ZRC250N801TA

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A voltage reference, often called a precision voltage source, is an electronic device that produces fixed, stable and accurately known values of voltage. ZRC250N801TA is a type of voltage reference family manufactured by the TAITIEN. It consists of two precision voltage references, one of which is a 5.0V full scale and the other is a 2.5V span. The details of this product are given below.

The ZRC250N801TA family is designed to meet the needs of wide-ranging applications. It features low power consumption and good temperature performance, making it well suited for use in a variety of battery powered and other portable devices. In terms of accuracy, the ZRC250N801TA provides ±7ppm/°C (max) temperature coefficient over an extremely wide temperature range, from -55°C to +125°C. Furthermore, it offers ±1% (max) initial accuracy and drift over the entire temperature range.

The working principle of the ZRC250N801TA is based on a circuit topology using a resistive voltage reference and a temperature compensated band gap voltage reference. The resistive voltage reference provides a stable voltage output over a wide range of temperature and load. The band gap reference is temperature compensated, so any temperature changes will not cause the reference voltage to drift. The end result is a more stable and accurate reference voltage over temperature changes.

The ZRC250N801TA is suitable for many applications, including medical and industrial. Due to its accuracy and stability, it is ideal for use as a voltage reference in controlled environments, such as industrial process control and medical instruments. It can also be used in embedded applications, where accuracy, stability and precision are important. In addition, it is used in LCD monitors and displays, where the accurate voltage output is required for display brightness control.

In summary, ZRC250N801TA is a high-precision voltage reference family designed to meet the needs of wide-ranging applications. Its low-power consumption, good temperature performance and its excellent accuracy and stability make it a good choice for applications where precision is critical. The device is suitable for use in both industrial and medical environments, as well as in embedded applications where accuracy and stability are important.

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