MOC3023SM

可控硅光耦 Photo Triac Product Data Sheet AOTE DCC RELEASE 台湾奥特半导体科技有限公司 TAIWAN AOTE SEMICONDUCTOR TECHNOLOGY CO.,LTD www.aotesemi.com AT MOC3023SM MOC3023SM 器件是由一个 GaAs 红外发光二极管和一个单晶硅芯片的过零相位光电双 向晶闸管组成的光电耦 合器。 The MOC3023SM series devices are optocouplers composed of a GaAs infrared light emitting diode and a single-crystal silicon chip random phase photoelectric bidirectional thyristor. 峰值击穿电压 Peak breakdown voltage 400V： MOC302X； 输入-输出隔离电压 (VISO=5000 Vrms ) High isolation voltage between input and output(VISO=5000 Vrms ) 工作温度： -55℃ ~110℃ Operating Temperature: -55℃ ~110℃ 符合加强绝缘标准 Meet reinforced insulation standards 符合安规标准： UL 1577， VDE DIN EN60747-5-5 (VDE 0884-5 ) ， CQC11-471543-2022 Safety standard approval: UL 1577, VDE DIN EN60747-5-5 (VDE 0884-5) ， CQC11-471543-2022 开关电源， 智能电表 Switching power supply, intelligent meter 工业控制， 测量仪器 Industrial control, measuring instruments 办公设备， 比如复印机 Office equipment such as copiers 家用电器， 比如空调、风扇、热水器等 Household appliances: such as air conditioners, fans, water heaters, etc. Pin Configuration 1. Anode 2. Cathode 3.NC 4. GND 5.NC 6. VCC DIP6 1 SMD6 Copyright © 2023, AOTE All Rights Reserved. Release Date :Nov 1, 2022. www.aotesemi.com AT MOC3023SM 印字中“ “ ”为奥特品牌 LOGO ”denotes LOGO 印字中“Y”代表年份； A(2018),B(2019),C(2020) … ... “Y”denotes YEAR： A(2018), B(2019), C(2020) … ... 印字中“WW”代表周号 “WW”denotes Week’s number 印字中“E”代表内部代码 “E”denotes Internal code 印字中的“H”代表无卤 “H”denotes Halogen-free 2 Copyright © 2023, AOTE All Rights Reserved. Release Date :Nov 1, 2022. www.aotesemi.com AT MOC3023SM 从输入端到输出端， 沿本体最短距离路径 爬电距离 L Creepage Distance ＞7.0 从输入端到输出端， 通过空气的最短距离 L Clearance Distance ＞7.0 mm Measured from input terminals to output terminals, shortest distance through air 绝缘距离 Insulation Thickness 峰值隔离电压 Peak Isolation Voltage 瞬态隔离电压 Transient isolation voltage 隔离电压 Isolation Voltage 发射器和探测器之间的绝缘厚度 DTI ＞0.4 mm VIORM 1500 Vpeak DIN/EN/IEC EN60747-5-5 VIOTM 7000 Vpeak DIN/EN/IEC EN60747-5-5 Viso ＞5000 Vrms For 1 min 正向电流 Forward Current Input Measured from input terminals to output terminals, shortest distance path along body 电气间隙 发射端 mm 反向电压 Backward Voltage 功耗 Power Dissipation Insulation thickness between emitter and detector IF 60 mA VR 6 V PD 100 mW PDD 3.8 mW/°C 额定值降低因子(在 Ta = 90°C 以上) Power dissipation Derating factor (above Ta = 90°C) 断态输出端电压 Off-state output terminal voltage MOC301X MOC302X 250 VDRM MOC305X 400 V 600 峰值重复浪涌电流(pw=100μs,120pps) Peak repetitive surge current 接收端 output ITSM 1 A IT(RMS) 100 mA 300 mW 7.4 mW/°C Ptot 330 mW Topr -55~110 ℃ (pw=100μs,120pps) 开启态电流 (均方根值) On-state current (root mean square value) 功耗 Power Dissipation 额定值降低因子(在 Ta = 85°C 以上) PC Power dissipation Derating factor (above Ta = 90°C) 总功耗 Total Power Dissipation 工作温度 Operating Temperature 3 Copyright © 2023, AOTE All Rights Reserved. Release Date :Nov 1, 2022. www.aotesemi.com AT MOC3023SM 存储温度 Storage Temperature 焊接温度 Soldering Temperature Tstg -55~125 ℃ Tsol 260 ℃ * 在相对湿度 40% ~ 60%下的进行交流电测试， 此时 1、2 和 3 脚短接， 4、5 和 6 脚短接。 * Conduct AC test at 40% ~60% relative humidity. At this time, pins 1, 2 and 3 are short-circuited, and pins 4, 5 and 6 are short-circuited. 4 Copyright © 2023, AOTE All Rights Reserved. Release Date :Nov 1, 2022. www.aotesemi.com AT MOC3023SM 发射端 Input 正向电压 Forward Voltage VF IF =20mA - 1.23 1.5 V 反向电流 Back current IR VR =6V - - 10 uA - - 100 nA - - 2.5 V - 100 - 1000 - - - - 30 - - 15 断态峰值电流 Off-state peak current 通态峰值电压 接收端 Output On-state peak voltage 断态电压临界上升 率 MOC301X Critical rise rate MOC302X of off-state voltage IDRM VTM VDRM =Rated VDRM IF = 0mA ITM=100mA peak IF =Rated IFT VPEAK =Rated VDRM dv/dt MOC305X IF =0 VPEAK =400V, IF =0 MOC3020 V/μs MOC3011 MOC3021 MOC3051 LED 触发电流 传输特性 LED trigger Transfer current Characteristics MOC3012 主端电压 IFT MOC3022 Main terminal mA Voltage =3V - - 10 - - 5 - 250 - MOC3052 MOC3013 MOC3023 MOC3053 维持电流 Maintain current 5 IH - Copyright © 2023, AOTE All Rights Reserved. Release Date :Nov 1, 2022. uA www.aotesemi.com AT MOC3023SM Fig.1 LED forward current vs Forward voltage Fig.2 On-state characteristic diagram 25℃ -55℃ 100℃ Fig.3 Trigger current vs Ambient temperature Fig.4 Trigger current vs LED pulse width Normalized to TA= 2 5 C Normalized to PW in≥ 100us Fig.5 Maintenance current vs Ambient temperature 6 Fig.6 Leakage current vs Ambient temperature Copyright © 2023, AOTE All Rights Reserved. Release Date :Nov 1, 2022. www.aotesemi.com AT MOC3023SM Fig.7 静态 dv/dt 测试电路和波形 Static dv/dt test circuit and waveform RTEST R = 1 0 kΩ 高压脉冲源 CTEST 1 6 2 5 3 4 VT 被测器件 监测V T波形 VP EA K 0.632 x VPEAK 0V τ RC 通过 RC 电路施加于被测器件的输出端的高电压脉冲设置到所需的 VPEAK 值上。LED 电流无需加上。波形 VT 使用 X100 探头监测。通过 调节 RTEST 值， dv/dt (斜度) 增加， 直到被测器件观察到被触发 (波形崩溃) 。dv/dt 然后下降， 直到被测器件停止被触发。此时， 记录τRC 值并可计算 dv/dt 了。 The high voltage pulse applied to the output end of the device under test through the RC circuit is set to the desired VPEAK value. LED current does not need to be added. Waveform VT is monitored with X100 probe. By adjusting the RTEST value, dv/dt (slope) increases until the device under test is observed to be triggered (waveform collapse). Dv/dt then drops until the device under test stops being triggered. At this time, dv/dt can be calculated by recording the value of τRC. dv/dt   例如， AT302X 系列的电压峰值 = 400V。 dv/dt 值的计算方式如下： For example, the voltage peak of AT304X series VPEAK=400V. Then the dv/dt value can be calculated as follows： dv/dt  7  Copyright © 2023, AOTE All Rights Reserved. Release Date :Nov 1, 2022. www.aotesemi.com AT MOC3023SM 6. 50±0 .30 7 .62±0. 30 0 .25±0.10 0.50±0.10 2.54±0.25 8.57±0.50 6.50±0.30 7. 62±0 .30 1. 25±0. 10 10.16±0.30 2.54±0.25 单位 Unit: mm 1.5 1.6 9.22 2.54 单位 Unit: mm 注： 上图为产品正视图。 Note： The picture above is the front view of the product. 