LP163F35CDT

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Crystals are integral parts of electronic components that generate and store electrical energy, as well as act as transmission of electric signals for various applications. For such applications, LP163F35CDT crystals are used for efficient and reliable operation. This article will discuss the application field and working principle of LP163F35CDT crystals.

Application Field of LP163F35CDT Crystals

The most common application of LP163F35CDT crystals is in communication and networking systems. These crystals can be used as low-power clock oscillators, clocks, or as part of a reference timing and clock signal generation system. This enables the system to keep reliable time and to stay in synchronization with other components in the system. The crystals are also used in PC applications, such as USB, Bluetooth, Wi-Fi, and audio-video interfaces, as well as in modems and set-top box components.

LP163F35CDT crystals are also used in embedded systems. The high power discharge tolerance of the crystals makes them suitable for systems that are used under excess pressure and vibration levels. The crystals are also used for reducing switch bounce and for providing efficient power switching in safety systems, monitoring applications, and inductive heating systems.

Working Principle of LP163F35CDT Crystals

LP163F35CDT crystals essentially comprise of a capacitive element and an inductive element, both of which are connected in parallel to a resonant circuit. When an external voltage is applied, the crystal starts to oscillate at a specific resonant frequency, which is determined by the capacitance and inductance values of the components. As the oscillating current travels through the capacitor and the inductor, a oscillating electric field is generated, which in turn produces an oscillating magnetic field.

Due to the oscillating electric and magnetic fields, the crystal will continue to oscillate at the same frequency even after the external voltage source is removed. This is known as the piezoelectric effect and is the primary working principle behind LP163F35CDT crystals. The crystal will oscillate at resonance frequency until it is subjected to a reverse voltage or until the frequency of the external voltage source changes.

Conclusion

LP163F35CDT crystals are versatile and highly reliable components that are used in a variety of applications. This article has discussed the application field and working principle of these crystals, which can be summarized as a system of capacitance, inductance, and resonant frequency that result in an oscillating electric and magnetic field. This oscillating field produces the piezoelectric effect and enables these crystals to maintain their frequency even after the external voltage source is removed.

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