RAA230402GNP#HA0

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RAA230402GNP#HA0 is a high power dual N-channel MOSFET with its main application areas being consumer and industrial electronic equipment. The device features simple circuitry, low voltage operation and low switching power consumption. It has been designed for use in DC-DC conversion, motor drive control and general purpose power switching applications.

The device is designed with a common source and drain structure, which provides a linear response to the input signal. The device is also designed to operate in both the linear and switching modes, allowing the system designer to utilize either a linear or a switching approach, depending on the desired operating characteristics.

In a linear mode, the device has an accuracy of +/- 1 % and a response time of 1 microsecond. This allows for precise control of the output voltage or current. The device can be used in both single and multiple channel designs, with the multiple channel design providing more flexibility and higher output current. In switching mode, the device operates with a frequency of up to 200 kHz and a pulse width of up to 68 nanoseconds. This allows for faster switching of the load, resulting in higher power efficiency and reduced power supply size.

The device also features various safety features such as over-voltage protection, short-circuit protection, over-temperature protection, Under-Voltage Lock Out (UVLO) protection and Output Current Limit (OCL). All of these features make the device suitable for use in applications where reliability, safety and total power efficiency are required.

The RAA230402GNP#HA0 is a versatile linear and switching power supply solution that can be utilized in a wide range of applications. It is designed to provide an efficient, reliable and cost-effective power supply solution for various electronic applications. It features various safety features, a high input voltage range, low voltage operation and low switching power consumption which make it suitable for use in industrial, consumer and automotive applications.

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