FL3200022 Crystals, Oscillators, Resonators

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Crystals have been used in various fields to generate and control communications, timing and frequency signals. The FL3200022 crystal is a new type of quartz crystal module developed by FL Industries, which is ideal for the implementation of digital signal processing and timing tasks. This article explains the applications and working principle of the FL3200022 crystal.

The FL3200022 crystal is a quartz crystal oscillator module specifically designed for digital signal processing and frequency applications. It is a quartz crystal oscillator module manufactured by FL Industries, with an overall size of 32.0mm x 8.0mm, and can operate in a wide temperature range from -20°C to +70°C. This oscillator module comes with a built-in crystal, fixed operating frequency and low pull range, making it capable of maintaining a precise and stable output frequency. The excellent performance of the module allows it to be used in communications, timing and frequency control applications where precision and stability are essential. Since it is made of quartz, it also offers excellent RF isolation and a very low shock threshold.

The FL3200022 crystal consists of a quartz crystal and a supporting circuitry, which include a resonator, an amplifier and a regulator. The resonator is responsible for converting the applied electrical energy into mechanical energy and then back into electrical energy. This energy is then regulated and amplified by the amplifier and regulator, respectively, before being output from the terminal. The resonance frequency of the crystal is determined by the physical parameters of the quartz material and the internal damping effect. The crystal is then connected to the supporting circuitry and the terminal, which are set to the desired operating frequency.

The FL3200022 crystal is ideal for applications such as microwave receivers, radio communications, digital signal processing and frequency control. It has low jitter and excellent phase noise performance, as well as a low shock threshold, making it suitable for the implementation of communication and timing tasks. Additionally, it can be used in high frequency applications such as pulses and high frequency pulses. Furthermore, it is also an ideal choice for high temperature applications, as it is capable of operating at temperatures of up to 70°C without any performance degradation.

In summary, the FL3200022 crystal is an ideal choice for digital signal processing, timing and frequency control applications. It is highly accurate, stable, and capable of operating in high temperature environments. Its combination of high precision and low jitter performance allows for the generation of accurate and reliable signals, making it suitable for various applications.

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