LP24CF35CET

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Crystals are vital components used in products such as radios, computers and other electronics. One particular crystal, LP24CF35CET, is a micro-electromechanical system (MEMS) resonator that combines a large single-crystal quartz crystal and its drive circuit on small ceramic substrate. Because of its small size, LP24CF35CET is widely used in many applications where frequency accuracy must be closely controlled.

The crystal chip is mainly composed of a quartz crystal and its drive circuit on a small ceramic substrate. The resonator contains both a fixed inductor and a variable inductor connected in series between the input terminal and the output terminal. Together, these components form a circular LC resonance circuit which determine the frequency of the resonator. The frequency can be set or varied by controlling the variable inductance of the variable inductor. The quartz crystal is connected in parallel to the LC resonance circuit, and acts as the main fundamental resonator element.

In terms of application field, LP24CF35CET is mainly used in high-precision clocks, oscillators, frequency sources, transceivers, embedded controllers and waveform generators, etc. In these applications, the resonator must possess a high frequency stability to ensure the proper functioning of the circuits. A number of internal processes determine the accuracy of the resonator. These include the initial frequency, the temperature coefficient of frequency, and the short-term stability.

LP24CF35CET\'s mechanical design includes a solderable mount to ensure secure connections to the substrate. Furthermore, the crystal also has built-in thermal compensation, which ensures a stable frequency over a wide range of temperatures. This device also uses a special method of parallel resonator construction in which two quartz crystals vibrate in opposite directions. This design leads to an even greater precision in frequency stability.

In regards to working principle, LP24CF35CET utilizes two perpendicular quartz plates. By applying a leading edge etching technique, the thickness of the plates is reduced. This makes them vibrate due to the effects of magnetic, mechanical and thermo-electric forces. As a result, the plate vibrates at its resonant frequency, which determines the oscillator’s output frequency. Additionally, the device\'s internal drive circuit is responsible for controlling the frequency of the oscillator.

LP24CF35CET is a miniature resonator that has a wide range of applications, due to its high frequency stability and thermal compensation. The resonator consists of a quartz crystal connected in parallel to an LC resonance circuit. This design also allows a high precision frequency stability due to twin crystal construction. Furthermore, the device\'s internal drive circuit is responsible for controlling the frequency of the oscillator.

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