REF192GS-REEL

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A voltage reference, such as REF192GS-REEL, is an important part of power management integrated circuits (PMICs). It is used to provide a stable nominal voltage output. This reference is used as a point of comparison in electronic circuits, allowing other devices to measure voltages relative to this point of reference. In this article, we’ll take a closer look at the REF192GS-REEL voltage reference and its application fields and working principles.

What is a Voltage Reference

A voltage reference is a circuit element used to provide an accurate and stable voltage reference value. Technically speaking, it is a two-terminal device that provides a known voltage over a wide range of conditions. In other words, the voltage does not change over time or when the input power to the device changes.

Voltage references are used in many different types of circuits and systems. They are used to measure voltages in a wide variety of applications. The specification for a specific voltage reference chip will specify the output voltage, output current, operating temperature, power supply voltage and power consumption. These parameters are important when selecting a voltage reference for a specific application.

REF192GS-REEL Application Fields

REF192GS-REEL is a low-dropout voltage reference with a precision output voltage of 2.048V. It is designed to be used in a wide range of applications such as industrial systems, medical devices, telecom systems, and embedded systems. The REF192GS-REEL is capable of providing a stable output voltage even at high-temperature and high-frequency operation.

The REF192GS-REEL is also extremely reliable and offers excellent temperature stability. Additionally, it comes in a small, RoHS-compliant IC package, making it versatile for a variety of applications. To add to its versatility, this device is also reverse protected.

REF192GS-REEL Working Principle

The REF192GS-REEL voltage reference operates on the principle of voltage reference comparing. This device compares the input voltage signal to a known reference voltage value and then uses an amplifier to generate a signal reflecting the difference between those two. The device then uses this signal to accurately regulate the output voltage. The result is a stable output voltage over a wide range of conditions.

This device works on the basis of a negative feedback loop, where the amplifier is used to compare the input signal to the reference voltage. The reference voltage is stored internally and is not affected by changes in the input signal. The negative feedback loop helps to ensure that the output remains consistent regardless of the input or environmental conditions.

Conclusion

The REF192GS-REEL voltage reference is a versatile, low-dropout, precision voltage reference designed for use in a wide range of applications. This device has excellent temperature stability and offers a high level of reliability. It operates on the principle of voltage reference comparing and uses a negative feedback loop to ensure a consistent output. This makes it suitable for use in many different applications.

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