (KB) APROM Flash (KB) GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Voltage (min) (V) Core Operating Voltage (max) (V) Part No. Operating Frequency (MHz) MUG51 ⡜⸆罳禺⴪ 湡垦䥰欽 : 触控笔与 RFID 卡 - 新唐 MG51 系列以 1T 8051 处理器为内核，指令集兼容于标准 80C51 并且性能提升，系统频率达 24 MHz，内建 16 ~ 32 Kbytes Flash Memory，1 Kbytes SRAM，可配置的 1 ~ 4 Kbytes LDROM 供在系统编程使用，以丰富周边为其特色，高达 8 路 12 位 ADC、2 组 UART、 6 路 16 位 PWM，高抗干扰能力。关键特性：可配置的数据存储区。具备高抗干扰能力 (7 kV ESD 与 4.4 kV EFT) 与强灌电流能力 (20 mA) Microcontrollers MG51 工业�制�� 应用领域：智慧建筑、智慧家庭、家电、工业控制、电池管理系统等 ● MG51 �� Timer Analog Connectivity Security Package Status Tool SPI I²C SPROM(B) Mass Production EVB - 1 1 128 TSSOP20 4.4x6.5 v NT-MG51FC NLGMS51F MG51FC9AE 8051 16/24 2.4 5.5 -40 105 18 4 32 Shared with 2K + 256(B) v APROM 4 6 8 2 - 1 1 128 TSSOP20 4.4x6.5 v NT-MG51FC NLGMS51F MG51XB9AE 8051 16/24 2.4 5.5 -40 105 18 4 16 Shared with 1K + 256(B) v APROM 4 6 8 2 - 1 1 128 QFN20 3x3 v NT-MG51FC - MG51XC9AE 8051 16/24 2.4 5.5 -40 105 18 4 16 Shared with 1K + 256(B) v APROM 4 6 8 2 - 1 1 128 QFN20 3x3 v NT-MG51FC - MP Programmer UART ISO-7816-3 2 Package Size ADC (12-bit) 8 Package Type PWM (10-bit) 6 WDT 4 SRAM (KB) Shared with 1K + 256(B) v APROM Data Flash (KB) 8051 16/24 2.4 5.5 -40 105 18 4 16 GPIO MG51FB9AE Core Timer (16-bit) APROM Flash (KB) LDROM Flash (KB) Operating Temperature (max) (℃) Operating Temperature (min) (℃) Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) Part No. Memory NuMicro® Family 8051 MCUs System MG51 工业�制�� 65 Microcontrollers MS51 䊨⚌䱾ⵖ禺⴪ 新唐 MS51 系列以 1T 8051 处理器为内核Ə指令集兼容于标准 80C51 并且性能提升Ə系统频率达 24 MHzƏ内建 8 ~ 32 Kbytes Flash MemoryƏ1 ~ 2 Kbytes SRAMƏ可配置的 1 ~ 4 Kbytes LDROM 供在系统编程使用Ə以丰富周边为其特色Ə高达 15 路 12 位 ADC˚5 组 UART˚12 路 16 位 PWMƏ高抗干扰能力˛ Ⱒꝶ暶䚍可配置的数据存储区˛具备高抗干扰能力 (8kV ESD 与 4kV EFT) 与强灌电流能力 (20 mA) 䎾欽곭㚖智慧建筑˚智慧家庭˚家电˚工业控制˚电池管理系统等 System - 1 1 128 MSOP10 3x3 ʚ 2 - 1 1 128 TSSOP14 4.4x5 ʚ 15 2 3 1 1 128 TSSOP28 4.4x9.7 ʚ 4 12 15 2 3 1 1 128 TSSOP28 4.4x9.7 ʚ ʚ 4 6 8 2 - 1 1 128 TSSOP20 4.4x6.5 ʚ ʚ 4 11 15 2 3 1 1 128 TSSOP20 4.4x6.5 ʚ ʚ 4 12 15 2 3 1 1 128 LQFP32 7x7 ʚ ʚ ʚ 4 12 4 6 15 8 2 2 3 - 1 1 1 1 128 128 QFN33 QFN20 4x4 3x3 ʚ ʚ ʚ 4 6 8 2 - 1 1 128 QFN20 3x3 ʚ ʚ 4 12 15 2 3 1 1 128 QFN20 3x3 ʚ MP Programmer Mass Production 2 EVB Package Size Shared with 2K + 256(B) APROM Package Type MS51XC0BE 8051 16/24 2.4 5.5 -40 105 18 4 32 SPROM (Byte) ML51 / ML54 / ML56 Shared with 1K + 256(B) 8051 16/24 2.4 5.5 -40 105 18 4 16 APROM I²C Shared with 1K + 256(B) 8051 16/24 2.4 5.5 -40 105 18 4 16 APROM 8 Tool Status SPI Shared with 2K + 256(B) 8051 16/24 2.4 5.5 -40 105 31 4 32 APROM 5 Package UART Shared with 2K + 256(B) APROM 5 Security ISO-7816-3 MS51PC0AE 8051 16/24 2.4 5.5 -40 105 31 4 32 Shared with 2K + 256(B) APROM 5 Connectivity 4 12 Shared with 2K + 256 (B) ʚ APROM Shared with 1K + 256(B) APROM 4 ADC (12-bit) MS51FC0AE 8051 16/24 2.4 5.5 -40 105 18 4 32 MS51XB9BE ʚ 4 PWM (16-bit) MS51FB9AE 8051 16/24 2.4 5.5 -40 105 18 4 16 MS51XB9AE ʚ Shared with 2K + 256 (B) ʚ 8051 16/24 2.4 5.5 -40 105 26 4 16 APROM MS51EC0AE 8051 16/24 2.4 5.5 -40 105 26 4 32 MS51TC0AE Shared with 1K + 256(B) APROM WDT MS51EB0AE Shared with 1K + 256(B) APROM Analog Timer (16-bit) MS51DA9AE 8051 16/24 2.4 5.5 -40 105 12 4 8 Timer SRAM (KB) MS51BA9AE 8051 16/24 2.4 5.5 -40 105 8 4 8 Data Flash (KB) APROM Flash (KB) GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Operating Frequency (MHz) Core NuMicro® Family 8051 MCUs Part No. Memory NTMS51DA - NKMS51PC NLGMS51E NTMS51FB NLGMS51F NTMS51DA NKMS51PC NKMS51PC NKMS51PC - NLGMS51E NLGMS51F - NKMS51PC - NTMS51FB NLG20XB NTMS51FB NKMS51PC - - ML51 / ML54 / ML56 ⡜⸆罳禺⴪ 新唐 ML51/ML54/ML56 系列是低功耗微控制器平台并以 1T 8051 处理器为内核Ə指令集兼容于标准 80C51 并且性能提升Ə系统频率达 24 MHzƏ内建 16 ~ 64 Kbytes Flash MemoryƏ1 ~ 4 Kbytes SRAMƏ可配置的 1 ~ 4 Kbytes LDROM 供在系统编程使用Ə特色为内建 COM/ SEG LCD 驱动器与电容式触控按键Ə非常适合用于小家电人机接口Ə1.8V 到 5.5V 宽工作电压 (ML51 32/16 KB)Ə5V 容忍 I/OƏʝa ʝ工作温度˛ Ⱒꝶ暶䚍正常运行功耗为ѥ$0+]Ə低功耗运行模式功耗为ѥ$Ə低功耗闲置模式功耗为ѥ$Ə休眠模式在 3.3V 时功耗为ѥ$˚ 在ѥ6内的快速唤醒时间˚并具备高抗干扰能力 (8kV ESDƏ4kV EFT) 与强灌电流能力 (20 mA)˛ 䎾欽곭㚖手持仪器˚温控器˚健康照护产品˚人机介面˚智慧家庭˚家电˚工业控制˚工业自动化˚温度 / 湿度纪录器 66 System - - TSSOP28 4.4x9.7 ʚ NTNLGML51EB 28E 2 128 96 128 - TSSOP28 4.4x9.7 ʚ NKNLGML51PC 28E 1 2 128 96 128 - TSSOP20 