MAX6023EBT45+T Integrated Circuits (ICs)

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The MAX6023EBT45+T voltage reference is a member of the MAX6023 family of high-precision, CMOS-based voltage references. The family offers several low-noise voltage references designed to provide precise voltage reference levels with high accuracy and low drift. The MAX6023EBT45+T is particularly suited for applications where a low supply current and temperature stability are desired. In this application field and technology, the MAX6023EBT45+T allows for improved reference accuracy, stability, and noise performance.

The MAX6023EBT45+T provides a precision voltage reference with an output accuracy of 0.25 millivolts. Additionally, the MAX6023EBT45+T features ultra-low power consumption and a high level of temperature stability. This voltage reference is suitable for a wide range of applications, including voltage regulators, instrumentation boards, data acquisition systems, and power management.

The basic operating principle of the MAX6023EBT45+T is derived from the behavior of any precision voltage reference. Specifically, the device utilizes a well-engineered feedback loop which includes an input voltage (Vin), an internal reference voltage (Vref), and a control element (MOSFET). The device begins by using an internal voltage reference to create an output voltage that is proportional to the input voltage. The output voltage is then compared to the internal reference voltage and if necessary, the output is adjusted accordingly.

In addition to this basic voltage reference application, the MAX6023EBT45+T has several additional features which make it ideal for systems requiring low power consumption, high accuracy and low noise operation. These features include a low supply current of 15µA, low output noise of 0.1µV, excellent temperature stability over a wide range of operating conditions, and a maximum differential output error of 0.003%.

In summary, the MAX6023EBT45+T voltage reference allows for improved reference accuracy, stability, and noise performance. The device combines ultra-low power consumption and high temperature stability with an output accuracy of 0.25 millivolts, a low output noise of 0.1µV, and a maximum differential output error of 0.003%. It can be used in a wide range of voltage regulator, instrumentation, data acquisition, and power management applications.

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