MIC2042-1YM-TR

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Power Management Integrated Circuit (PMIC) devices are the key components used for managing and distributing power in many different applications. The MIC2042-1YM-TR is an advanced PMIC device which is available in a compact 6-pin surface-mount package. It is designed to provide the highest level of protection, precision, and efficiency for current and voltage monitoring in high-performance applications.

Application Field: The MIC2042-1YM-TR has been developed to provide best-in-class power management solutions for a wide range of applications. It is suitable for use in medical, industrial, military and automotive applications. It can also be used in high-end server and storage applications, where precise current or voltage monitoring and regulation is required.

Working Principle: The MIC2042-1YM-TR is a two-channel, 6-pin FET switch, load driver, and low-side current sensing device. It integrates two independent FET switches and two independent sense amplifiers. It is equipped with a linear regulator for each channel that operates at an operating temperature range of -40°C to +125°C.

The device has on-chip isolation protection circuitry which prevents the output from being damaged due to overvoltage. It is also designed with a low on-resistance FET which can withstand up to ±35V and can provide up to 3A of continuous current each.

The MIC2042-1YM-TR is also equipped with two independent current sense amplifiers which are designed to accurately measure the load current. This feature provides open-drain accuracy detection as well as reduced power consumption and lower component count.

The device also has an Automatic Power Save (APS) feature which reduces the power consumption whenever the load current drops below a set limit. This ensures that the power consumption is minimized while maintaining the necessary load current.

The MIC2042-1YM-TR features a wide range of features which makes it ideal for use in extremely demanding applications. Its high level of performance, low power consumption, high accuracy current and voltage monitoring, and robust protection circuitry make it an excellent choice for high-performance power management applications.

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