MAX6126BASA21+

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The MAX6126BASA21+ voltage reference is a precision bandgap voltage reference (Band-Gap voltage reference) product with a wide range of features and applications, offering excellent accuracy, low power consumption and enhanced reliability.

The MAX6126BASA21+ is a reliable, high-performance voltage reference that is suitable for various types of electronic equipment and systems. It is designed to provide a precisely regulated reference voltage with a wide range of output ranges up to 10V, with a maximum accuracy of 0.14 %. It also features low Power Supply Rejection, high Immunity to Line Transients and excellent Temperature Coefficient. All these features make it an ideal product for applications that require precision voltage regulation, such as industrial instrumentation, telecom power supplies, server power systems, laptop computers and batteries.

The MAX6126BASA21+ works in a very simple fashion. It uses a bridge rectifier circuit in combination with a voltage regulator to provide a reference voltage that is relatively immune to changes in input voltage. The bridge rectifier provides the initial voltage that is supplied to the voltage regulator. The voltage regulator then regulates the voltage by comparing the input voltage to a reference output voltage and adjusts its output to match thereference voltage. This type of regulator is also referred to as a linear or shunt regulator. It is commonly used in circuits that require precise control of the output voltage, such as voltage reference circuits and DC power supplies.

The MAX6126BASA21+ is a dual-channel voltage reference, providing two independent channels with a common reference voltage. It can be used to provide voltage references for applications such as data converters and AC/DC switching power supplies. It also features an internal resistive temperature coefficient to ensure accurate temperature compensation, high immunity to line transients, and low power supply rejection.

The MAX6126BASA21+ is an excellent choice for voltage reference applications where accuracy, power consumption, and reliability are of paramount concern. Its wide range of features and applications make it a versatile product that can be utilized in a number of different applications. Its superior temperature stability and low power consumption make it suitable for use in industrial, medical, communications, and automotive applications. Its wide operating range and high accuracy ensure that it can be utilized for a variety of applications and environments.

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