AMP8D6QF74

Adaptive Multi-Rail Power Platform – AmP AmP4D/AmP8D/AmP12D Product Description The AmP™ device is an FPGA based platform for creating a custom Power Management Integrated Circuit (PMIC). The AmP device is customized by adding available Power Components designs based on system requirements. AmP device customization is as easy as using WebAmp™ application software to produce a customized PMIC in a very short period of time. AmP devices can be used to power FPGAs, Processors, Microcontrollers, and ASICs by integrating multiple power rails into single chip designs. The AmP device input voltage range is 4.75V to 20V. The AmP device is targeted for wall-powered applications or 2S-4S Li-Ion battery packs. AmP devices have up to 4 additional integrated LDOs of which two are fixed output voltages (3.3V and 1.2V) and two are user programmable. Adaptive Multi-Rail Power Platform – AmP Features • Enables On-Demand power management • Integrate application targeted Power Components • Power Blocks for a variety of topologies o Scalable Integrated N-channel MOSFETs (SIM) o Current sense for protection, telemetry, regulation o Build Switching topologies - Buck, Boost, Buck-Boost o Build Linear topologies - LDO, Load Switch o Build Mixed topologies - Battery Charger o Build BLDC (Motor Control) topologies – H-Bridge • Sensor Blocks, sensing voltages and currents o Regulation, protection and telemetry o Adaptive Digitizer (ADi) o Threshold Comparators (ThC) o Summation Amplifier (SuM) o Noise-Immune Reference (Nref) Array • Analog fabric connectivity for sensor signals • Digital µLogic fabric connectivity: Analog/Digital Blocks o Analog and Digital GPIOs, LUTs for logic & Interface o Integrated Compensator RAM (CRAM) o On-demand POL control loops and interfaces o Precision Modulation Timer Array • Industry first: Analog Proficiency – Digital Flexibility Applications AmP Family Power Component Integrator DIGITAL / ANALOG GPIO ANALOG FABRIC • • • • • • AmP4D1 AmP4D3 AmP4D6 Eight 24 AmP8D1 AmP8D3 AmP8D6 Twelve 36 AmP12D1 AmP12D3 AmP12D6 Copyright © 2021 AnDAPT, LLC Sensor SPI Sensor P A T H PB P O W E R CRAM PB F A B R I C CRAM PB D I G I TA L CmpRAM Power Block CRAM Timer Array CmpRAM CRAM CRAM CRAM F A B R I C PB Sensor Sensor Build Buck, Boost, Buck-Boost POL topologies PWM – CV/CC, voltage mode or current mode Hysteretic – CON/COF Load Switch, LDO - Source/Drain, DDR LDO External Switching Controllers/Gate Drivers Peak efficiency > 92%, Soft start/stop • Monitor and throttle/margin power rails • Power ON/OFF/Sequence power rails • Buck, Boost, Buck-Boost, LDO, Battery Chargers Device 12 PB Sensor Digital power management IC AmP DMOS Platforms Four PB I 2C ANALOG FABRIC DIGITAL / ANALOG GPIO o Four, Eight, Twelve Power & Sensor Blocks o Up to four, eight and twelve switcher or linear rails o 6A, 3A, 1A per DMOS MOSFETs; RDSon 30m o Analog or Digital I/Os: 24 o Packages: QFN 5x5 and 8x8 sq. mm • Standard BCD process: 110nm, VDSmax 20V GPIOs Sensor Power Block Sensor • Nine member 12 V platform family (AmP8D available now) Power Blocks D I G I T A L P O W E R P A T H Sensor Battery Charger • • • • 1 Build trickle, CC, CV Charger Power Path integration I2C, SMBus, DVS for Telemetry and control Protection: On-demand OCP, OVP, OTP, UVLO Product Brief 02/09/2021 Adaptive Multi-Rail Power Platform – AmP AmP4D/AmP8D/AmP12D AmP8D Platform Features Device 8Dx1 8Dx3 8Dx6 Drain Current 1A 3A 6A Power Blocks 8 8 8 Sensor Blocks 8 8 8 Nrefs 8 12 24 Timers 16 16 16 LDOs for GPIOs µLogic Fabric LUTs 2 2 4 512 512 512 Package* GPIOs QF65 5x5mm 8D MOSFETs 23 QF74 8x8mm 8D MOSFETs 24 23 23 24 24 *TA: -40C to 85C, TJ: -40C to 125C; Order Information Platform MOSFETs Technology Current – A Package Part Number Availability AmP 