MAX6002EUR-T

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MAX6002EUR-T is a high-precision, low-power voltage reference from Maxim Integrated. It is used in a wide range of PMIC - Voltage Reference applications, such as data conversion, ADC/DAC calibration, signal processing systems, and power supplies. The device offers an extremely wide operating temperature range of -55 to +125°C, with a maximum reference voltage of 2.048V.This device is capable of providing a highly regulated output voltage with high accuracy and low power consumption. It is designed to provide a stable voltage reference in a wide range of conditions and is able to withstand extreme temperature, shock, and vibration conditions.The MAX6002EUR-T is available in two packages: a 5-pin SOT-23 package and a 3-pin SC70 package. The device offers high current-sinking capability, making it suitable for voltage references in high-current applications. It is also capable of source current of up to 10mA.The device works by providing a reference voltage (VREF) to an external circuit. The reference voltage is determined by the voltage divider circuit, where a resistor (RSET) is connected between the VREF pin and the ground. By adjusting the resistance of RSET, the reference voltage can be set to different values.The output of the MAX6002EUR-T is buffered by two current mirrors, which helps to reduce the voltage drift over temperature. This helps to ensure that the reference voltage remains stable over a wide range of temperatures.In addition to providing a stable reference voltage, the MAX6002EUR-T is also capable of providing a dynamic output impedance, which helps to reduce the output impedance of the device. This helps to reduce the effects of noise and helps to ensure that the output voltage remains stable.Overall, the MAX6002EUR-T is a high-accuracy, low-power voltage reference device that is ideal for a wide range of applications. Its wide operating temperature range and low power consumption make it suitable for many applications, and its buffered output impedance helps to ensure that the reference voltage remains stable.

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