GL270F35IDT

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Crystals have been around for centuries, but today they play an important role in modern technology. The GL270F35IDT crystal is a special type of crystal, often used in various applications. In this article, we’ll discuss its application field and working principle.

What is GL270F35IDT Crystal?

GL270F35IDT is a type of crystal oscillator crystal oscillator (COC). It is a high-precision crystalline material, used for precise frequency control between devices. This type of crystal is available in two temperature grades, namely -40 and -20. The crystal is made from quartz that has been cut and treated with a special coating to make it more resistant to environmental conditions. The crystal also has an additional layer of protection, which prevents interference and noise.

GL270F35IDT Crystal Application Fields

The GL270F35IDT crystal is widely used in a variety of applications, like:

• Communication equipment
• Cellular base stations
• Remote control systems
• Automotive electronics
• GPS navigation systems
• Airport control systems
• Television and radio systems
• Satellite tracking systems
• Computer systems

GL270F35IDT Working Principle

The COC uses a tiny piece of quartz that vibrates at a very high frequency to generate a precise frequency output waveform. Quartz crystals are able to generate an output waveform of almost pure sinusoidal waveform, with low ripple voltage or “jitter” t the output. The frequency of the waveform is determined by the length of the crystal and its electrical characteristics. The COC is composed of two electrodes on the quartz substrate, which act as capacitor plates to store electrical energy that is used to sustain the resonant frequency of the crystal.

The GL270F35IDT crystal is also able to function in extreme temperatures, with extreme temperature stability. This means that the output frequency will remain relatively constant over a wide range of temperatures. This makes it ideal for frequency control in applications like automated systems and signal processing.

In order to get the desired output frequency from the crystal, the crystal must be tuned to resonate at the desired frequency. This requires the crystal to be accurately cut and treated to achieve a precise resonate frequency. The COC is usually tuned using a capacitive load, which causes the crystal to resonate at the desired frequency.

Conclusion

The GL270F35IDT crystal is a highly precise crystal oscillator, often used in communication and control systems to maintain high output frequency accuracy. It is versatile and can be used in various applications due to its high temperature stability. The crystal works by vibrating at a very high frequency, which causes the output waveform to be a pure sinusoidal waveform. The output frequency can be adjusted by tuning the crystal with a capacitive load, thus allowing for precise frequency control.

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