MAX6164AESA+T

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The MAX6164AESA+T integrated circuit is an adjustable precision shunt regulator which is designed to source or sink current. It is based on a voltage reference, and is part of a PMIC (Power Management Integrated Circuits) family. This IC provides superior performance, accuracy and temperature stability to power management applications requiring an adjustable output voltage and current sources. The MAX6164AESA+T integrated circuit is designed for use in medical, industrial and automotive applications. The MAX6164AESA+T is available in a variety of thermal packages and comes with a choice of supply voltage ranging from 0.8 V to 6.0 V.

The MAX6164AESA+T consist of two main parts: the voltage reference and the current source. The voltage reference consists of a band-gap reference with adjustable gain. The gain is adjustable via external resistors and is capable of generating an accurate voltage reference over a wide temperature range and a wide range of bias currents. The voltage reference provides maximum reference accuracy of +/- 5 mV over a temperature range of 0°C to 85°C. The output voltage of the device is adjusted by externally connecting two external resistors.

The current source part of the MAX6164AESA+T is based on a constant current circuit, where the output is proportional to the voltage drop across a resistor or potentiometer. The output impedance is adjustable and the current-sense inputs can be used to limit or enhance current transfer during the reference output and current source operations. In addition, the current sources are capable of sourcing or sinking up to 2 amps of current without external protection circuitry.

The MAX6164AESA+T is designed to operate over a wide temperature range. Low output voltage drift, low noise and power supply rejection is achieved with an optimum operating temperature range of 0°C to 85°C. MAX6164AESA+T also offers short circuit and current limiting protection to prevent overtemperature and excessive current draw. The MAX6164AESA+T 5 V voltage regulator is designed to provide very low dropout, power supply rejection and power supply immunity characteristics.

The MAX6164AESA+T integrated circuit is a versatile device used to provide power management functions. Its use in automotive, medical and industrial applications provides an array of features and benefits. It takes advantage of the steady reference voltage over a wide temperature range, and its adjustable current sources allows for a wide dynamic range. The low dropout voltage, low noise and power supply rejection provide reliable and accurate performance. With its low cost and high level of protection, the MAX6164AESA+T is a device which can provide reliable, cost effective and efficient power management operations.

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