ISL6228HIEVAL3Z

The ISL6228HIEVAL3Z Evaluation Board is a DC/DC & AC/DC (Off-Line) SMPS that is suitable for High Voltage applications and offers a high efficiency power management solution in a small, cost effective form factor. This Evaluation Board is used to evaluate linear, non-linear, and variable frequency converters, as well as dual isolated controllers for high voltage applications in the automotive, avionics and military markets.

The ISL6228HIEVAL3Z works by providing an isolated, regulated, and adjustable output voltage to the output load. The input voltage can be adjusted to improve performance, provide safety, and maintain a steady output. Voltage is regulated through a combination of feedback loop control and current output modulation techniques within the board.

The board contains two synchronous rectifiers, one each for input and output. Each rectifier provides efficient power conversion and maintains the steady current and voltage throughout the load cycle. The board also features an adjustable power limit, an adjustable current limit, and a voltage error amplifier for improved stability. The board is protected against over-voltage and over-current conditions as well as over-temperature conditions.

The ISL6228HIEVAL3Z Evaluation Board supports a wide range of output sources including AC, DC, and battery, as well as a variety of output loads including resistive, inductive, and other load types. The board also supports a range of input and output devices such as MOSFETs, transistors, and diodes. It is also capable of being operated in line with other DC/DC converters for additional flexibility.

The board is designed to work with input and output voltages ranging from 15V to 300V and is supported in accordance with IEC 60076 and IEC 61131 standards. It is certified for safety, including UL safety certification, as well as for EMI and ESD. protection.

Overall, the ISL6228HIEVAL3Z Evaluation Board is a high-quality, high-efficiency, cost effective alternative to non-linear power solutions. Its adjustable power limit, adjustable current limit, and voltage error amplifier provide a reliable and accurate power delivery system for a range of applications.