ASTMKH-32.768KHZ-LQ-D26-T3

Oscillators

Oscillators provide a fundamental building block for all electronic design, providing a range of oscillations from low to high frequencies. The ASTMKH-32.768KHZ-LQ-D26-T3 oscillator is a low frequency small oscillator designed to deliver reliable performance in various applications. This article will discuss the application field and working principle of the ASTMKH-32.768KHZ-LQ-D26-T3 oscillator.

Application Field

The ASTMKH-32.768KHZ-LQ-D26-T3 oscillator is mainly used in electronic watches where precise frequency control is required. Its low frequency and stable performance make it ideal for this application. It can also be used in frequency counting devices, digital audio devices, timers, and digital oscilloscopes. It can also be used in medical device or equipment as a source of reference oscillations.

Working Principle

The ASTMKH-32.768KHZ-LQ-D26-T3 oscillator works by employing an LC resonant circuit, consisting of an inductor and capacitor. The LC resonant circuit has a natural frequency of oscillation determined by the values of the inductance and capacitance. When a voltage is applied to the LC resonant circuit, the voltage drives the inductor and capacitor into oscillation at its natural frequency. This oscillation is then monitored by an external voltage controlled oscillator (VCO) which detects the frequency of oscillation and helps to regulate it.

The ASTMKH-32.768KHZ-LQ-D26-T3 oscillator can be further augmented by the addition of an amplifier stage. The amplifier helps to boost the amplitude of the oscillations, and in turn helps to increase the accuracy and stability of the oscillations. This is particularly useful in applications where high accuracy is required.

Conclusion

In conclusion, the ASTMKH-32.768KHZ-LQ-D26-T3 oscillator is a reliable source of low frequency oscillations for a range of applications. It employs an LC resonant circuit and an amplifier stage to maintain a stable frequency of oscillation, and its small size makes it ideal for use in small devices such as electronic watches. It can also be used in frequency counting devices, digital audio devices, timers, and digital oscilloscopes.