MAX6193CESA+

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The MAX6193CESA+ is a high accuracy voltage reference IC specifically developed by Maxim Integrated. It offers a wide temperature range and low output noise, which makes it suitable for use in many applications.

The MAX6193CESA+ is a precision voltage reference IC that operates from a low supply over a wide temperature range and provides good line, load regulation and low noise. It achieves an initial accuracy of 0.2 % typical (relative to a 25 °C temperature) and can be further calibrated for higher accuracy. The output voltage is adjustable and accessible through a 3-wire port via an external resistor divider. The output impedance is low which ensures good stability over temperature and load.

Typical applications of the MAX6193CESA+ include precision voltage references, sensor interface, and analog-to-digital converter (ADC) reference. It is especially suitable for applications using ADCs, such as medical, industrial, and consumer systems.

The MAX6193CESA+ provides a low-noise, stable, and accurate voltage reference. It includes a series reference and an adjustable voltage regulator. The series reference is a precision voltage referenced that has an accuracy of 0.2 % typical across the full temperature range. The adjustable voltage regulator provides an adjustable output voltage, which can be adjusted in small increments.

The MAX6193CESA+ has very good line and load regulation characteristics. It is designed for ultra-low output noise and is capable of providing a stable output voltage over a wide temperature range. The reference also has a low output impedance, which aids in achieving a stable output voltage over temperature and load variations.

The output impedance of the MAX6193CESA+ is also very low, which ensures good stability over temperature and load. This allows for a stable output voltage, even under dynamic load and temperature changes. It also provides for low output noise, with typicall noise of only 0.2 µVrms (1 kHz to 10 MHz).

The MAX6193CESA+ also includes an on-chip temperature-compensated reference (TCR) circuit. This ensures a high accuracy over temperature, and it also compensates for offsets caused by temperature. The TCR also provides excellent stability over temperature and line variations.

The MAX6193CESA+ is a reliable and accurate voltage reference IC, suitable for a wide range of applications. It is capable of providing a stable output voltage over a wide temperature range and with low output noise. Its low output impedance ensures excellent stability over temperature and load changes, and its on-chip temperature-compensated reference circuit ensures high accuracy over temperature. This makes the MAX6193CESA+ an ideal choice for many PMIC - Voltage Reference applications.

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