ISL6115EVAL1

The ISL6115EVAL1 evaluation board is an integrated manual current and voltage measurement solution designed to demonstrate the features and flexibility of the ISL6115 voltage and current monitor IC. The board can provide both voltage and current measurements simultaneously, allowing users to measure power for a wide range of applications. The board can also be used as a measurement system for any single channel output voltage or current.

Application Field

The board has a wide range of applications in industrial, automotive, communications, digital power, marine, aerospace, and medical. It is particularly suited for use in automotive battery charging and fuel cell voltage/current measurements for automotive and consumer products. It is also ideal for powering linear and switching power supplies, and can be used in digital power communications measurements as well. The board is capable of reading both voltage and current signals while powering loads, providing users with accurate voltage and current measurements at all times.

Working Principle

The ISL6115EVAL1 evaluation board is designed to read the output voltage and current due to a load. The input power supply is connected to the onboard components which contains a voltage reference, voltage dividers, current shunt, and the ISL6115 monitor IC. The voltage reference provides an accurate and stable voltage to be used for voltage and current measurements. The voltage dividers provide the input voltage and current ranges. The current shunt provides the current measurement range. Finally, the ISL6115 monitor IC collects and processes the voltage and current measurements and provides digital values that are used to convert into the values of voltage and current.

Conclusion

The ISL6115EVAL1 evaluation board is an integrated manual current and voltage measurement solution designed to demonstrate the features and flexibility of the ISL6115 voltage and current monitor IC. It is ideal for use in a variety of applications including automotive, communications, digital power, marine, aerospace, and medical. The board is designed to read the output voltage and current due to a load and can provide users with accurate voltage and current measurements at all times.