DRV104PWPR

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The DRV104PWPR is a monolithic high-side N-channel MOSFET gate driver with power feature set. It is a Power Integrated Circuit module that can be used to control and monitor the flow of electricity in various applications. The DRV104PWPR is part of Texas Instruments’ DRV104 family of power distribution switches, load drivers and gate drivers. The DRV104PWPR is designed to support the lower power requirements of devices such as LEDs and other low voltage devices.

The DRV104PWPR features a 50V supply voltage range and a wide operating temperature range of -40 °C to 125 °C. Its 1.4 A peak current (1 kHz PWM) and 1.8 A sink current ratings make it suitable for a wide range of applications. The module supports both single and dual channel modes, with configurable open source and close source waveform type. This allows for various flexibility and control of the power output.

The DRV104PWPR has configurable internal soft-start time, a thermal shutdown protection feature, over current and over temperature protection. It also comes with an adjustable current limit and an active power management system.

The DRV104PWPR’s gate driver is designed to drive higher-side N-channel power MOSFETs, as well as lower-side N-channel power MOSFETs. It also supports synchronous rectification for enhanced efficiency. The module also features short circuit protection, allowing the device to be easily used in a range of different applications and operational environments.

The DRV104PWPR is suitable for use in applications ranging from home appliances and industrial lighting to automotive lighting and automotive power systems. It can be used to control the switching of devices such as motors, relays, and LEDs. The module can also be used in gate drivers for power MOSFET devices.

The DRV104PWPR has a wide operating temperature range and provides multiple protection features. The module has adjustable current limit and active power management to further improve the reliability and performance of the device in various operational environments. The module is also designed to be cost-effective and able to withstand harsh environments.

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