FD7500013

Oscillators play an essential role in many electronic applications such as in radio signal transmitters and receivers, data communication systems, and so on. The FD7500013 oscillator is one of the most popular oscillator products used in circuits due to its high stability, low power consumption, ease of use, and competitive pricing. This article will discuss the application field and working principle of the FD7500013 oscillator.

Application Field

The FD7500013 is a low frequency oscillator that offers precise frequency stability. It is a dual oscillator, with two independent outputs that can be used to drive the sync transceivers. It has a frequency range of 0.1-2 Hz, which makes it suitable for many applications in the frequency stability field. It is used in many communications fields, such as wireless communications, data communication, telecommunication, signal transmitters and receivers, and other general purpose electronic circuits. It is especially useful for those applications that require high frequency stability, low power consumption, and low cost.

The FD7500013 is also suitable for applications such as automotive, medical, and security systems. Its stable frequency is suitable for monitoring of sensors and data transmission between components. It is also commonly used in the development of medical instruments, such as blood pressure monitors, as well as for creating security systems. It is used in many industrial processes for data management and control.

Working Principle

The FD7500013 oscillator works on the principle of frequency stabilization. It uses two independent crystal oscillators, each with their own internal circuit. The oscillators are tuned to a frequency that is chosen depending on the application. The oscillators then work together to keep the frequency stable and accurate. The two oscillators share the same voltage and the frequency change is negligible compared to the overall frequency accuracy.

The oscillator also uses temperature compensation to ensure frequency stability and accuracy. It uses two circuit elements, a thermistor and diode, connected in parallel to the oscillators. The thermistor is used to detect changes in temperature, while the diode is used to detect changes in the supply voltage. Both of these components are used to compensate for temperature and voltage changes, ensuring that the oscillator maintains reliable frequency accuracy.

Conclusion

The FD7500013 oscillator is a high quality oscillator used in many different applications. It is easy to use and provides reliable frequency stability. It is especially practical for applications that require high frequency accuracy and low power consumption. The oscillator\'s working principle is based on frequency stabilization and temperature compensation, making it a viable option for many applications.