FL3200037 Crystals, Oscillators, Resonators

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FL3200037 Crystals: Its Application Field and Working Principle

Crystals play a vital role in our lives, and FL3200037 Crystals are no exception. This type of crystal is a fully integrated frequency synthesizer, which has wide application in many areas requiring precision oscillation. It finds largely uses in the environments of telecommunications, military and many other sensitive electronic equipment. But what makes it stand out among all other crystals? What is the working principle of the FL3200037 Crystals? Let’s explore it together.

Application Field

The FL3200037 Crystals can be applied in a variety of areas requiring precision oscillation. It operates in the frequency range from 2.5MHz to 40MHz and its special designed micropower make it ideal for low power applications. As mentioned before, its widely used in places like telecommunications, military, automotive and others.

• Telecommunications field: This type of crystal is very reliable in producing signals interference resistant and long lasting over a long period of time. It’s available in various package options and they are widely used by telecommunication equipment such as GSM and LTE transmitters, base stations and power amplifiers.
• Military field: FL3200037 crystals are made of high-quality materials and they are manufactured under strict quality standards. These crystals provide reliable operation and long-term stability in extreme environments, making them highly demanded in military operations.
• Automotive field: These crystals are integrated in many automotive products for their excellent environmental stability and performance. They are used in vehicle navigation, engine control and monitoring systems.

Working Principle

FL3200037 Crystals are able to generate very accurate signals with low power consumption by making use of the piezoelectric effect. Piezoelectric effect is the phenomenon where electricity is generated when certain crystals such as quartz, tourmaline and Rochelle are put under pressure. When an electric field is applied to the crystal, it will vibrate at a frequency determined by the structural parameters and the strength of the application field. The frequency generated by the crystal is proportional to the voltage applied on the electrodes.

The FL3200037 Crystal is made of a quartz crystal and two metal electrodes. The quartz crystal is cut in a special shape and the metal electrodes are connected to the quartz crystal. A voltage is applied to the electrodes and the external field causes the crystal to vibrate, producing a signal. The vibration frequency is controlled by adjusting the input voltage, so that it can be used as an oscillator to generate a distinct frequency.

This crystal works with the characteristics of quartz crystal, which is a naturally occurring piezoelectric material, capable of converting mechanical energy into electrical energy. By manipulating the properties of quartz such as its piezoelectricity, hardness, and elasticity, it can be used in a wide range of applications.

Conclusion

FL3200037 Crystals are highly precision and reliable oscillators with wide application in many different fields. Its working principle is based on the piezoelectric effect, where electrical fields are created when the crystal is placed under pressure. It’s the perfect choice for areas like telecommunication, military operations, automotive applications, and much more.

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