8 Copyright © 2023, AOTE All Rights Reserved. Release Date :Nov 1, 2022. www.aotesemi.com AT MOC3023SM 预热温度 Preheat Temperature 预热时间 Preheat Time 升温速率 Ramp-Up Rate (TL to TP) 液相线温度 Liquidus Temperature 时间高于 TL Time Above TL 峰值温度 Peak Temperature Tc 在(TP -5)和 TP 之间的时间 Time During Which Tc Is Between (TP -5) and TP 降温速率 Ramp-down Rate(TP to TL) Ts 150 200 ℃ ts 60 120 s - - 3 ℃/s 217 TL ℃ tL 60 150 s TP - 260 ℃ tp - 30 s - - 6 ℃/s 注 Note： 建议在所示的温度和时间条件下进行回流焊， 最多不能超过三次； Reflow soldering is recommended at the temperatures and times shown, no more than three times; 9 Copyright © 2023, AOTE All Rights Reserved. Release Date :Nov 1, 2022. www.aotesemi.com AT MOC3023SM A. 手工烙铁焊仅用于产品返修或样品测试； Hand soldering iron is only used for product rework or sample testing; B. 手工烙铁焊要求： 温度 360℃ ± 5℃， 时间≤3s。 Hand soldering iron requirements： Temperature： 360℃ ± 5 ℃, within 3s 10 Copyright © 2023, AOTE All Rights Reserved. Release Date :Nov 1, 2022. www.aotesemi.com AT MOC3023SM ■ DIP6 管装 (500*12*11mm) 65 只/管 50 管/盒 10 盒/箱 SMD6 卷盘 (ϕ330mm 蓝盘) 1000/盘 2 盘/盒 10 盒/箱 450*390*0.1mm 340*60*340mm 380*360*365mm Tube 65 pcs (500*12*11mm) /Tube 不适用 525*128*56mm 535*275*300mm 每管使用蓝白胶塞， 方向须一致 首尾端空至少 200mm Use blue and white DIP6 50 Tubes 10 boxes /box /ctn Not applicable 525*128*56mm 535*275*300mm rubber stoppers for each tube, with the same direction SMD6 Reel (ϕ330mm Blue) 1k pcs/reel 2 reels /box 10 boxes Leave at least 450*390*0.1mm 340*60*340mm 380*360*365mm 200mm of blank space at both ends /ctn ■ 1) 每管数量： 65 只。 Qty/Tube： 65 pcs. 2) 每箱数量： 32500 只。 Qty/ctn： 32500 pcs. 3) 内包装： 每盒 50 管。 Inner packing： 50 Tube/box. 4) 示意图 Schematic： 胶带纸 sticky tape 胶带纸 胶带纸 sticky tape 纸箱 包装条管装 载在盒子里 11 Copyright © 2023, AOTE All Rights Reserved. Release Date :Nov 1, 2022. sticky tape carton packing plastic tube in box www.aotesemi.com AT MOC3023SM ■ 1) 每卷数量： 1000 只。 Qty/reel： 1000 pcs. 2) 每箱数量： 20000 只。 Qty/ctn： 20000 pcs. 3) 内包装： 每盒 2 盘。 Inner packing： 2 reels/box. 4) 示意图 Schematic： (P2) 2 ±0.05 (P)12±0.05 (Po) 4 ±0.05 (Do)Φ1.55 (T) 0.3 ±0.05 (D1)Φ1.5 ±0.1 单位 Unit： mm 12 Copyright © 2023, AOTE All Rights Reserved. Release Date :Nov 1, 2022. www.aotesemi.com AT MOC3023SM ■ 奥特持续不断改进质量、可靠性、功能或设计，保留此文件更改的权利恕不另行通知。 AOTE continuously improve quality, reliability, function and design. We reserve the right to change this document without prior notice. ■ 请遵守产品规格书使用， 奥特不对使用时不符合产品规格书条件而导致的质量问题负责。 Please use in accordance with the product specification. AOTE is not responsible for the quality problems caused by non-compliance with the product specifications. ■ 对于需要高可靠性或安全性的设备/装置需求， 请联系我们的销售人员。 For equipment/devices requiring high reliability or safety, please contact our sales representatives. ■ 当需要用于任何“特定”应用时， 请咨询我们的销售人员。 When requiring a device for any ”specific”application, please contact our sales in advice. ■ 如对文件中表述的内容有疑问， 欢迎联系我们。 If you have any questions about the contents of the document, please contact us. 13 Copyright © 2023, AOTE All Rights Reserved. Release Date :Nov 1, 2022. www.aotesemi.com