4.4x6.5 ʚ NTNLGML51EB 20F 2 2 2 128 96 128 - LQFP48 7x7 ʚ NKNLGML51SD 48L 2 1 1 2 128 96 128 - SOP20 7.6x13 ʚ NTML51EB - 2 - ʚ 2 1 1 2 128 96 128 - LQFP32 7x7 ʚ NKML51PC - 2 - ʚ 2 1 2 2 128 96 128 - LQFP32 7x7 ʚ NKML51PC - ʚ 14 2 - ʚ 2 2 2 2 128 96 128 - LQFP64 7x7 ʚ NKNLGML51SD 64S 6 - 8 2 - ʚ 2 1 1 2 128 96 128 - QFN33 4x4 ʚ NKNLGML51PC 32T 6 - 8 2 - ʚ 2 1 2 2 128 96 128 - QFN33 4x4 ʚ NKNLGML51PC 32T Shared 4+ 4 ʚ 4 12 with 256(B) APROM ʚ 9 2 - ʚ 2 2 2 2 128 96 128 - QFN33 4x4 ʚ NKNLGML51SD 32T 6 - 8 - - ʚ 2 1 1 2 128 96 128 - SOP28 7.6x18 ʚ NTML51EB - 6 - 8 2 - ʚ 2 1 2 2 128 96 128 - SOP28 7.6x18 ʚ NKML51PC - 6 - 6 - - 1 1 2 128 96 128 - QFN20 3x3 ʚ NTML51EB - 1 128 96 128 - MSOP10 4 - 3 - - - 2 1 1 2 128 96 128 - 6 - 8 - - - 2 1 1 2 128 96 128 6 - 8 2 - ʚ 2 1 2 6 - 6 - - 2 1 Shared 4+ 4 ʚ 4 12 with 256(B) APROM ʚ 10 2 - ʚ 2 6 - 6 - - 6 - 8 6 - 8 Shared 4+ 4 ʚ 4 12 with 256(B) APROM Shared 1+ 2 ʚ 4 with 256(B) APROM Shared 1+ 2 ʚ 4 with 256(B) APROM Shared 2+ 2 ʚ 4 with 256(B) APROM Shared 1+ 2 ʚ 4 with 256(B) APROM Shared 1+ 2 ʚ 4 with 256(B) APROM Shared 2+ 2 ʚ 4 with 256(B) APROM Shared 2+ 2 ʚ 4 with 256(B) APROM Shared 2+ 2 ʚ 4 with 256(B) APROM Shared 2+ 2 ʚ 4 with 256(B) APROM Shared 2+ 2 ʚ 4 with 256(B) APROM Shared 1+ 2 ʚ 4 with 256(B) APROM - - 2 ML51 / ML54 / ML56 Shared 2+ 2 ʚ 4 with 256(B) APROM - NuMicro® Family 8051 MCUs - MP Programmer NTML51EB - EVB ML51XB9AE 8051 24 1.8 5.5 -40 105 17 4 16 Mass Production ML51UC0AE 8051 24 1.8 5.5 -40 105 24 4 32 Package Size ML51UB9AE 8051 24 1.8 5.5 -40 105 24 4 16 ʚ Package Type ML51TD1AE 8051 24 1.8 3.6 -40 105 28 4 64 TSSOP14 4.4x5.0 ComSeg LCD ML51TC0AE 8051 24 1.8 5.5 -40 105 28 4 32 - 2 UID ML51TB9AE 8051 24 1.8 5.5 -40 105 28 4 16 NTML51EB - UCID ML51SD1AE 8051 24 1.8 3.6 -40 105 56 4 64 ʚ - I²C ML51PC0AE 8051 24 1.8 5.5 -40 105 28 4 32 Tool Status 3x3 - SPROM (Byte) ML51PB9AE 8051 24 1.8 5.5 -40 105 28 4 16 Package SPI ML51OB9AE 8051 24 1.8 5.5 -40 105 16 4 16 Display ISO-7816-3 ML51LD1AE 8051 24 1.8 3.6 -40 105 43 4 64 Security 2 Shared 1+ 2 ʚ 4 with 256(B) APROM RTC ML51FB9AE 8051 24 1.8 5.5 -40 105 16 4 16 UART Internal Voltage Reference Touch Key ACMP ADC (12-bit) ML51EC0AE 8051 24 1.8 5.5 -40 105 24 4 32 Connectivity - PWM (16-bit) Timer (16-bit) WDT ML51EB9AE 8051 24 1.8 5.5 -40 105 24 4 16 Analog 4 PDMA (ch) ML51DB9AE 8051 24 1.8 5.5 -40 105 11 4 16 Timer SRAM (KB) ML51BB9AE 8051 24 1.8 5.5 -40 105 7 4 16 Data Flash (KB) APROM Flash (KB) GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Core Operating Frequency (MHz) Part No. Memory Microcontrollers ࡛ ML51 ⡜⸆罳禺⴪ 67 System Memory Analog Display Package Tool Status ʚ NKNLGML54SD 64S I²C ʚ 2 2 2 2 128 96 128 4x22/6x20/8x18 LQFP48 - ʚ 2 2 2 - ʚ 2 2 2 7x7 MP Programmer Mass Production 2 128 96 128 4x32/6x30/8x28 LQFP64 - EVB Package Size NKML54SD Package Type ʚ ComSeg LCD 2 128 96 128 4x21/6x19/8x17 LQFP44 10x10 UCID NKNLGML54SD 48L UID ʚ SPROM (Byte) 7x7 SPI Shared 4+ 4 ʚ 4 12 ʚ 14 2 with 256(B) APROM UART Shared 4+ 4 ʚ 4 12 ʚ 10 2 with 256(B) APROM ISO-7816-3 Internal Voltage Reference RTC ACMP Touch Key ADC (12-bit) PWM (16-bit) Timer (16-bit) WDT Shared 4+ 4 ʚ 4 12 ʚ 10 2 with 256(B) APROM Security Connectivity - ࡛ ML56 ⡜⸆罳 LCD + 鍸䷬禺⴪ System Memory Security Display Package Status Tool ʚ NKML56SD LQFP64 ʚ NKNLGML56SD 64S LQFP48 4 ʚ 4 12 ʚ 10 2 6 ʚ 2 2 2 2 128 96 128 4x21/6x19/ 8x17 4 ʚ 4 12 ʚ 14 2 14 ʚ 2 2 2 2 128 96 128 4x32/6x30/ 8x28 I²C SPI UART ACMP UID 4x22/6x20/ 8x18 UCID 2 128 96 128 SPROM (Byte) 2 ISO-7816-3 2 Touch Key 2 7x7 MP Programmer Mass Production LQFP44 10x10 ʚ EVB Package Size NKNLGML56SD 48L Package Type ʚ ComSeg LCD Internal Voltage Reference 7x7 9 RTC Shared 4+ with 256(B) APROM Connectivity 4 ʚ 4 12 ʚ 10 2 ADC (12-bit) Shared 4+ with 256(B) APROM Analog PWM (16-bit) Timer (16-bit) WDT ML56SD1AE 8051 24 1.8 3.6 -40 105 55 - 64 Shared 4+ with 256(B) APROM PDMA (ch) ML56MD1AE 8051 24 1.8 3.6 -40 105 38 - 64 Timer SRAM (KB) ML51 / ML54 / ML56 ML56LD1AE 8051 24 1.8 3.6 -40 105 42 - 64 Data Flash (KB) APROM Flash (KB) GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Core Operating Voltage (max) (V) Part No. 68 PDMA (ch) ML54SD1AE 