Renesas Electronics ISL28022EVKIT1Z, Power Monitor Evaluation Kit for ISL28022

The Renesas Electronics ISL28022EVKIT1Z evaluation kit is a comprehensive development platform for the ISL28022 digital power monitor. It enables engineers to rapidly prove out system‑level current, voltage and power monitoring in both high‑side and low‑side configurations. Featuring three printed‑circuit‑boards (a USB dongle board, a load board and a generic ISL28022 board), this kit supports bus voltages up to 60 V and includes downloadable GUI software for real‑time measurement, logging and analysis.

Crucial Features and Benefits of the Renesas Electronics Power Monitor Evaluation Kit for ISL28022

• Complete evaluation system with dongle board, RLOAD board and generic ISL28022 board for flexible testing.
• Support for bus voltage measurement from 0 V to 60 V, enabling both low‑side and high‑side monitoring.
• 16‑bit ADC resolution for current and voltage channels, delivering high‑accuracy power calculations.
• Graphical user interface (GUI) available for configuration, data logging and I²C control of the ISL28022.
• Enables negative system voltage measurements, fault detection (over‑voltage/under‑voltage/current) and alert indication.
• Kits include software, board documentation and a complete user guide for rapid prototyping and integration.

Designed for Power Monitoring Applications

The ISL28022EVKIT1Z has been designed to enable system developers to validate key power‑management functions quickly. With its modular boards, users can measure board‑level load conditions, integrate with USB‑powered supplies or custom systems, and analyse results through a PC interface.

Application Potential of the Kit

• Evaluating power monitoring solutions in server and data‑centre PSU rail designs.
• Measuring current, voltage and power in battery‑backed systems or telecom power supplies.
• Verifying diagnostic and fault‑detection features in industrial automation systems.
• Prototyping energy analytics and efficiency monitoring in instrumentation or embedded systems.
• Integrating into design validation workflows for multi‑phase power supplies or high‑side sensing.

For more information please check the datasheets.