STMicroelectronics Power Management Evaluation Board Development Kit STEVAL-ISQ007V1

STMicroelectronics STEVAL-ISQ007V1 Power Management Evaluation Board is a development kit built to assess and implement the TSC101 current sensing integrated circuit. This board precisely measures very small voltage drops across high-side shunt resistors and amplifies the difference using internally fixed gains, translating them into ground-referenced output voltages. Featuring independent supply and input common-mode voltages, it supports a broad common-mode operating range between +2.8V and +30V.

The evaluation board can withstand a common-mode surviving range of -0.3V to +60V, including load-dump conditions, and supports a wide supply voltage range from +4V to +24V. It consumes low power with a maximum current consumption of 300μA, enhancing power efficiency in embedded and power management applications.

The internally fixed gain options of 20V/V (TSC101A), 50V/V (TSC101B), and 100V/V (TSC101C) enable precise amplification tailored to specific sensing requirements. With a buffered output, the board ensures stable signal delivery for accurate current sensing in high-current power rails. It is designed for use in electronic development, industrial monitoring, and laboratory environments that require robust and reliable power measurement tools.

The STEVAL-ISQ007V1 kit is ideal for engineers and developers engaged in power management and microcontroller applications requiring detailed performance analysis and development. This Evaluation Board amplifies small voltage drops across high-side shunt resistors for precise current sensing.

Supports independent supply and input common-mode voltages with a wide operating range from +2.8 to +30V. Wide common-mode survival capability from -0.3 to +60V (load-dump tolerant). Operates over a supply voltage range of +4 to +24V with low current consumption up to a maximum of 300μA.

Includes internally fixed amplifier gains selectable as 20V/V (TSC101A), 50V/V (TSC101B), or 100V/V (TSC101C). Provides buffered output for reliable and stable current sensing applications. Designed to measure current flowing in high-current power rails by converting voltage drop to a ground-referenced output voltage.

RoHS compliant, suitable for power management and electronic component development use cases. Ideal for industrial, laboratory, and electronic development environments requiring precise power monitoring and control. For more power management and evaluation solutions, browse the complete STMicroelectronics category on EnvMart.