TC-14.31818MCD-T

Oscillators are widely used in many fields, and TC-14.31818MCD-T is a type of oscillators which is applied in several aspects. This article will mainly discuss about the application field and working principle of TC-14.31818MCD-T oscillators.

1. Application Field of TC-14.31818MCD-TOscillators

TC-14.31818MCD-T oscillators are mainly used in digital displays, such as LED displays, LCD displays, and Touch-panel displays.

Firstly, talking about the LED displays, the TC-14.31818MCD-T oscillators deliver precise color and optimal illumination. This enables LED displays to have a much better color performance and better brightness, compared with other displays.

Secondly, LCD displays produce more clarity and better viewing experience. The TC-14.31818MCD-T oscillators are able to reduce the flickering in the LCD panels, which allows users to have a more comfortable viewing experience.

The last application field for TC-14.31818MCD-T oscillators is the touch-panel displays. The oscillators are able to accurately identify the position of human fingers, and provide fast and smooth interactive experience.

2. Working Principle of TC-14.31818MCD-T Oscillators

The working principle of TC-14.31818MCD-T oscillators is based on the principle of a quartz oscillator. The oscillator consists of a quartz crystal, a resistor and a capacitor connected in parallel.

When current passes through the quartz crystal, its vibration results in energy which is stored in the capacitor-resistor pair. This energy oscillates back and forth between the capacitor and the resistor, causing the electrons to move back and forth between them.

The oscillating frequency of the TC-14.31818MCD-T oscillator is determined by the size of the quartz crystal and the resonant frequency of the capacitor-resistor pair. The oscillator is able to achieve accurate frequency stabilization and excellent long-term stability, making it ideal for use in digital displays.

Conclusion

In conclusion, TC-14.31818MCD-T oscillators are widely used in digital displays, such as LED, LCD and Touch-panel displays. The oscillators are based on the principle of quartz oscillator, and are able to achieve accurate frequency stabilization and excellent long-term stability.