ZRA250N801TA

PMIC - Voltage Reference

The ZRA250N801TA is a popular choice when you need a voltage reference. It is an integrated circuit device, known as a programmable precision voltage reference. It offers a wide voltage range, stable and accurate voltage output, and many features.

Application Field

The ZRA250N801TA is ideal for applications where accurate voltage references are required, such as data acquisition systems and digital-to-analog converters. It is also suitable for use in microprocessor applications requiring a reference voltage, as well as medical equipment and power control applications.

Features

The ZRA250N801TA is an ideal choice for precision voltage reference applications. It has a high accuracy, low noise and low power consumption, and is resistant to temperature variations. It offers a wide range of output voltage options, including 0.8V to 10.2V, and is available in a variety of packages. It also offers a power down mode to reduce power consumption when not in use.

Working Principle

The ZRA250N801TA uses a bandgap reference to generate an accurate and stable voltage output. A bandgap reference is a circuit with two differently doped, or n-type and p-type, materials in a junction. This creates a voltage difference between the two parts of the circuit, which is then used as an accurate reference voltage. This voltage is then amplified and filtered to produce the desired low-noise output.

Conclusion

The ZRA250N801TA is an excellent choice for applications that require precise and stable voltage references. It is highly accurate, low noise, low power consuming, and resistant to temperature variation. Furthermore, it offers a wide range of output voltage options, making it suitable for a variety of applications.