FPF2100

PMIC - Power Distribution Switches, Load Drivers

FPF2100 is an extremely precise, all-digital linear power distribution switch and load driver suitable for a wide variety of systems, including automotive and consumer applications. FPF2100 is the most sophisticated and linear power distributor available in the market today. It offers superior performance and flexibility, with when compared with other non-linear distributions switches or load drivers.

Application Fields

The FPF2100 is suitable for a wide range of applications, including automotive, consumer and industry, due to its superior accuracy and low latency. It can be used imparting precision, accuracy and performance when it comes to power distribution, battery management, consumer electronics application and others.

The FPF2100 can be used to provide robust and energy-efficient power distribution in vehicle systems such as Battery Management Systems, General Motors All electronic Towing Systems, Automotive Head-Up Systems, Automotive Noise Cancellation, Automotive Air Conditioning, General Motors Rear Vision Systems and other consumer applications like mobile phones, personal computers, and televisions.

The FPF2100 also finds use in a variety of industry-specific applications such as medical imaging and printing systems and building automation systems.

Working Principle

The working principle of the FPF2100 is based on its unique linear power distribution and load-driving technology. This technology operates by dynamically controlling the voltage and current of a power supply, allowing it to be adjusted quickly and accurately, reducing power consumption and improving response time.

The device enables power to be distributed among multiple components, without any energy losses due to current or voltage imbalance that is typical of other power distribution devices. This improves system efficiency and reliability, while providing flexibility and accuracy in power distribution.

The FPF2100 also has a wide operating range, which can be adjusted to the specific application requirement, providing optimal power efficiency and performance. The integrated digital slow-start circuitry further optimizes power consumption, while the built-in Electronic Switch Off (ESO) feature provides excellent protection against over-voltage, under-voltage and over-current conditions.

The FPF2100 also enables system designers to implement a wide range of Smart Power/Power Saving Modes, allowing system power consumption to be closely monitored and limited.