CS5165AGDW16

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CS5165AGDW16 is a special purpose voltage regulator from the CS5000 AMS family of regulators developed by Center Semiconductor. This regulator is designed to efficiently and accurately regulate the output voltage of a wide range of input voltage sources without the need for an external sense resistor. This device is particularly suitable for applications that require high accuracy, low noise and fast transient response.

The CS5165AGDW16 family consists of 5 regulators with different input and output voltage ranges. The wide range of input voltage (from 0.7V to 16.5V) provides an even greater range of application solutions. The output voltage options include 0.7V, 1.2V, 1.5V, 2.5V and 3.3V.

The main application field of the CS5165AGDW16 is the processor core voltage regulation. Processor core voltage regulation is essential for energy efficiency and performance. Core voltage needs to remain consistent during loading cycles to achieve high performance. The on-chip voltage regulator protects the processor core from damage in case of overloading or overvoltage.

The working principle behind the CS5165AGDW16 is based on the concept of regulating output voltage through the use of feedback control. This feedback control is provided by an internal voltage loop that monitors the voltage at the output and adjusts the current flow through the regulator to correct any deviation from the set point. This ensures that higher accuracy and faster transient response is maintained.

The CS5165AGDW16 features low output noise, low quiescent current and optional integrated power-on reset (POR) circuit. There is also an integrated over-temperature protection circuit which ensures that in case of over temperature the regulator is shut down to prevent damage.

In conclusion, the CS5165AGDW16 is an ideal choice for processor core voltage regulation applications. With its high accuracy regulation, low noise and fast transient response it is an ideal solution for modern applications demanding high efficiency and performance.

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