9C-64.000MBBK-T Crystals, Oscillators, Resonators

Crystals are essential components in many electronic systems. The 9C-64.000MBBK-T crystal is one of the most commonly used crystals for time-keeping and frequency control applications in these systems. This article discusses the application fields and working principle of the 9C-64.000MBBK-T crystal.

Application Fields

The 9C-64.000MBBK-T crystal is mainly used in oscillator circuits and frequency control circuits. In oscillator circuits, the crystal oscillates at its specified frequency and keeps this energy in its superior insulation characteristics, so it can accurately control the timings in various types of clock and data systems. In frequency control circuits, the 9C-64.000MBBK-T crystal is used to divide the frequency of a signal and divide it into parts. It is often used for motor speed control and motion control applications.

The 9C-64.000MBBK-T crystal is also used in telecommunications systems. It is used to provide a stable frequency reference for the local oscillator circuits in FDM and TDM systems. The 9C-64.000MBBK-T crystal is also used in SIM cards, as it can accurately measure time for the data processing system in the SIM cards.

Working Principle

The 9C-64.000MBBK-T crystal operates on the principle of resonance. When a voltage is applied to the crystal, it starts to oscillate at its resonant frequency, which is controlled by its cut and size. When the crystal is excited by an alternating current at the same frequency as its resonant frequency, it will start to vibrate, creating a sinusoidal voltage on its terminals. This resonant vibration helps in controlling the frequency of the oscillator, which is then used in various applications.

The working of the 9C-64.000MBBK-T crystal is based on the piezoelectric effect, which occurs when an electric field is applied to a crystal or a ceramic material that is made up of an arrangement of molecules. When an electric field is applied, the molecules become distorted and create a mechanical vibration. This vibration is then used to control the frequency of the signal.

The 9C-64.000MBBK-T crystal has a low aging rate, which means that the frequency of the signal that is produced by the crystal will remain stable over time. This makes it an ideal choice for frequency control and timing applications.

In conclusion, the 9C-64.000MBBK-T crystal is a widely used frequency control and timing component in various oscillators and frequency control circuits. It works on the principle of resonance and the piezoelectric effect, and offers superior insulation properties and a low aging rate. The 9C-64.000MBBK-T crystal is used in oscillator circuits, frequency control circuits, telecommunications systems and even SIM cards.