8051 24 1.8 3.6 -40 105 55 - 64 Operating Frequency (MHz) NuMicro® Family 8051 MCUs ML54MD1AE 8051 24 1.8 3.6 -40 105 38 - 64 Timer SRAM (KB) ML54LD1AE 8051 24 1.8 3.6 -40 105 42 - 64 Data Flash (KB) APROM Flash (KB) GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) 2SHUDWLQJ7HPSHUDWXUHPLQʝ Core Operating Voltage (min) (V) Part No. Operating Frequency (MHz) Microcontrollers ࡛ ML54 ⡜⸆罳 LCD 禺⴪ - 䎾欽곭㚖工业自动化˚家庭自动化˚温控器˚ 人机接口˚ LED 灯调控制˚消费性产品等˛ Ⱒꝶ暶䚍提供高整合度的高精度 ADC 与电源管理单元Ə包括 BOD˚POR 与 LVR 等˚内建丰富外设 I²C˚UART˚SPI˚ADC˚PWM˚内建 RC 振荡˚数据 Flash 区域 System - - 6 - 8 2 1 1 - QFN20 3x3 ʚ ʚ 4 - - 6 - 8 2 1 1 - ʚ 4 - - 6 - 8 2 1 1 - ʚ 4 - - 6 8 - 2 - 1 TSSOP20 4.4x6.5 QFN20 4x32/6x30 PQFP44 3x3 10x10 ʚ ʚ ʚ ʚ 4 - - 6 8 - 2 - 1 4x32/6x30 LQFP48 7x7 ʚ ʚ 4 - - 6 8 - 2 - 1 4x32/6x30 LQFP44 10x10 ʚ ʚ 4 - 6 - 10 - 2 1 1 - QFN20 4x4 ʚ ʚ 4 - 6 - 10 - 2 1 1 - TSSOP20 4.4x6.5 ʚ ʚ 4 - 6 - 10 - 2 1 1 - TSSOP28 ʚ 4.4x9.7 NTN76E003 - NTN76E003 NLG-20XB NTNLG-MS51F N76E003 NTN76E616 NTN76E616 NTN76E616 NTN76E885 NTN76E885 NTN76E885 - NuMicro® Family 8051 MCUs 4 MP Programmer ʚ Tool EVB Mass Production 256(B) + 256(B) Package Size Shared with APROM Package Type N76E885AT28 8051 25 2.4 5.5 -40 105 26 4 18 256(B) + 256(B) ComSeg LCD Shared with N76E885AT20 8051 25 2.4 5.5 -40 105 18 4 18 APROM 256(B) + 256(B) I²C Shared with N76E885AQ20 8051 25 2.4 5.5 -40 105 18 4 18 APROM 256(B) + 256(B) SPI Shared with APROM UART N76E616AM44 8051 16 2.4 5.5 -40 105 42 4 18 256(B) + 256(B) ADC (12-bit) Shared with N76E616AL48 8051 16 2.4 5.5 -40 105 46 4 18 APROM 256(B) + 256(B) ADC (10-bit) Shared with N76E616AF44 8051 16 2.4 5.5 -40 105 42 4 18 APROM 768(B) + 256(B) Status PWM (16-bit) Shared with APROM 768(B) + 256(B) Package PWM (12-bit) Shared with APROM Display PWM (10-bit) 768(B) + 256(B) WDT N76E003BQ20 8051 16 2.4 5.5 -40 105 18 4 18 Shared with APROM Analog Connectivity Timer (16-bit) N76E003AT20 8051 16 2.4 5.5 -40 105 18 4 18 SRAM (KB) N76E003AQ20 8051 16 2.4 5.5 -40 105 18 4 18 Timer Data Flash (KB) APROM Flash (KB) GPIO LDROM Flash (KB) 2SHUDWLQJ7HPSHUDWXUHPLQʝ 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (min) (V) Operating Voltage (max) (V) Core Operating Frequency (MHz) Part No. Memory Microcontrollers N76E 禺⴪ (1T) - N76E 禺⴪ 69 System Memory N79E815AS28 8051 24 2.4 5.5 -40 85 25 4 16 N79E815AT20 8051 24 2.4 5.5 -40 85 17 N79E815AT28 8051 24 2.4 5.5 -40 85 25 4 4 16 16 256(B) + ʚ 256(B) Shared with APROM 256(B) + ʚ 256(B) Shared with APROM 256(B) + ʚ 256(B) Shared with APROM MP Programmer 16 EVB 4 Mass Production N79E815AS20 8051 24 2.4 5.5 -40 85 17 256(B) + ʚ 256(B) Shared with APROM Package Size 16 Package Type 4 256(B) + ʚ 256(B) Shared with APROM ComSeg LCD N79E8132AS16 8051 24 2.4 5.5 -40 85 13 256(B) + ʚ 256(B) Shared with APROM I²C 16 SPI 4 UART N79E715AT28 8051 24 2.4 5.5 -40 85 25 ADC (12-bit) 16 ADC (10-bit) 4 Shared with APROM 256(B) + ʚ 256(B) Tool PWM (16-bit) N79E715AT20 8051 24 2.4 5.5 -40 85 17 256(B) + ʚ 256(B) 256(B) + ʚ 256(B) Status PWM (12-bit) 16 Shared with APROM Shared with APROM Package PWM (10-bit) 4 16 256(B) + ʚ 256(B) Connectivity Display 4 - - 8 - 2 1 1 - SOP16 3.9x10 ʚ NT-N79E715 - 4 4 - - 8 - 2 1 1 - SOP20 7.6x13 ʚ NT-N79E715 - 4 4 - - 8 - 2 1 1 - SOP28 7.6x18 ʚ NT-N79E715 - 4 4 - - 8 - 2 1 1 - TSSOP20 4.4x6.5 ʚ NT-N79E715 - 4 4 - - 8 - 2 1 1 - TSSOP28 4.4x9.7 ʚ NT-N79E715 - 4 4 - - 8 - 2 1 1 - SOP16 3.9x10 ʚ NT-N79E715 - 4 4 - - 8 - 2 1 1 - SOP20 7.6x13 ʚ NT-N79E715 - 4 4 - - 8 - 2 1 1 - SOP28 7.6x18 ʚ NT-N79E715 - 4 4 - - 8 - 2 1 1 - TSSOP20 4.4x6.5 ʚ NT-N79E715 - 4 4 - - 8 - 2 1 1 - TSSOP28 ʚ NT-N79E715 - WDT 4 Shared with APROM Analog 4 Timer (16-bit) 16 SRAM (KB) NuMicro® Family 8051 MCUs N79E715AS28 8051 24 2.4 5.5 -40 85 25 4 Timer Data Flash (KB) N79E715AS20 8051 24 2.4 5.5 -40 85 17 LDROM Flash (KB) N79E715AS16 8051 24 2.4 5.5 -40 85 13 APROM Flash (KB) GPIO 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) 2SHUDWLQJ7HPSHUDWXUHPLQʝ Core Operating Voltage (min) (V) Part No. Operating Frequency (MHz) Microcontrollers N79E 禺⴪ (4T) 4.4x9.7 叻ⲥ㘗 8051禺⴪ 新唐标准型 8051 系列˚内建 22.1184 MHz 高精度振荡器 ˚并具备高抗干扰能力 (8 kV ESD, 4 kV EFT)˚4 K 字节独立 Flash 作为在线系统编程 (In