CX2520DB40000D0FLJZ1

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Crystals

CX2520DB40000D0FLJZ1 is a type of quartz crystal with a low temperature design and tape and reel packaging. It has an ultra-low profile for integration into small circuits and features an exceptionally low series resonance within its designed inductance range. The crystal also exhibits a low ESR, good temperature stability, and precise frequency determination in a wide application field.

Application Field of CX2520DB40000D0FLJZ1

The application field of the CX2520DB40000D0FLJZ1 crystal includes high-frequency precision oscillators, clock oscillator modules, modems and system-on-chips. It is suitable for wireless applications at frequencies up to 5GHz and chip-scale timing devices. It is also suitable for instrumentation and measurement with high resolution frequency control.

Working Principle of CX2520DB40000D0FLJZ1

The CX2520DB40000D0FLJZ1 crystal works by utilizing the piezoelectric effect, which is the coupling between electrical and mechanical energy. In this crystal, an electrical current generates mechanical vibration in the quartz crystal. This vibration is then used to achieve stable and highly precise frequency generation. This frequency is determined by the vibration of the quartz, which is determined by its shape and size, as well as its load capacitance. The frequency is then amplified and used to generate an external signal.

The CX2520DB40000D0FLJZ1 crystal also exhibits a very low phase noise due to its high frequency accuracy and its low phase noise levels. The crystal also has a low jitter, which is the difference between the actual frequency and the desired frequency. This is important in applications which require precise frequency generation.

The CX2520DB40000D0FLJZ1 crystal is an important component in the design of timing and frequency control circuits, as it provides a high degree of accuracy and stability. It is suitable for a wide range of applications, from instrumentation and measurement, to precision oscillators, to clock oscillator modules and system-on-chips for wireless applications. The crystal has a low profile and features an extraordinarily low series resonance within its designed inductance range.

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