VRE304AS

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VRE304AS is an adjustable voltage reference family from Texas Instruments. It combines low temperature drift, accuracy and low quiescent current in a tiny SOT-23 package along with a ±1 percent reference accuracy over a temperature range of -40°C to +125°C. These features make VRE304AS suitable for many applications.

The VRE304AS family is a series of linear voltage reference devices that uses a bandgap reference circuit to generate a fixed voltage output. Bandgap references are designed to be able to generate a reference voltage regardless of process and temperature variations. This makes them ideal for voltage reference applications, as they can produce a consistent reference voltage even in the most extreme and dynamic conditions.

VRE304AS can be used in battery backed, anti-aliasing and loop filter applications, due to its low temperature drift and accuracy, it can be used as a reference voltage in automotive, medical and industrial applications as well. The device is suited for use as a precision reference in systems requiring a highly accurate voltage source where temperature stability, current consumption, and space-savings are critical.

VRE304AS offers a wide operating range from 3.2V to 24V, with a typical output voltage of 2.048V, allowing for more flexibility for design engineers. In addition, the device features a low quiescent current of 3.2μA (maximum) and an operating temperature range from -40°C to +125°C.

The device is available in a tiny SOT-23 package, which is ideal for space constrained applications. The package is also designed for thermal performance and EMI shielding for noise sensitive applications. The device is designed for operation with a single supply voltage and exhibits a very low temperature coefficient.

In summary, VRE304AS is an adjustable voltage reference family with low temperature drift, accuracy low quiescent current and a wide operating range. It is suitable for a variety of voltage reference applications, especially those where space-savings and temperature stability are critical.

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