System Programming) 用途˛ N79E 禺⴪ / 叻ⲥ㘗 8051禺⴪ 䎾欽곭㚖条形码读取设备˚数字电话˚多计算机切换器 (KVM)˚2.4G 无线键盘˚工控机˚显示器等 ࡛>禺⴪ Ⱒꝶ暶䚍6T/12T option, Extra I/O port Connectivity Part No. SRAM (bytes) ISP ROM (KB) I/O I²C SPI UART ADC (10-bit) Comp ISP INT PWM (8-bit) Timer (16-bit) Special Function 8051 8 256 2 36 - - 1 - - ʚ 4 - 3 6T/12T option, Extra I/O port W78E054D 8051 16 256 2 36 - - 1 - - ʚ 4 - 3 6T/12T option, Extra I/O port W78E058D 8051 32 256 + 256 4 36 - - 1 - - ʚ 4 - 3 6T/12T option, Extra I/O port W78E516D 8051 64 256 + 256 4 36 - - 1 - - ʚ 4 - 3 6T/12T option, Extra I/O port PDIP40/PLCC44/PQFP44/ LQFP48//TQFP44 PDIP40/PLCC44/PQFP44/ LQFP48//TQFP44 PDIP40/PLCC44/PQFP44/ LQFP48 PDIP40/PLCC44/PQFP44/ LQFP48 Mass Production Flash (KB) W78E052D Package Core 70 Ⱒꝶ暶䚍内建丰富外设ƏUART˚SPI˚PWM˚RC 振荡˚数据 Flash 区域和在线系统程序设计 (In-System Programming) ʚ ʚ ʚ ʚ NUC970/980 禺⴪ 新唐 NUC970/980 工业网络系列提供堆栈 64 MB ~ 128 MB DDR 内存于 LQFP 封装Ə可缩小 PCB 尺寸与减少 EMI 问题˛提供了丰富的外设Ə 包括 11 组 UART˚双以太网与双 SDIO / eMMC 接口˚NAND 闪存接口˚LCD 控制器˚CAN 2.0B 接口和高速 USB 2.0 主机 / 设备控制器˚ 可实现高度灵活性Ə 集成了加密引擎Ə包含 AES˚ECC˚RSA 和 SHA 功能提供硬件加速˛ 䒓劼勻彂ƝSPI NOR˚SPI NAND˚NAND˚SD˚eMMC˚USB Microcontrollers NuMicro ® Arm9 ™ 䗏㢅椚㐼䎾欽곭㚖Ɲ工业自动化˚人机界面˚工业物联网网关˚网路打印机˚以太网转换器˚智能家居匝道器˚电表集中器等 NUC970/980 Series EBI LCD Crypto Engine Linux NUC980DF ʚ - AES/ECC/RSA/SHA ʚ ʚ - AES/ECC/RSA/SHA ʚ - - AES/ECC/RSA/SHA ʚ ʚ ʚ AES/ECC/SHA/DES/3DES ʚ NUC980DK NUC980DR NUC972DF NUC976DK NUC977DK - - AES/ECC/SHA/DES/3DES ʚ - ʚ AES/ECC/SHA/DES/3DES ʚ - ʚ AES/ECC/SHA/DES/3DES ʚ Ⱒꝶ暶䚍ƝMCP 工业规格 DDR 于 LQFP 封装˚双高速 USB 主机˚ 双 10/100 兆以太网口 NUC970/980 禺⴪ System Connectivity Security Crypto Display ʚ - ʚ 2 - NUC980DF71YC ARM926EJ-S 300 2.97 3.63 -40 85 104 16 128 6 8 8 10 2 1 2 4 4 2 HL*6 1 1 2 ʚ - ʚ 2 - NUC980DK63YC ARM926EJ-S 300 2.97 3.63 -40 85 92 16 64 6 8 8 10 2 1 2 4 4 2 HL*6 1 1 2 ʚ - ʚ 2 - NUC980DK71YC ARM926EJ-S 300 2.97 3.63 -40 85 92 16 128 6 8 8 10 2 1 2 4 4 2 HL*6 1 1 2 ʚ - ʚ 2 - NUC980DR63YC ARM926EJ-S 300 2.97 3.63 -40 85 40 16 64 6 5 2 8 2 - 2 2 2 1 HL*6 1 1 1 - - ʚ 1 - NUC972DF63YC ARM926EJ-S 300 2.97 3.63 -40 85 146 56 64 - 4 8 11 2 - 2 2 2 2 - 1 1 2 ʚ ʚ ʚ 1 24bit NUC972DF71YC ARM926EJ-S 300 2.97 3.63 -40 85 146 56 128 - 4 8 11 2 - 2 2 2 2 - 1 1 2 ʚ ʚ ʚ 1 24bit NUC975DK63YC ARM926EJ-S 300 2.97 3.63 -40 85 87 56 64 - 4 4 10 2 - 2 2 1 2 - 1 1 1 ʚ ʚ ʚ 1 NUC976DK63YC ARM926EJ-S 300 2.97 3.63 -40 85 80 56 64 - 4 4 6 2 - 2 2 1 2 - 1 1 1 - ʚ ʚ 1 16bit NUC977DK63YC ARM926EJ-S 300 2.97 3.63 -40 85 87 56 64 - 4 - 8 2 - 2 2 1 2 - 1 1 1 - ʚ ʚ 1 16bit - LQFP 24x24 216 LQFP 24x24 216 LQFP 14x14 128 LQFP 14x14 128 LQFP 10x10 64-EP LQFP 24x24 216 LQFP 24x24 216 LQFP 14x14 128 LQFP 14x14 128 LQFP 14x14 128 ʚ NKNUC980 ʚ - ʚ NK-980IOT ʚ NK980IOTG2 ʚ NKRTU980 ʚ NDNUC972 ʚ - ʚ NDNUC972 ʚ ʚ NUC970 / 980 禺⴪ 2 Tool EVB 1 Status Mass Production Camera Interface TFT-LCD Interface 2 HL*6 1 Package Size Crypto 4 Package Package Type OTP EBI EMAC USB HS Device/ Host USB HS Host 4 USB FS Host 2 SDHC CAN I²C SPI QSPI ISO-7816-3 UART ADC (12-bit) 1 PDMA 10 2 DDR (MB) 8 GPIO 8 SRAM (KB) NUC980DF63YC ARM926EJ-S 300 2.97 3.63 -40 85 104 16 64 6 Core PWM (16-bit) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Voltage (min) (V) Operating Frequency (MHz) Part No. Memory Timer Analog NuMicro® Family Arm9 MPUs NUC975DK NDNUC972 NDNUC972 71 Microcontrollers N9H 禺⴪ 新唐人机界面 N9H 系列基于 ARM926EJ-S 内核˛此系列包含 N9H20˚N9H26 和 N9H30Ə其工作主频分别为 200 MHz˚240 MHz 和 300 MHz˛它采用堆栈式 SDRAM 的多芯片封装ƋMCPƌƏ容量范围为 2 MB 至 128 MBƏ可显着降低 PCB 大小和电磁干扰ƋEMIƌƏ减少系统设计工作并缩短产品设计周期˛ N9H 系列内建人机界面所需硬件Ə包含 24-bit TFT RGB 接口Ə最高分辨率支持 1024x768˚2D 图形硬体加速器˚JPEG/ H.264 影像编解码器˚ 并能支持电容及电阻式触碰界面˛此外Ə新唐科技提供工业领先的 emWin 嵌入式互动图形界面库Ə让用户能够免费使用于产品Ə轻松的创建流畅˚专业˚高质量的人机界面产品˛ 䒓劼勻彂SPI NOR˚NAND˚SD˚eMMC 䎾欽곭㚖工业自动化设备˚智能楼宇˚智能家电˚医疗产品˚新能源应用及消费性产品等人机接口工作主频 (MHz) LCD 影像编解码音讯编解码以太网 CAN 工作温度 200 16 / 24bit JPEG ʚ - - -20°C to 85°C 240 24 bit JPEG/ H.264 ʚ ʚ - -20°C to 85°C 300 16 / 24bit JPEG - ʚ ʚ -40°C to 85°C N9H26 N9H30 Ⱒꝶ暶䚍整合 SDRAM 达 128 MB 于 LQFP 封装˚LCD 支持最高 24 位 1024x768˚免费使用 emWin 库 System Memory Timer Analog Connectivity Display Package Status Tool 2D Graphics Engine Mass Production EVB - 2 1 - 3 1- 1 - - - - - 24bit ʚ JPEG LQFP128 14x14 ʚ - N9H20K31N ARM926EJ-S 200 2.97 3.63 -20 85 70 8 8 4 2 4 