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ISL28022EVKIT1Z

RENISL28022EVKIT1Z

Renesas Electronics Corporation
ISL28022 - Power Supply Supervisor/Tracker/Sequencer Power Management Evaluation Board
Active5 in stock

Overview

The ISL28022EVKIT1Z is a comprehensive evaluation platform for the ISL28022 digital power monitor. This board allows engineers to evaluate the IC's ability to measure bidirectional current and voltage with high precision across a wide common-mode range. It features a USB interface for direct connection to a PC, enabling real-time configuration and monitoring through the provided software GUI.

Why Choose This Part

The kit simplifies the integration of the ISL28022 by providing a pre-configured hardware environment for testing I2C/SMBus communication. It supports a wide operating temperature range from -40C to 85C and provides high-accuracy digital output for both voltage and current measurements.

Applications

Battery Charging Systems
Monitoring charge and discharge rates in high-reliability battery management systems.
Server Power Management
Tracking power consumption and bus voltages in data center hardware for efficiency optimization.
Industrial Control Systems
Supervising multi-rail power supplies to ensure proper sequencing and fault detection.
Telecom Infrastructure
Precision current sensing in high-side and low-side configurations for networking equipment.

Key Specifications

Type Power Management
Contents Board(s)
Function Power Supply Supervisor/Tracker/Sequencer
Utilized IC / Part ISL28022

Getting Started

To begin, connect the board to a PC via the onboard USB port and install the Renesas evaluation software to control the ISL28022 over the I2C interface. Use the provided headers to connect external shunt resistors or bus voltages for specific application testing. The GUI provides access to internal registers for configuring gain, bit resolution, and averaging modes.

Also Consider

INA226 Evaluation Module TITexas Instruments - An alternative digital power monitor evaluation kit with high-precision voltage and current sensing capabilities.