BTS730XUMA1

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The BTS730XUMA1 is an integrated power management switch device. It is categorized as PMIC (Power Distribution Switches, Load Drivers) which is suitable for providing multiple power outputs with high efficiency and minimal design complexities.

The BTS730XUMA1 integrates 5 N-MOSFETs, 2 P-MOSFETs, a DC-DC synchronous buck converter, two PWM regulators, an LDOs and an output transimpedance amplifier. The device is unified over a single package, providing an embedded monitoring solution to monitor the currents, voltages and temperature of each individual output.

The BTS730XUMA1 offers an integrated high-side and low-side N-MOSFETs for dual-output, multi-rail power distribution switch. The device also features an integrated P-MOSFET to provide a simple system-level protection circuit. It offers a wide range of protection features such as overvoltage, overcurrent, shorts and ESD protection, enabling designers to integrate system-level protection in a more compact design.

The DC-DC synchronous buck converter offers a cost-effective solution for multiple low-voltage outputs. It provides adjustable output voltage and current as well as noise reduction and efficient conversion.

The device also integrates two PWM regulators that provide regulated outputs with spike noise reduction and improved efficiency. The PWM regulators feature an adjustable duty cycle and are capable of operating at the switching frequencies of up to 250KHz.

Integrated LDOs and a transimpedance amplifier enable designers to provide a stable power supply to multiple components within a system. The LDOs offer low noise, low dropout and wide output voltage range while the transimpedance amplifier provides an output current monitor function that can be used to detect various system conditions such as overcurrent, overvoltage and an ESD events.

The BTS730XUMA1 is suitable for a wide range of industrial, automotive and consumer applications. The device is designed for a wide range of operating temperature range for extreme environments. It is a cost-effective solution for multiple, low-voltage power output applications.

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