XYLEEJNANF-50.000000 Crystals, Oscillators, Resonators

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Crystals are a fundamental part of many electronic, electrical and optical systems. The XYLEEJNANF-50.000000 crystal, with its robust and reliable frequency stability, is a prevalent choice for these microsystems applications as it is able to maintain a very high frequency accuracy over an extended period of time.

The XYLEEJNANF-50.000000 provides a frequency tolerance of 0.01 ppm over temperatures ranging from −50° Celsius to +50° Celsius and features a quartz crystal load capacitance of 7.5pF, standard. It has a low profile surface mount, the top plate being just 0.5mm thick, which makes it ideal for compact, lightweight systems.

The working principle of the XYLEEJNANF-50.000000 is based on a physical material – quartz – which can oscillate in resonance at a specific intrinsic frequency when an appropriate voltage is applied. This frequency is stable and repeatable, and is an incredibly accurate timing source.

The quartz crystal element has a natural resonance frequency, the so-called fundamental mode, characterized by the highest quality factor (Q-factor) and the lowest motional resistance (R). When an alternating current is applied to the crystal, it oscillates in resonance and produces a stable signal at its fundamental frequency.

The application of the XYLEEJNANF-50.000000 is quite wide: with its superior accuracy and frequency stability, it can be used in a wide range of applications such as RF transmitters, cellular communication systems, USB interfaces and digital appliances.

When used in a circuit, the XYLEEJNANF-50.000000 is connected to a tuned circuit, a voltage-controlled oscillator (VCO) and a digital circut, and it couples to the circuit capacitance through an internal impedance bridge to find its resonant frequency.

The XYLEEJNANF-50.000000 has a small size, low cost and high stability which is critical for its use in high density architecture. Its better thermal stability, excellent frequency stability and strong waveform stability ensure that the circuit can allow high frequency operation and random noise rejection.

The XYLEEJNANF-50.000000 is an incredibly useful crystal choice for microsystems due to its robustness and reliability that allows it to maintain the highest frequency accuracy. The small size, low cost and high stability make it a great choice for both commercial and industrial applications.

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