ABLS-3.6864MHZ-L4Q-T

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Crystals are crucial parts of electronic circuits and electronic products in the modern electronic industry. As a type of crystal oscillator, ABL-3.6864MHz-L4Q-T crystal oscillator is widely used. The following will introduce the application field and working principle of the ABL-3.6864MHz-L4Q-T crystal oscillator in detail.

Applications of ABL-3.6864MHz-L4Q-T Crystal Oscillator

The ABL-3.6864MHz-L4Q-T crystal oscillator is mainly applied in electronic systems relying on highly precise frequency control but low power consumption. It can be used in various gadgets, such as smartphones, MP3 players and other portable electronic products. Besides, its small size also makes it suitable for use in small, space-restricted product designs. In addition, with its desirable price/performance ratio, ABL-3.6864MHz-L4Q-T has been widely used for a variety of products in the consumer products, automotive, and medical electronics industries.

Working Principle of ABL-3.6864MHz-L4Q-T Crystal Oscillator

Crystal oscillator is a type of frequency control device typically used in the frequency domain. The ABL-3.6864MHz-L4Q-T Crystal Oscillator works based on piezoelectric effect. Piezoelectric crystals provide a voltage response to an applied electric field. When an AC voltage is applied to the crystal contacts, it oscillates at its resonant frequency. This principle is used in the ABL-3.6864MHz-L4Q-T.

The ABL-3.6864MHz-L4Q-T provides a crystal unit and accompanying circuitry to form a complete oscillator. In addition to the piezoelectric crystal, the oscillator includes a resonator and two feedback capacitors. The resonator is connected to the two capacitors at each end of the crystal, forming a parallel resonance circuit. The feedback capacitors are important components, because their values and tolerances affect the oscillator performance.

The ABL-3.6864MHz-L4Q-T oscillator works because the capacitors form a filter that cuts off high harmonic frequencies. When the circuit is resonant, the filter forms a low-power "tank" for the oscillator. As the oscillator works, the crystal continually alternates between generating and losing energy. This resonance allows the oscillator to maintain a precision frequency output.

Conclusion

ABL-3.6864MHz-L4Q-T is a popular crystal oscillator with their desirable price/performance ratio. It is widely used in various electronic products and gadgets. The oscillator works based on the piezoelectric effect. The feedback capacitors, resonator, and crystal form a parallel resonant circuit, which is effective in terms of regulating oscillation and accuracy.

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