3 - 2 - 2 1 - 3 1- 1 - - - - - 24bit ʚ JPEG LQFP128 14x14 ʚ NKN9H20 Package Size TFT-LCD Interface 2 Package Type USB HS Host - Video Codec USB FS Host USB HS Device Camera Interface EBI EMAC USB HS Device/ Host ADC (12-bit) 3 SDHC CAN I²C SPI ISO-7816-3 UART ADC (10-bit) 4 Timer (32-bit) PDMA (ch) 2 DDR (MB) 4 GPIO 2 SRAM (KB) PWM (16-bit) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ Operating Voltage (max) (V) 2SHUDWLQJ7HPSHUDWXUHPLQʝ N9H20K11N ARM926EJ-S 200 2.97 3.63 -20 85 70 8 Core N9H 禺⴪ 72 Operating Voltage (min) (V) Part No. Operating Frequency (MHz) NuMicro® Family Arm9 MPUs 系列 N9H20 N9H20K51N ARM926EJ-S 200 2.97 3.63 -20 85 70 8 32 4 2 4 3 - 2 - 2 1 - 3 1- 1 - - - - - 24bit ʚ JPEG LQFP128 14x14 ʚ N9H20R11N ARM926EJ-S 200 2.97 3.63 -20 85 44 8 - - 2 - 1 1 - 1 1- 1 - - - - - 16bit ʚ JPEG TQFP6410x10 EP ʚ - 24bit JPEG/ LQFP128 14x14 ʚ H.264 ʚ NKN9H26 2 4 2 4 N9H26K63N ARM926EJ-S 240 2.97 3.63 -20 85 80 8 64 4 4 4 - 7 - 2 1 - 3 1 1 1 - N9H30F63IEC ARM926EJ-S 300 2.97 3.63 -40 85 146 56 64 - 5 4 - 8 11 2 2 2 2 2 2- - 1 1 2 ʚ 1 24bit ʚ JPEG LQFP216 24x24 ʚ NKN9H30 N9H30F71IEC ARM926EJ-S 300 2.97 3.63 -40 85 146 56 128 - 5 4 - 8 11 2 2 2 2 2 2- - 1 1 2 ʚ 1 24bit ʚ JPEG LQFP216 24x24 ʚ - N9H30K63IEC ARM926EJ-S 300 2.97 3.63 -40 85 86 56 64 - 5 4 - 5 2- - 1 1 1 ʚ JPEG LQFP128 14x14 ʚ - 2 9 2 2 2 1 2 1 - - - 1 16bit 新唐 N329 影像系列提供堆栈 2 MB~64 MB DDR 内存于 LQFP 封装Ə可缩小 PCB 尺寸与减少 EMI 问题˛提供 JPEG 与 H.264 影像边译码硬件引擎Ə且有丰富的外设Ə包括 UART˚以太网˚SDIO / eMMC 接口˚NAND 闪存接口˚LCD 控制器˚内建音讯编译码器和高速 USB 2.0 主机 / 设备控制器Ə可应用于消费类影音产品˛ 䒓劼勻彂ƝSPI NOR˚SPI NAND˚NAND˚SD˚eMMC 系列工作主频 (MHz) 影像编解码 Linux N3290xR 200 JPEG ʚ 200 JPEG ʚ 200 JPEG ʚ 240 JPEG/ H.264 ʚ N3290xU N3290xK N3292xU System Connectivity Display Package Status Tool Camera Interface EMAC TFT-LCD Interface 2D Graphics Engine Video Codec Mass Production EVB 2 2 1 3 1 - - 1 24bit ʚ JPEG LQFP128 14x14 ʚ ND-N32905 N32905K5DN ARM926EJ-S 200 2.97 3.63 -20 85 70 8 32 4 2 4 3 2 2 1 3 1 - - 1 24bit ʚ JPEG LQFP128 14x14 ʚ ND-N32905 N32901R1DN ARM926EJ-S 200 2.97 3.63 -20 85 34 8 2 4 2 2 1 2 1 - 2 1 - - 1 - ʚ JPEG LQFP64 10x10 ʚ ND-N32905 N32903R5DN ARM926EJ-S 200 2.97 3.63 -20 85 34 8 8 4 2 2 1 2 1 - 2 1 - - 1 - ʚ JPEG TQFP6410x10 EP I²C PDMA (ch) DDR (MB) ʚ ND-N32905 ʚ ND-N32905 N32905R3DN ARM926EJ-S 200 2.97 3.63 -20 85 34 8 32 4 2 2 1 2 1 - 2 1 - - 1 - ʚ JPEG TQFP6410x10 EP N32901U1DN ARM926EJ-S 200 2.97 3.63 -20 85 64 8 2 4 2 4 2 2 1 1 3 1 - - 1 18bit ʚ JPEG LQFP128 14x14 ʚ ND-N32905 N32903U5DN ARM926EJ-S 200 2.97 3.63 -20 85 64 8 8 4 2 4 2 2 1 1 3 1 - - 1 18bit ʚ JPEG LQFP128 14x14 ʚ ND-N32905 N32905U3DN ARM926EJ-S 200 2.97 3.63 -20 85 64 8 32 4 2 4 2 2 1 1 3 1 - - 1 18bit ʚ JPEG LQFP128 14x14 ʚ ND-N32905 ʚ JPEG/ H.264 LQFP128 14x14 ʚ ND-N32926 N32926U6DN ARM926EJ-S 240 2.97 3.63 -20 85 80 8 64 4 4 4 7 2 2 1 3 1 1 1 2 24bit N329 禺⴪ USB FS Host USB HS Host 3 Package Size SDHC 4 Package Type UART 2 8 SPI ADC (10-bit) 4 Timer (32-bit) 85 70 8 GPIO ARM926EJ-S 200 2.97 3.63 -20 SRAM (KB) N32903K5DN Core PWM (16-bit) 2SHUDWLQJ7HPSHUDWXUHPD[ʝ 2SHUDWLQJ7HPSHUDWXUHPLQʝ Operating Voltage (max) (V) Operating Voltage (min) (V) Operating Frequency (MHz) Part No. Memory Timer Analog - NuMicro® Family Arm9 MPUs Ⱒꝶ暶䚍2D 图形硬体加速器˚JPEG/ H.264 影像编解码器˚MCP SDRAM 高达 64 MB 于 LQFP 封装˚支持 LCD 接口˚内建音讯编译码器 Microcontrollers N329 禺⴪ 73 Audio Smart Home :THY[;V` (\KPV(TWSPÄLYZ ® 7V^LY:WLLJO 系列 5\:WLLJO系列 ® )HUK+PYLJ[VY 系列 ® =PL^;HSR 系列 7LYPWOLYHS系列 NSP NSP 系列 (\KPV*VU]LY[LYZ Audio CODEC 系列4VUV*6+,* Audio CODEC 系列:[LYLV*6+,* =YTZ3PUL+YP]LY系列 *SHZZ()系列 *SHZZ+系列 :THY[(TW系列 (\KPV,UOHUJLTLU[ 0:+*OPW*VYKLY® 数字式*OPW*VYKLY® 系列模拟式*OPW*VYKLY® 系列 :THY[;V` 5:7开发工具 Audio 开发工具 Audio CODEC 系列H]L[HISL4LSVK`:`U[OLZPaLY 84 Part No. ROM (Kbytes) Duration (Sec.) @ 4-bit NM4 (6 KHz) (8 KHz) VDD (V) CH Fsys (MHz) OSC Audio PWM DAC RAM (Bytes) LVD GPIO PWM Output SIM SPI N567K030 126 34 26 2.2~5.5 6 4,6,8 TRIM/X'tal 12-bit 13-bit 384 - 24 I/O - ʚ N567K041 158 44 33 2.2~5.5 6 4,6,8 TRIM/X'tal 12-bit 13-bit 384 - 24 I/O - ʚ N567K080 286 84 63 2.2~5.5 6 4,6,8 TRIM 12-bit 13-bit 384 - 24 I/O - ʚ N567K081 254 80 60 2.2~5.5 6 4,6,8 TRIM 12-bit 13-bit 384 ʚ 24 I/O - ʚ N567K121 416 124 93 2.2~5.5 6 4,6,8 