ISL8002DEMO1Z

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ISL8002DEMO1Z is a Cost-effective development platform from Intersil Corporation that provides high performance isolated power supply for optimized evaluation of SIP and Skit point-of-load (POL) dc/dc converters. It is an ideal platform for testing isolated power solutions in both DC/DC and AC/DC (off-line) SMPS applications.

For DC/DC applications, it is available with 3V, 5V, 12V, 15V, and 24V DC input voltage level. The output voltage of the board can be configured to any of the same DC voltage levels. It can also be adjusted to nine different output voltages (with 300 mV adjustment step size) ranging from 1.2V to 15V. The board features a wide range of output current with a maximum output voltage of 6A. It also features both voltage-mode and current-mode control with a high performance programmable power path controller providing accurate real-time state-of-charge monitoring.

For AC/DC (off-line) applications, the board provides a wide range of output power from 15W to 75W. The AC input voltage range is from 90V to 250V. It features a high performance programmable power path controller, providing real-time monitoring of the output power and indicating any abnormal conditions immediately. It also provides an adjustable output current limit setting, enabling precise power consumption.

The board has a unique energy-saving approach that allows it to draw very low power while still providing a stable, safe and reliable output voltage. The board also features an isolated AC-DC power solution with a wide input voltage range of 90-250V AC. This makes the ISL8002DEMO1Z ideal for applications like internet of things (IoT) and industrial control that require wide AC input voltage ranges.

Overall, the ISL8002DEMO1Z is a great platform for DC/DC and AC/DC (off-line) SMPS applications. It offers superior cost-efficiency, high performance current and voltage control, precise power consumption monitoring, and an energy-saving approach. With the help of the ISL8002DEMO1Z evaluation board, designers can quickly evaluate performance and strengths of their designs and make important tweaks to obtain optimum performance.

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