FRSONT077 Crystals, Oscillators, Resonators

Introduction

FRSONT077, also referred to as a frequency response sensing oscillator, is an integrated frequency control transponder. It is designed to be deployed in a wide range of applications in industrial, aerospace, automotive and consumer markets where robust performance and reliability is critical. Its flexible customization allows it to be tailored for a variety of operational conditions and environmental conditions.

Application Field

FRSONT077 can be used in applications for frequency control. Its wide range of application fields can be found in industrial, automotive, aerospace, consumer, aerospace and defense markets. It can be used to control frequency in automotive and industrial applications such as engine management systems, power control inverters, and switch mode power supplies. It also can be used to control frequency in aerospace applications such as aircraft instrumentation and engine control systems. As well, it can be used in mobile and wireless infrastructure communications.

Working Principle

The FRSONT077 is composed of a capacitor, an inductor and a transponder. Its operation can be described as a frequency response sensing oscillator. When the transponder is exposed to a constant frequency, it will generate a frequency-dependent response. The generated response is regulated by changing the capacitance or inductance of the circuits. As the capacitance and inductance are changed, the operating frequency of the oscillator will also change, depending on the response of the circuits.

Conclusions

The FRSONT077 is a frequency response sensing oscillator, an integrated frequency control transponder, designed to be used in a variety of applications. Its flexible customization allows it to be tailored for a large range of operating conditions. Its working principle is that it produces a frequency-dependent response when it is exposed to a constant frequency. By changing the capacitance and inductance of the transponder, the operating frequency of the oscillator can be altered, depending on the response of the circuits.