TRIM 12-bit 13-bit 384 - 24 I/O - - N567K161 528 158 119 2.2~5.5 6 4,6,8 TRIM 12-bit 13-bit 384 - 24 I/O - - N567K201 638 192 144 2.2~5.5 6 4,6,8 TRIM 12-bit 13-bit 384 - 24 I/O - - N567K240 768 233 174 2.2~5.5 6 4,6,8 TRIM/X'tal 12-bit 13-bit 384 - 8I, 24 I/O 3-pair ʚ N567K280 896 272 204 2.2~5.5 6 4,6,8 TRIM/X'tal 12-bit 13-bit 384 - 8I, 24 I/O 3-pair ʚ N567K330 1022 311 233 2.2~5.5 6 4,6,8 TRIM/X'tal 12-bit 13-bit 384 - 8I, 24 I/O 3-pair ʚ ࠮5/IP[ɤ*)HZLJO=VPJL>H]L[HISL4LSVK`:`U[OLZPaLY Duration (Sec.) @ 4-bit NM4 Audio CH Fsys (MHz) OSC 26 2.2~5.5 8 4,6,8 44 33 2.2~5.5 8 84 63 2.2~5.5 8 124 93 2.2~5.5 158 119 2.2~5.5 638 192 144 768 233 174 N567H280 896 272 204 2.2~5.5 8 4,6,8 TRIM/X'tal 12-bit 13-bit 384 8I, 24 I/O 3-pair ʚ N567H330 1022 311 233 2.2~5.5 8 4,6,8 TRIM/X'tal 12-bit 13-bit 384 8I, 24 I/O 3-pair ʚ N567HP330 (OTP) 1022 311 233 2.2~5.5 8 4,6,8 TRIM/X'tal 12-bit 13-bit 384 8I, 24 I/O 3-pair ʚ ROM (Kbytes) (6 KHz) (8 KHz) N567H030 126 34 N567H041 158 N567H080 286 N567H121 416 N567H161 528 N567H201 N567H240 RAM (Bytes) GPIO PWM Output SIM SPI 13-bit 384 24 I/O - ʚ 12-bit 13-bit 384 24 I/O - ʚ 12-bit 13-bit 384 24 I/O - ʚ TRIM 12-bit 13-bit 384 24 I/O - - TRIM 12-bit 13-bit 384 24 I/O - - PWM DAC TRIM/X'tal 12-bit 4,6,8 TRIM/X'tal 4,6,8 TRIM 8 4,6,8 8 4,6,8 2.2~5.5 8 4,6,8 TRIM 12-bit 13-bit 384 24 I/O - - 2.2~5.5 8 4,6,8 TRIM/X'tal 12-bit 13-bit 384 8I, 24 I/O 3-pair ʚ Audio VDD (V) Part No. ࠮5+IP[ɤ*)HZLJO=VPJL>H]L[HISL4LSVK`:`U[OLZPaLY Duration (Sec.) @ 4-bit NM4 Channel PWM Output SIM SPI 13-bit 512 24 I/O 3-pin ʚ 13-bit 512 24 I/O 3-pin ʚ 12-bit 13-bit 512 24 I/O 3-pin ʚ X'tal 12-bit 13-bit 512 24 I/O 3-pin ʚ Ring/X'tal X'tal 12-bit 13-bit 512 24 I/O 3-pin ʚ 4~8 Ring/X'tal X'tal 12-bit 13-bit 512 24 I/O 3-pin ʚ 14 4~8 Ring/X'tal X'tal 12-bit 13-bit 512 24 I/O 3-pin ʚ 2 14 4~8 Ring/X'tal X'tal 12-bit 13-bit 512 24 I/O 3-pin ʚ 242 2 14 4~8 Ring/X'tal X'tal 12-bit 13-bit 512 24 I/O 3-pin ʚ 293 2 14 4~8 Ring/X'tal X'tal 12-bit 13-bit 512 24 I/O 3-pin ʚ 436 327 2 14 4~8 Ring/X'tal X'tal 12-bit 13-bit 512 24 I/O 3-pin ʚ 1532 485 364 2 14 4~8 Ring/X'tal X'tal 12-bit 13-bit 512 24 I/O 3-pin ʚ 1020 323 242 2 14 4~8 Ring/X'tal X'tal 12-bit 13-bit 512 24 I/O 3-pin ʚ Sub-Clock 32 KHz 14 4~8 Ring/X'tal 14 4~8 Ring/X'tal 2 14 4~8 110 2 14 161 121 2 640 203 152 768 243 896 Voice WTM N567D070 224 71 53 2 336 106 80 2 416 132 99 464 147 508 N567D120 N567D140 N567D160 N567D200 N567D240 N567D280 N567D320 N567D380 N567D420 N567D470 N567DP320 (OTP) PWM DAC X'tal 12-bit X'tal 12-bit Ring/X'tal X'tal 4~8 Ring/X'tal 14 4~8 2 14 183 2 284 213 1020 323 1232 390 1376 (6 KHz) (8 KHz) BandDirector® GPIO OSC ROM (Kbytes) N567D100 Audio RAM (Bytes) Fsys (MHz) Part No. 禺 ⴪ ࠮53e=IP[ɤ*)HZLJO=VPJL>H]L[HISL4LSVK`:`U[OLZPaLY Duration (Sec.) @ 4-bit NM4 Channel Part No. ROM (Kbytes) Voice WTM N567L080 254 80 60 2 416 132 99 528 167 638 N567L120 N567L160 N567L200 N567L240 N567L280 N567L330 N567LP330 (OTP) Audio Vp (V) RAM (Bytes) LVD GPIO PWM Output - 3.3, 4.2 384 ʚ 16 I/O 3-pair - 3.3, 4.2 384 ʚ 16 I/O 3-pair 12-bit - 3.3, 4.2 384 ʚ 16 I/O 3-pair TRIM/X'tal 12-bit - 3.3, 4.2 384 ʚ 16 I/O 3-pair 4,6,8 TRIM/X'tal 12-bit - 3.3, 4.2 384 ʚ 16 I/O 3-pair 1.0~3.6V 4,6,8 TRIM/X'tal 12-bit - 3.3, 4.2 384 ʚ 16 I/O 3-pair 8 1.0~3.6V 4,6,8 TRIM/X'tal 12-bit - 3.3, 4.2 384 ʚ 16 I/O 3-pair 8 1.0~3.6V 4,6,8 TRIM/X'tal 12-bit - 3.3, 4.2 384 ʚ 16 I/O 3-pair VDD Fsys (MHz) OSC PWM DAC 8 1.0~3.6V 4,6,8 TRIM/X'tal 12-bit 2 8 1.0~3.6V 4,6,8 TRIM/X'tal 12-bit 125 2 8 1.0~3.6V 4,6,8 TRIM/X'tal 202 152 2 8 1.0~3.6V 4,6,8 768 243 182 2 8 1.0~3.6V 896 284 213 2 8 1022 324 243 2 1022 324 243 2 (6 KHz) (8 KHz) ࠮ 5.IP[ɤ*)HZLJO=VPJL>H]L[HISL4LSVK`:`U[OLZPaLY^3=+ Part No. ROM (Kbytes) N566G120 Duration (Sec.) @ 4-bit NM4 VDD (V) CH Fsys (MHz) OSC Audio PWM DAC RAM (Bytes) LVD GPIO PWM Output Constant Current (6 KHz) (8 KHz) 416 124 93 2.2~5.5 4 4,6,8 TRIM 12-bit - 384 ʚ 24 I/O 2-pin ʚ N566G160 528 158 119 2.2~5.5 4 4,6,8 TRIM 12-bit - 384 ʚ 24 I/O 2-pin ʚ N566G200 638 192 144 2.2~5.5 4 4,6,8 TRIM 12-bit - 384 ʚ 24 I/O 2-pin ʚ N566G240 768 233 174 2.2~5.5 4 4,6,8 TRIM 12-bit - 384 ʚ 24 I/O 2-pin ʚ N566G280 896 272 204 2.2~5.5 