VRE104CA-5

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

VRE104CA-5 Voltage References are semiconductor devices typically used to provide a precise reference voltage for analogue to digital converters, comparators, oscillators, data converters, linear regulators and many other circuit designs. This type of voltage reference is similar to a zener diode, except that its characteristics are a lot more precise and reliable over temperature.

Applications

VRE104CA-5 Voltage References are used in a wide range of applications, primarily to ensure the precision and stability of voltage signals. These applications include but are not limited to:

• Analogue to Digital Converters
• Test and Measurement Equipment
• Data Loggers
• Digital Multimeters
• Industrial Control Equipment
• Medical Instrumentation
• Oscillators
• Data Converters
• Portable Electronics
• Reading and Learning Equipment

Working Principle

VRE104CA-5 Voltage References are based on the operation of a Zener diode, but with its characteristics being more precise and reliable over temperature. Essentially, they are designed to provide a stable and accurate reference voltage in an adjustable manner.

The reference voltage is generated using the Zener effect, which is when an electric current passes in reverse bias across a diode and is limited by the voltage of that diode. This voltage is constant regardless of the load or temperature, so it can be used to power other circuitry with a precise and reliable voltage.

To regulate the reference voltage, numersous other components are included in the circuit, depending on the type of reference being used. These circuit components control the voltage and current for both the reference and output points of the reference.

The output of the voltage reference is then typically connected to the inputs of other circuits, to provide the precise and accurate voltage that is required.

Conclusion

VRE104CA-5 Voltage References are widely used in a variety of applications to provide precise and reliable reference voltages. These voltage references are based on the operation of a Zener diode, but are much more precise and reliable over temperature and other environmental conditions. They are typically connected to the inputs of other circuits to provide the precise and accurate voltage reference that is required.

The specific data is subject to PDF, and the above content is for reference