ISL8272MEVAL1Z, ISL8272MEVAL2Z

50A and 150A Step-Down DC/DC Power Supply Module Evaluation Boards

概要

The ISL8272MEVAL1Z evaluation board is a 4.7in x 4.8in 6-layer FR4 board with 2oz. copper in all layers. This evaluation board is designed to evaluate the ISL8272M step-down DC/DC power module. It comes with placeholders for pin-strap resistor population to adjust output voltage, switching frequency, soft-start/stop timing and input UVLO threshold, ASCR gain and residual parameters, and device PMBus™ address. More configurations, such as sequencing, Digital-DC™ (DDC) bus configuration and fault limits can be easily programmed or changed via the PMBus compliant serial bus interface.

The ISL8272MEVAL2Z evaluation board has three ISL8272M modules connected in a current sharing configuration to deliver 150A of continuous output current. This evaluation board comes with placeholders for pin-strap resistors to adjust output voltage, soft-start timing, input UVLO threshold, control loop response, current sharing configurations, and device PMBus address. More configurations, such as Digital-DC (DDC) bus configuration and fault limits can be easily programmed or changed via the PMBus compliant serial bus interface.

The ISL8272M is a 50A step-down DC/DC power supply module with an integrated digital PWM controller, dual-phase synchronous power switches, inductors, and passives. Only input, output capacitors and minimal passives are needed to finish the design. The 50A of continuous output current can be delivered without a need of airflow or heatsink.

主な機能

  • VIN range of 4.5V to 14V, VOUT adjustable from 0.6V to 5V
  • Programmable VOUT, VOUT droop, margining, input and output UVP/OVP, IOUT limit, OTP/UTP, soft-start, sequencing, and external synchronization
  • Monitor: VIN, VOUT, IOUT, temperature, duty cycle, switching frequency, and faults
  • ChargeMode™ control tunable with PMBus
  • Output FETs for load transient response evaluation (lSL8272MEVAL2Z)
  • Mechanical switch for enable and power-good LED indicator

アプリケーション

  • Server, telecom, storage, and datacom
  • Industrial/ATE and networking equipment
  • General purpose power for ASIC, FPGA, DSP, and memory

ISL8272MEVAL1Z Digital Power Module Eval Board with Pin-strap Resistor Support

ISL8272MEVAL1Z Digital Power Module Eval Board

ISL8272MEVAL2Z Digital Power Module Current Sharing Evaluation Board

ISL8272MEVAL2Z Digital Power Module Eval Board

関連製品

ISL8272M

関連ビデオ

3:27
The ISL8270M/ISL8271M digital DC/DC modules use ChargeMode technology for single cycle transient response performance and compensation-free stability.
1:28
This video demonstrates the ISL8272M, the industry's first fully encapsulated 50A digital power module.
13:18
Learn about the ISL8272M digital step-down power module and how to incorporate this device into your designs.
3:47
The ISL8273M provides best-in-class power density, excellent thermal and electrical performance, power supply optimization and real-time monitoring.
17:15
This presentation will give you a brief overview of the ISL8273M 80A power module's feature set and performances.
3:01
Learn about the ISL8274M, a complete PMBus enabled DC/DC, dual-channel, step-down advance power supply for high power density applications.
9:11
This webinar provides training for the ISL8274M and ZL9024M 30A/30A dual channel and 33A single channel digital PMBus step-down power modules.
3:27
The ISL8270M/ISL8271M digital DC/DC modules use ChargeMode technology for single cycle transient response performance and compensation-free stability.
1:28
This video demonstrates the ISL8272M, the industry's first fully encapsulated 50A digital power module.
13:18
Learn about the ISL8272M digital step-down power module and how to incorporate this device into your designs.
3:47
The ISL8273M provides best-in-class power density, excellent thermal and electrical performance, power supply optimization and real-time monitoring.
17:15
This presentation will give you a brief overview of the ISL8273M 80A power module's feature set and performances.
3:01
Learn about the ISL8274M, a complete PMBus enabled DC/DC, dual-channel, step-down advance power supply for high power density applications.
9:11
This webinar provides training for the ISL8274M and ZL9024M 30A/30A dual channel and 33A single channel digital PMBus step-down power modules.
3:27
The ISL8270M/ISL8271M digital DC/DC modules use ChargeMode technology for single cycle transient response performance and compensation-free stability.
1:28
This video demonstrates the ISL8272M, the industry's first fully encapsulated 50A digital power module.
13:18
Learn about the ISL8272M digital step-down power module and how to incorporate this device into your designs.
3:47
The ISL8273M provides best-in-class power density, excellent thermal and electrical performance, power supply optimization and real-time monitoring.
17:15
This presentation will give you a brief overview of the ISL8273M 80A power module's feature set and performances.
3:01
Learn about the ISL8274M, a complete PMBus enabled DC/DC, dual-channel, step-down advance power supply for high power density applications.
9:11
This webinar provides training for the ISL8274M and ZL9024M 30A/30A dual channel and 33A single channel digital PMBus step-down power modules.

ツール情報

Tools Orderable Part Number (s) Production Status Manufacturer Suggested Single Tool Price
SPQ
Description Distributor Stock Distributors Distributor Purchase Buy Direct
ISL8272MEVAL2Z 量産中 Renesas $150.00 1 0 Call -
ISL8272MEVAL1Z 量産中 Renesas $83.00 1 5 Digi-Key -
3 Mouser

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Disclaimer: THIS MATERIAL IS PROVIDED “AS-IS” FOR EVALUATION PURPOSES ONLY. RENESAS ELECTRONICS CORPORATION AND ITS SUBSIDIARIES (collectively, “Renesas”) DISCLAIM ALL WARRANTIES, INCLUDING WITHOUT LIMITATION, FITNESS FOR A PARTICULAR PURPOSE AND MERCHANTABILITY. Renesas provides evaluation platforms and design proposals to help our customers to develop products. However, factors beyond Renesas' control, including without limitation, component variations, temperature changes and PCB layout, could significantly affect the product performance. It is the user’s responsibility to verify the actual circuit performance.