UCC3837DTRG4

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The UCC3837DTRG4 is a linear voltage regulator controller designed for a wide range of uses, from power management to audio power amplifiers. It combines advanced features such as programmable line compensation, overcurrent protection and crowbar current limiting with a simple programming interface for quick and easy implementation. The device is ideal for applications such as personal computers, laptop chargers, and any number of other safety critical applications.

The UCC3837DTRG4 combines a high performance linear controller and a negative feedback amplifer (FB_AMP) in a self-contained package. The linear controller provides an output voltage that is accurately regulated to within a few millivolts of the programmed reference. The FB_AMP ensures that the output voltage remains constant even in the presence of load and input voltage variations. Together, the linear controller and the FB_AMP constitute a closed loop control system.

The result is a cost-effective and highly accurate voltage regulator that provides excellent protection against output voltage overshoots and transients, while maintaining low output voltage ripple. When used with a suitable power supply and heat sink, the UCC3837DTRG4 delivers outstanding power regulation performance in a compact package.

The UCC3837DTRG4 has a wide range of features, including a low shutdown current, adjustable line compensation, and a programmable current limit. In addition, the device is designed to be easily integrated into a variety of power management and audio power amplifier designs. To help simplify the integration process, the UCC3837DTRG4 can be programmed via a standard I2C interface. Additionally, the device is available in an 8-pin DIP package for a convenient, low-cost solution.

The UCC3837DTRG4 is an ideal solution for many types of applications, including power management, audio power amplifiers, and any other design that requires a reliable and cost-effective voltage regulator. It combines high accuracy with low power consumption and cost, while providing a simple programming interface for quick and easy implementation.

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