BSP762TXUMA1

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The BSP762TXUMA1 (manufactured by STMicroelectronics) is a high voltage multi-channel power device that is well-suited for driving multiple external loads, controlling power distribution to different peripherals and applications, and providing overcurrent protection. It is categorized as a PMIC - Power Distribution Switches, Load Drivers.

The device is comprised of a high voltage n-channel high side switch (HVHS) and multiple low side switches. It is designed for high voltage applications, up to 55V. It also features two differential input pins for switching the external power supplies. The high voltage side of the switch has a wide operating range of up to 550V and can be used for a variety of high power applications.

The HVHS is controlled by two enable pins and two status pins. The enable pins are used to activate and deactivate the switch, and the status pins report the state of the switch. The device supports different switching modes, including PWM (pulse with modulation), "on" and "off" signals, and level triggering with respect to ground. The PWM mode allows for fast switching with no noticeable switching latency.

The device also includes a set of low side switches and a built in circuit protection feature that can protect against overcurrent, overtemperature, and overvoltage, which helps to ensure the reliability of the device. The low side switches can be used to switch multiple external loads, with an individual enable pin for each switch.

The low side switches can be used to apply power to different peripherals, for example, LEDs or motors. The low side switches can also be used to switch on/off different power supplies, or provide power to multiple peripherals, such as a CPU, memory, controller or any other peripheral that needs to be switched on/off.

The BSP762TXUMA1 is a versatile device that can be used to control power distribution in a variety of systems and applications. Its high voltage switch can provide reliable power distribution and its low side switches can be used to control different peripherals. It is an ideal solution for low power applications, such as sensors, embedded systems and IoT devices, for power control and management.

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