GL200F35IDT

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Crystals are used to control radio signals in a variety of applications, especially in electronics and communication engineering. As an example, GL200F35IDT is an advanced type of crystal oscillator used as an attracting timing device. In this article, we will analyze the application fields and working principle of this crystal oscillator.

Application field of GL200F35IDT

GL200F35IDT is widely used in the communication engineering field, especially in mobile phone base stations, shortwave radios, and satellite transmissions. This crystal oscillator is also used in many consumer electronics but also for other applications such as medical instruments, navigation, and industrial equipment.

One of the major benefits of GL200F35IDT is its low power consumption. This crystal oscillator can be powered from a variety of power sources such as batteries, solar cells, and AC power, and it can also be used to power other electronic systems, making it a popular choice for many different applications.

Working Principle of GL200F35IDT

The working principle of the GL200F35IDT is based on the principle of quartz crystal resonators. This crystal oscillator contains a quartz crystal cut into a small rectangular shape with metal electrodes connected to its two surfaces. These electrodes vibrate at a specific frequency when an electric current is applied to them, and this vibration produces an oscillation which is then used to generate a radio signal.

One of the unique features of the GL200F35IDT is that it can produce a very accurate frequency even under extreme temperature conditions or harsh environment. This is made possible by the fact that the frequency of the resonator is determined by the properties of the quartz crystal itself and not by external factors. As a result, this crystal oscillator can be used for a wide range of applications requiring precise frequency control.

Conclusion

GL200F35IDT is an advanced type of crystal oscillator which is widely used in the communication engineering field, especially in mobile phone base stations, shortwave radios, and satellite transmissions. It is also used in many consumer electronics but also for other applications such as medical instruments, navigation, and industrial equipment. The working principle of this crystal oscillator is based on the principle of quartz crystal resonators and it is able to generate a very accurate frequency even under extreme temperature conditions or harsh environment.

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