ABLS-LR-6.7458MHZ-T

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Crystals are used in a variety of applications, including medical, military and electronics, and in the process of selection, one of the most critical factors is the frequency stability and temperature stability of the crystal. The ABLS-LR-6.7458MHZ-T is a temperature compensated crystal oscillator. This crystal plays an important role in many applications and offers many advantages.

Application field

The ABLS-LR-6.7458MHZ-T crystal shows excellent stability at different temperatures, which makes it very suitable for a wide range of applications, such as medical, automotive, industrial and communication. Besides, it is also used in miniature electronic device, high-precision microprocessor control, instrument precision sensor and control, etc. Besides that, the high frequency accuracy of the crystals also makes them a great choice for applications where precise clock signals are required such as digital tuning, digital sound processing, and digital signal processing.

Working Principle

The ABLS-LR-6.7458MHZ-T crystal oscillator works with a piezoelectric effect. It is usually composed of a quartz crystal and two electrodes or an AT cut crystal which is a set of electrodes on top of a quartz substrate. The same electrical field induces a vibration in the crystal, and this produces mechanical resonance which causes an electric signal to be created. The result is an extremely stable and accurate frequency signal.

The voltage-controlled oscillator (VCO) is created when such an oscillator is connected to an external voltage source, allowing for precise control of the frequency of the generated signal. In existing systems, the frequency of the oscillator is adjusted by either modifying the capacitor value or the load resistance. The ABLS-LR-6.7458MHZ-T crystal is made to keep the voltage and temperature consistent, which helps deliver easy and precise temperature-compensated output.

The ABLS-LR-6.7458MHZ-T crystal is also made to maintain a narrow-band frequency range. This means that the frequency output of the crystal is extremely accurate, even when temperatures around it change. Moreover, the crystal also allows the user to input custom voltages and to adjust the frequency output accordingly.

Conclusion

The ABLS-LR-6.7458MHZ-T crystal is one of the most popular oscillating crystals with excellent stability, wide temperature range and high frequency accuracy. It is a versatile and reliable crystal that can be used in a wide range of applications, including medical, automotive, industrial, communications and miniature electronics. Its temperature-compensation and narrow-band frequency range properties give users precise and consistent output performance that is ideal for many applications.

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