ISL68201-99260DEMO1Z

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ISL68201-99260DEMO1Z is a DC/DC & AC/DC (off-line) SMPS evaluation board. This board can be used to evaluate the capabilities of the device when they are implemented as power supplies. The board has an array of features and components that help to evaluate the output of the device when integrated as a power supply.

The ISL68201-99260DEMO1Z is based on the device having a 262 kV peak open-loop gain, a frequency range from 40 kHz to 1 MHz, and a line regulation range of ±0.5%. The board utilizes a full-bridge rectifier, current-mode PWM controller IC, and an external MOSFET device for controlling the current flow in the load. An adjustable current-mode control circuit is also included in the board. This allows the user to adjust the switching frequency and adjust frequency response to achieve the desired performance.

The evaluation board can accommodate input voltages from 36V to 73V and can be used in DC/DC or AC/DC converters, and in boost, buck, or buck-boost converter applications. The controller IC has an integrated power-on reset and overvoltage protection. An optional low pass filter helps to reduce switching noise. The board also includes a temperature feedback circuit and can be used with transistor, opto-isolator, or Zener diode based protection circuits.

The ISL68201-99260DEMO1Z evaluation board has a variety of parameters that can be used to measure its performance. These include: power supply efficiency, transient response time, power factor correction, ripple, and voltage regulation. The board also has built-in self-test features that can be used to monitor the performance of the device. This helps to ensure that the device is working properly and meets the specified performance requirements.

The ISL68201-99260DEMO1Z is an ideal solution for evaluating the performance of DC/DC & AC/DC (off-line) SMPS devices. It offers a variety of features and parameters to measure their performance in a wide range of applications. The board also has a number of safety features to ensure a safe operating environment for the device. All these features make the board suitable for many different applications.

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