4 4,6,8 TRIM 12-bit - 384 ʚ 24 I/O 2-pin ʚ N566G320 1022 311 233 2.2~5.5 4 4,6,8 TRIM 12-bit - 384 ʚ 24 I/O 2-pin ʚ 85 ࠮ 5.76;7IP[ɤ*)HZLJO=VPJL>H]L[HISL4LSVK`:`U[OLZPaLY^3=+ Audio Part No. ROM (Kbytes) N566GP120 Duration (Sec.) @ 4-bit NM4 VDD (V) CH Fsys (MHz) OSC Audio PWM DAC RAM (Bytes) LVD GPIO PWM Output Constant Current (6 KHz) (8 KHz) 416 124 93 2.2~5.5 4 4,6,8 TRIM 12-bit - 384 ʚ 24 I/O 2-pin - N566GP160 528 158 119 2.2~5.5 4 4,6,8 TRIM 12-bit - 384 ʚ 24 I/O 2-pin - N566GP200 638 192 144 2.2~5.5 4 4,6,8 TRIM 12-bit - 384 ʚ 24 I/O 2-pin - N566GP240 768 233 174 2.2~5.5 4 4,6,8 TRIM 12-bit - 384 ʚ 24 I/O 2-pin - N566GP280 896 272 204 2.2~5.5 4 4,6,8 TRIM 12-bit - 384 ʚ 24 I/O 2-pin - N566GP320 1022 311 233 2.2~5.5 4 4,6,8 TRIM 12-bit - 384 ʚ 24 I/O 2-pin - ࠮ 52IP[ɤ*)HZLJO=VPJL>H]L[HISL4LSVK`:`U[OLZPaLY^3=+ BandDirector® 禺 ⴪ Duration (Sec.) @ 4-bit NM4 VDD (V) CH Fsys (MHz) OSC 55 2.2~5.5 6 4,6,8 124 93 2.2~5.5 6 528 158 119 2.2~5.5 N566K200 638 192 144 N566K240 768 233 N566K280 896 N566K320 1022 Part No. ROM (Kbytes) N566K080 254 74 N566K120 416 N566K160 Audio PWM DAC RAM (Bytes) LVD SIM GPIO PWM Output Constant Current TRIM 12-bit - 384 ʚ ʚ 24 I/O 2-pin ʚ 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin ʚ 6 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin ʚ 2.2~5.5 6 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin ʚ 174 2.2~5.5 6 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin ʚ 272 204 2.2~5.5 6 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin ʚ 311 233 2.2~5.5 6 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin ʚ (6 KHz) (8 KHz) ࠮ 5276;7IP[ɤ*)HZLJO=VPJL>H]L[HISL4LSVK`:`U[OLZPaLY^3=+ Duration (Sec.) @ 4-bit NM4 VDD (V) CH Fsys (MHz) OSC 55 2.2~5.5 6 4,6,8 124 93 2.2~5.5 6 528 158 119 2.2~5.5 N566KP200 638 192 144 N566KP240 768 233 N566KP280 896 N566KP320 1022 Part No. ROM (Kbytes) N566KP081 254 74 N566KP120 416 N566KP160 Audio PWM DAC RAM (Bytes) LVD SIM GPIO PWM Output Constant Current TRIM 12-bit - 384 ʚ ʚ 24 I/O 2-pin - 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin - 6 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin - 2.2~5.5 6 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin - 174 2.2~5.5 6 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin - 272 204 2.2~5.5 6 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin - 311 233 2.2~5.5 6 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin - (6 KHz) (8 KHz) ࠮ 5/IP[ɤ*)HZLJO=VPJL>H]L[HISL4LSVK`:`U[OLZPaLY^3=+ 86 Duration (Sec.) @ 4-bit NM4 Audio PWM DAC RAM (Bytes) LVD SIM GPIO PWM Output Constant Current TRIM 12-bit - 384 ʚ ʚ 24 I/O 2-pin ʚ 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin ʚ 8 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin ʚ 2.2~5.5 8 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin ʚ 174 2.2~5.5 8 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin ʚ 272 204 2.2~5.5 8 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin ʚ 311 233 2.2~5.5 8 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin ʚ VDD (V) CH Fsys (MHz) OSC 55 2.2~5.5 8 4,6,8 124 93 2.2~5.5 8 528 158 119 2.2~5.5 N566H200 638 192 144 N566H240 768 233 N566H280 896 N566H320 1022 Part No. ROM (Kbytes) N566H080 254 74 N566H120 416 N566H160 (6 KHz) (8 KHz) ࠮ 5/76;7IP[ɤ*)HZLJO=VPJL>H]L[HISL4LSVK`:`U[OLZPaLY^3=+ Duration (Sec.) @ 4-bit NM4 Audio DAC RAM (Bytes) LVD SIM GPIO PWM Output Constant Current TRIM 12-bit - 384 ʚ ʚ 24 I/O 2-pin - 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin - 8 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin - 2.2~5.5 8 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin - 174 2.2~5.5 8 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin - 272 204 2.2~5.5 8 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin - 311 233 2.2~5.5 8 4,6,8 TRIM 12-bit - 384 ʚ - 24 I/O 2-pin - PWM DAC Vp (V) RAM (Bytes) LVD PWM Output CH Fsys (MHz) OSC 55 2.2~5.5 8 4,6,8 124 93 2.2~5.5 8 528 158 119 2.2~5.5 N566HP200 638 192 144 N566HP240 768 233 N566HP280 896 N566HP321 1022 ROM (Kbytes) N566HP081 254 74 N566HP120 416 N566HP160 (6 KHz) (8 KHz) Audio PWM VDD (V) Part No. ࠮ 5376;7e=IP[ɤ*)HZLJO=VPJL4LSVK`:`U[OLZPaLY Duration (Sec.) @ 4-bit NM4 ROM (Kbytes) N566LP120 416 124 N566LP160 528 N566LP200 Channel (6 KHz) (8 KHz) VDD Fsys (MHz) OSC Audio Voice WTM 93 2 8 1.0~3.6V 4,6,8 TRIM 12-bit - 3.3, 4.2 384 ʚ 2-pin 158 119 2 8 1.0~3.6V 4,6,8 TRIM 12-bit - 3.3, 4.2 384 ʚ 2-pin 638 192 144 2 8 1.0~3.6V 4,6,8 TRIM 12-bit - 3.3, 4.2 384 ʚ 2-pin N566LP240 768 233 174 2 8 1.0~3.6V 4,6,8 TRIM 12-bit - 3.3, 4.2 384 ʚ 2-pin N566LP280 896 272 204 2 8 1.0~3.6V 4,6,8 TRIM 12-bit - 3.3, 4.2 384 ʚ 2-pin N566LP320 1022 311 233 2 8 1.0~3.6V 4,6,8 TRIM 12-bit - 3.3, 4.2 384 ʚ 2-pin BandDirector® Part No. 