7M-14.31818MBBK-T

Crystals

A crystal is a material made up of atoms, molecules, or ions in an orderly arrangement throughout the structure. Crystals have a common shape and size, which is known as the unit cell of the crystal.

7M-14.31818MBBK-T Application Field and Working Principle

The 7M-14.31818MBBK-T crystal is a silicon crystal oscillator with an operating frequency of 14.31818MHz. It is widely used in electronic instrumetns and converters, such as television sets, radio receivers, and frequency synthesizers.

The 7M-14.31818MBBK-T crystal works through piezoelectricity. When an external alternating electric field is applied to the crystal, it generates a mechanical deformation of the crystal lattice and a corresponding change in the electrical impedance. This generates a voltage across the crystal, known as the piezoelectric voltage. The piezoelectric voltage produces a change in the mechanical stress in the crystal, which generates a sonic wave in the crystal lattice. This wave propagates through the crystal in opposite directions.

The crystal produces two opposite signals in the same frequency and phase. The mechanical wave is absorbed at the ends of the crystal, causing an electric current. The current is transmitted through the electrodes connected to the crystal. This current is then amplified and can be used as the output signal.

The 7M-14.31818MBBK-T crystal is an advanced crystal and is used in many military and commercial applications. It is highly stable, providing precise frequency control and excellent signal quality. It is also suitable for use in high temperature applications, as the signal does not degrade with increasing temperature.

The 7M-14.31818MBBK-T crystal is used in many electronic devices ranging from television to radios. It is also used in oscillators, unit cells, frequency synthesizers, and many other applications.

In conclusion, the 7M-14.31818MBBK-T is a high-frequency quartz crystal with an operating frequency of 14.31818 MHz. It works through piezoelectricity and can be used in many electronic devices. It is highly stable and has excellent signal quality. It is also suitable for high temperature applications.