8 D 1 QF74 AmP8D1QF74 Now AmP 8 D 3 QF74 AmP8D3QF74 Now AmP 8 D 6 QF74 AmP8D6QF74 Now AmP 8 D 1 QF65 AmP8D1QF65 Now AmP 8 D 3 QF65 AmP8D3QF65 Now AmP 8 D 6 QF65 AmP8D6QF65 Now Package Marking Example – QF74 Package Marking Example – QF65 Copyright © 2021 AnDAPT, LLC 2 Product Brief 02/09/2021 Adaptive Multi-Rail Power Platform – AmP AmP4D/AmP8D/AmP12D Package Configuration Top View (Pin and Thermal Pads are on bottom side) AmP8D QF74 8x8 mm 6A, 3A, 1A Copyright © 2021 AnDAPT, LLC 3 Product Brief 02/09/2021 Adaptive Multi-Rail Power Platform – AmP AmP4D/AmP8D/AmP12D Package Configuration Top View (Pin and Thermal Pads are on bottom side) AmP8D QF65 5X5 mm 6A, 3A, 1A Copyright © 2021 AnDAPT, LLC 4 Product Brief 02/09/2021 Adaptive Multi-Rail Power Platform – AmP AmP4D/AmP8D/AmP12D Pin Configurations Name BST1 S1 D1 BST2 S2 D2 BST3 D3 S3 BST4 D4 S4 LDO3V3 GND DNC GND LDOb VCCIO0 GPIO00 GPIO01 GPIO02 GPIO03 GPIO04 GPIO05CK GND GPIO10 GPIO11 GPIO12CK GPIO13 QF74 QF65 Function 1 45 Boost 2 44 Source 3 43 Drain 4 42 Boost 5 41 Source 6 40 Drain 7 39 Boost 8 38 Drain 9 37 Source 10 34 Boost 11 36 Drain 12 35 Source 13 33 LDO 3.3 V 14 GND 15 32 DNC 16 GND 17 30 LDO Prog. 18 * IO bank supply 20 31 GPIO 19 29 GPIO 21 28 GPIO 22 27 GPIO 23 26 GPIO 24 25 GPIOCK 25 23 GND 26 21 GPIO 27 19 GPIO 28 GPIOCK 29 17 GPIO GPIO14DONE 31 24 GPIODONE GPIO15MODE 30 22 GPIOMODE VCCIO1 32 * IO bank supply SCK 33 20 SPI clock SS 35 18 SPI select SI 34 16 SPI serial in SO 37 15 SPI serial out CFG 36 14 Configuration * Connected internally to 3.3V Copyright © 2021 AnDAPT, LLC Name S5 D5 BST5 S6 D6 BST6 D7 S7 BST7 D8 S8 BST8 ISRC VIN VIN VDD VDD VCCIO2 VCCIO23 GPIO20 GPIO21 GPIO22 GPIO23 GPIO24 GPIO25CK GND GPIO30CK GPIO31 GPIO32 GPIO33 GPIO34 GPIO35 VCCIO3 LDOa GND VCC ENABLE GND 5 QF74 QF65 Function 38 12 Source 39 11 Drain 40 13 Boost 41 10 Source 42 8 Drain 43 9 Boost 44 7 Drain 45 5 Source 46 6 Boost 47 4 Drain 48 3 Source 49 2 Boost 51 62 Prog. Cur. Src. 50 1 Supply 53 Supply 52 64 LDO 4.5V 54 LDO 4.5V 55 IO bank supply 54 IO bank supply 57 63 GPIO 56 60 GPIO 58 61 GPIO 59 58 GPIO 60 59 GPIO 61 56 GPIOCK 62 55 GND 63 57 GPIOCK 64 52 GPIO 65 53 GPIO 66 50 GPIO 68 51 GPIO 67 49 GPIO 69 IO bank supply 70 48 LDO, prog. 72 GND 71 46 LDO, 1.2 V 73 47 Enable AmP 74 65 GND Product Brief 02/09/2021 Adaptive Multi-Rail Power Platform – AmP AmP4D/AmP8D/AmP12D Pin Function and Description Function Boost Drain Source GND LDO 3.3V DNC LDO Prog. IO bank supply GPIO GPIOCK GPIODONE GPIOMODE SPI clock SPI select SPI serial in SPI serial out Configuration Prog. Cur. Src. Supply LDO 4.5V LDO 1.2V Enable AmP Description Bootstrap pin for MOSFET gate drive MOSFET drain MOSFET source Digital ground Analog ground, thermal pad LDO output 3.3V Do not connect, floating LDO output voltage programmable Supply input to GPIO bank General purpose input-output GPIO shared with input low skew global clock driver to digital fabric GPIO shared with DONE output GPIO shared with MODE input, must sample high for Host mode at the beginning of configuration or sample low for Client mode at the beginning of configuration SLK output clock when AmP is Host, input clock when AmP is Client SS output Client select when AmP is Host, input when AmP is Client SI input receives SPI data SO output transmits SPI commands CFG input active high configuration restart. AmP is held in reset while signal is high. Reconfiguration is triggered on negative edge. Programmable current source Vin bias supply for, VDD, VCC, LDO3V3, LDOa, LDOb VDD LDO 4.5V output VCC, LDO 1.2V output AmP Platform powered on when floating, powered down when pulled low. Use ENABLE Circuit below where AmP_EN signal may be used to power down. ENABLE Circuit Copyright © 2021 AnDAPT, LLC 6 Product Brief 02/09/2021