MP5013GJ-P

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The MP5013GJ-P is part of the PMIC (Power Management Integrated Circuit) portfolio from Texas Instruments. It is a power distribution switch, a load driver, and a combination of both. It is designed to reduce power consumption, reduce overall system costs and simplify the design process by eliminating the need for multiple components.

The MP5013GJ-P is a power switch which integrates a low RDSON (drain to source on-resistance) transistor, control logic and an internal bias into a single package device. This device enables a minimum of 2 channels with a maximum of 8 channels. It handles current up to 10A and delivers superior efficiency while achieving high-reliability, making it ideal for applications requiring high current power distribution with the benefits of a very low input to output leakage current.

The switching principle of MP5013GJ-P is based on N-channel MOSFETs and a combination of changeover and latchable switches in each channel, with output current capacities of up to 10A. The device is compatible with 1.8V to 5V logic supply, and it has a single pin control scheme.

The MP5013GJ-P is designed for a range of application fields such as mobile devices, audio systems, power systems, servers, and embedded systems. It is designed to detect a low logic level (HIGH or LOW) at the control pin of the MP5013GJ-P and respond with a switch action in either "ON" or "OFF" state, which allows for a combination of multiple signals.

The most common application field of the MP5013GJ-P is in mobile devices such as cell phones and other portable devices. It can be used to reduce voltage drops, control power supply to individual circuits and provide efficient power distribution and management in small electronic devices. This can provide significant power savings and extend the device’s battery life.

The working principle of the MP5013GJ-P is based on a N-Channel MOSFET and a logic state- which selectively enable an output switching path. The N-Channel MOSFET operates in ON-State mode with conduction of electric current through the device. It operates in OFF-State mode with blocking electric current from passing through the device. The logic states control the operation of the N-Channel MOSFET and enable or disable electric current flow as required. The N-Channel MOSFET also provides a very low resistance path from source to drain, resulting in improved efficiency.

The MP5013GJ-P is also equipped with Fault code reset and current-limit capabilities. This is especially useful for protecting the system against over-current faults. The device also features a low voltage operation mode, allowing it to operate with low logic supply voltages, which can further extend the battery life in mobile applications.

To sum up, the MP5013GJ-P is an ideal solution for power distribution, load driving, or combinations of both in different application fields. It offers high-efficiency with low power dissipation, low resistance and current-limit protection. With the integration of logic controls and a single pin control scheme, it simplifies the design process and reduces overall system costs.

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