禺 ⴪ =PL^;HSR®:LYPLZ ࠮5(IP[ɤ*)HZLJO=VPJL+\HS;VUL4LSVK`:`U[OLZPaLY^)>2+V[3*++YP]LY Part No. ROM (Kbytes) Working RAM (Bytes) Duration (Sec.) Dual Page LCD RAM (Bytes) GPIO N531A170 509 1K 170 128x2 16 I/O Audio PWM DAC LCD Resolution (SEGxCOM) Bias Duty 12-bit - 64x16 1/4, 1/5 1/8, 1/16 ࠮> (IP[ɤ*)HZLJO=VPJL>H]L[HISL4LSVK`:`U[OLZPaLY^)>2+V[3*++YP]LY DAC 24 I/O 12-bit 13-bit 64x16 1/4, 1/5 1/8, 1/16 128x2 24 I/O 12-bit 13-bit 64x16 1/4, 1/5 1/8, 1/16 128x2 24 I/O 12-bit 13-bit 64x16 1/4, 1/5 1/8, 1/16 ROM (Kbytes) Working RAM (Bytes) Duration (Sec.) Dual Page LCD RAM (Bytes) GPIO W539A804 505 1K 120 128x2 W539A806 761 1K 180 W539A808 1017 1K 250 Audio Bias Duty ViewTalk® Series PWM LCD Resolution (SEGxCOM) Part No. ࠮5 ;IP[ɤ*)HZLJO=VPJL>H]L[HISL4LSVK`:`U[OLZPaLY^.YH`3L]LS2+V[3*++YP]LY Dual Page LCD RAM GPIO (Bytes) PWM DAC LCD Resolution (SEGxCOM) 24 I/O 12-bit 13-bit 64x32 or 72x24 6-pin ʚ 1/4, 1/5, 1/6, 1/7 1/16, 1/24, 1/32 256x2x2 24 I/O 12-bit 13-bit 64x32 or 72x24 6-pin ʚ 1/4, 1/5, 1/6, 1/7 1/16, 1/24, 1/32 250 256x2x2 24 I/O 12-bit 13-bit 64x32 or 72x24 6-pin ʚ 1/4, 1/5, 1/6, 1/7 1/16, 1/24, 1/32 250 256x2x2 24 I/O 12-bit 13-bit 64x32 or 72x24 - ʚ 1/4, 1/5, 1/6, 1/7 1/16, 1/24, 1/32 Part No. ROM (Kbytes) Working RAM (Bytes) Duration (Sec.) N539T171 509 1K 120 256x2x2 N539T261 765 1K 180 N539T341 1021 1K N539TP340 (OTP) 1021 1K Audio PWM Output SIM Bias Duty 87 7LYPWOLYHS:LYPLZ 5\;V\JO ࠮5;*HWHJP[VY:LUZVY*VU[YVSSLY Audio Part No. Input Wake Up VDD(V) Interface N55T16 16 ʚ 2.1~5.5 I²C, SPI N55T24 24 ʚ 2.1~5.5 I²C, SPI Part No. Channel Resolution VDD(V) Conversion Rate N55AD808 8 8-bit 2.7~5.5 50 KHz ADC ࠮5(+:(9(+* 06,_WHUKLY ࠮ 5706,_WHUKLY^067PUZHUK:700U[LYMHJL NuVoice™ Part No. Interface GPIO Wake Up H/W PWM Constant Current Internal OSC N55P242 SPI 24 I/O ʚ 24-pin 24-pin 8 MHz 4-0+-HTPS` ࠮540+4/a4-0+^:PUNSL;HN4\S[P;HNHUK9LHKLY 系列 Part No. Category Frequency (MHz) ID type ID No. Anti-collision µC Interface N55MID16 Single-tag 13.56 Bonding-ID 729 - - N55MID36 Multi-tag 13.56 Bonding-ID 729 4~6 tags - N55MID51 Reader 13.56 - - - Serial/Parallel 7(-HTPS` 57(7>47V^LY(TWSPÄLY Part No. VDD (V) Mute Function Gain Control MIC Line In Output Power Package N55PA01A 2.0~5.5V Yes Ext. R Yes :#9ї7+'1 SOP8 *N55PA03A 2.0~5.5V Yes Ext. R Yes :#9ї7+'1 SOP8 * Under Development 88 NSP 系列 NSP 系列是先进的语音 ICƏ内嵌 FlashƏ并配备新算法Ə可实现高品质音质的语音提示应用˛它提供 I2C˚UART 和 GPIO 接口与主机 MCU˚ISP 通信以进行内容更新Ə并支持高分辨率 PWM 输出直接驱动扬声器Ə适合所有语音辅助应用˛ Audio NSP2xxxA 系列具有 0.5W 输出功率Ə采用 SOP8 封装形式˛ NSP2xxxA01G 系列具有 1.0W 输出功率Ə采用 SOP16 封装形式 NSP2xxxT06E 系列Ə带 6 个电容式触摸板Ə采用 TSSOP28 封装形式 NSP2xxxT16L 系列采用 LQFP48 封装形式Ə支持多达 16 个电容触摸板 ࠮ 5:7___,TILKKLK-SHZOJO=VPJLMVY=VPJL(ZZPZ[HUJL(WWSPJH[PVU Audio Duration(Sec) Output Power LVR VDD Part No. Package Interface to MCU ISP Speech CH 8KHz 12KHz (V) (V) PWM (@VDD 5.5V) Operation Temperature SOP8 60 40 2.0~5.5 1.9 1 13-bit 0.5W One-Wire, Two-Wire No ʝaʝ NSP082A SOP8 94 63 2.0~5.5 1.9 1 13-bit 0.5W One-Wire, Two-Wire Yes ʝaʝ NSP172A SOP8 155 103 2.0~5.5 1.9 1 13-bit 0.5W One-Wire, Two-Wire Yes ʝaʝ NSP342A SOP8 337 225 2.0~5.5 1.9 1 13-bit 0.5W One-Wire, Two-Wire Yes ʝaʝ NSP481A SOP8 458 305 2.0~5.5 1.9 1 13-bit 0.5W One-Wire, Two-Wire Yes ʝaʝ One-Wire, Two-Wire, UART Yes ʝaʝ Yes ʝaʝ Yes ʝaʝ NSP650B SOP14 701 467 2.0~5.5 1.9 1 13-bit 0.5W NSP960B SOP14 944 629 2.0~5.5 1.9 1 13-bit 0.5W NSP2K0B SOP14 1896 1264 2.0~5.5 1.9 1 13-bit 0.5W One-Wire, Two-Wire, UART One-Wire, Two-Wire, UART NSP NSP040A 系列 ࠮ 5:7___,TILKKLK-SHZOJO=VPJLMVY=VPJL(ZZPZ[HUJL(WWSPJH[PVU^0*HUK

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