LX6431CLP

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The LX6431CLP is a voltage reference PMIC from Texas Instruments featuring an adjustable voltage output, making it a popular choice for applications in telecommunications, computer, industrial and consumer applications. This device is available in a variety of standard packages, including a SOIC-8, TSSOP-14, and MSOP-8.

The main purpose of the LX6431CLP is to provide a stable and reliable reference voltage for a variety of systems. The device is able to generate a highly accurate voltage reference and control the output voltage with a selectable 3-bit register. The device can be adjusted in steps of 0.125V over a range of between 0.375V and 5.125V.

The working principle of the LX6431CLP is based on a bandgap reference topology. In this type of circuit, two resistors are connected between two non-zero voltage sources, forming an inverted voltage potential. The circuit uses this potential to create a highly temperature-stable voltage reference. The voltage will be regulated and referenced by two bipolar transistors whose base bias current is controlled by the selectable 3-bit register.

The LX6431CLP is commonly used in systems where a highly stable, low-noise reference voltage is required. It is particularly popular in remote control systems, audio applications, computer power supplies, medical instrumentation, and telecommunications. The device can also be used to power A/D and D/A converters, providing a high accuracy and low cost reference solution.

The LX6431CLP is a great choice for applications where a robust, low-noise voltage reference is needed. The device’s adjustable output, easy programming, and small packaging make it a popular choice for a variety of applications.

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