MIC2075-1BMM-TR

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The MIC2075-1BMM-TR is an integrated power distribution switch, load driver, low-side switch IC from Microchip Technology Inc. This IC works as an efficient, low-power solution to a wide range of power control and power supply management applications, such as automotive, industrial, and consumer markets.

The MIC2075-1BMM-TR is a monolithic device with two low-side and one high-side switches. It features two low-side switches, which can be individually configurable to support load protection and load current monitoring. The high-side switch is used for over-current protection and load current monitoring. The low-side and high-side switches can be driven separately, allowing them to be used as part of a total system solution.

The MIC2075-1BMM-TR switch comes with a host of features, including: integrated power-on reset, low operating current consumption of 2 μA, 2.4 V to 20 V operation voltage range, active low enable/disable feature, programmable over-current protection, adjustable switching frequency, and line driver capabilities. It also features a fast thermal shutdown feature, which prevents the device from thermal damage due to excessive current.

The MIC2075-1BMM-TR switch is ideal for a range of industrial and consumer applications, such as motor control, electronic power supplies, industrial power supplies, and power factor correction. It can be used in automotive systems to control fuel injectors, water pumps, and HVAC systems. It also works well for consumer applications, such as home appliances, consumer electronics, mobile phones, laptop computers, and other consumer-powered devices.

The MIC2075-1BMM-TR switch is a versatile, cost-effective solution for a wide variety of power distribution, load driver, and over-current protection needs. It is easy to configure and provides high-efficiency, low-power performance over a wide operating voltage range. It is suitable for both industrial and consumer applications, and its high-current switching capabilities make it well suited for use in automotive systems.

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