FAN53526UC100X

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FAN53526UC100X is a voltage regulator used in a wide range of applications. It is part of a family of DC-DC switching regulators that offer up to 95 percent efficiency. This product is designed to regulate the output voltage of power sources ranging from 9V to 50V, making it ideal for applications like automotive, consumer, and communication systems.

The device uses two FAN53526 controllers. The first one is the main controller and regulates the output from the power sources such as car batteries, or AC mains. It adjusts the output voltage by controlling the length of the switching period of its transistor. The second one is the synchronous rectifier which converts the alternating current from the main controller into a regulated direct current output voltage. This rectifier is also responsible for the high efficiency of the regulator

The main features of the FAN53526UC100X are its low standby current of 2mA, and its high efficiency of up to 95 percent. The device also offers over-voltage, under-voltage and over-temperature protection. Additionally, the integrated control circuitry and feedback loop of the device provide excellent control and transient response. This device is housed in a 20-pin, thermally enhanced 9-powerpackage and operates within a temperature range of -40 to +85°C.

The FAN53526UC100X is used in many different applications, including automotive, consumer, and communication systems. It can be used as a voltage regulator and power supply in applications such as car battery charging, battery backup systems, portable audio systems, and Ethernet power supplies. Additionally, this device is well suited for the development of various digital control products like DVRs, remote media boxes, and routers.

In conclusion, the FAN53526UC100X is a flexible and highly efficient DC-DC switching voltage regulator. It features excellent protection features and low standby current consumption. It is the perfect choice for a variety of applications, including automotive, consumer, and communication systems.

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