AS431ANTR-E1

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The AS431ANTR-E1 is a voltage reference that provides a stable output voltage without any external adjustments. This device is a member of the popular family of precision adjustable voltage references, which offer excellent line and load regulation. This makes them ideal for use in numerous applications.

The AS431ANTR-E1 has a wide input operating voltage range of 4.5 V to 36 V. It can generate a steady output voltage of 0.3 V to 5.0 V. This product has a voltage accuracy of +/- 0.3 %, which makes it well suited for applications with strict accuracy requirements. The device also features a low current consumption of just 6 µA in ECO mode and 8 µA in normal mode. The AS431ANTR-E1 also offers a wide variety of control features, such as an enable pin, so that the device can be placed in power-down mode when not in use, or a remote sense pin, which allows the device to sense the output voltage remotely.

The AS431ANTR-E1 is designed for a variety of applications, including high-precision power supplies, automotive power systems, and medical applications that require stable and reliable DC voltage. Its high accuracy and low noise make it perfect for various industrial and scientific applications, such as data acquisition and automated test equipment. In addition, the device is also suitable for powering stable digital logic circuitry and analog signal chains.

The AS431ANTR-E1 works by using a bandgap reference circuit to generate a very precise and stable output voltage. This circuit is able to generate a very accurate output voltage without being affected by environmental changes such as temperature, humidity and line voltage fluctuations, which ensures a stable output voltage year round. The output is then regulated by an error amplifier and controlled by a feedback loop until it reaches the desired voltage.

The AS431ANTR-E1 is a great choice for those looking for a reliable and affordable voltage reference solution. It offers great performance, accuracy and low noise in a wide range of applications and can easily be integrated into existing system designs.

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