TSX-3225 50.0000MF10Z-W

Crystals are part of a broad category of materials that exhibit order, or a degree of organization, in the arrangement of their atoms, molecules, or ions. They are commonly used in electronic circuitry for oscillator and signal generating circuits. One of the common types of crystals used for this purpose is the TSX-3225 50.0000MF10Z-W. The applications and working principle of this crystal are discussed below.

Application Field

The TSX-3225-50.0000MF10Z-W crystal is typically used in radio frequency (RF) circuits. These circuits typically have an oscillator circuit to convert a fixed frequency of electricity into a precisely controlled signal waveform. The crystal is used to control the frequency of the oscillator accurately and with minimal waveform distortion. Since the crystal oscillator provides an ideal signal waveform, the circuits produced using this crystal are ideal for applications such as radio transmitters and receivers, digital communication systems, medical imaging, and sensor technologies.

Working Principle

The TSX-3225-50.0000MF10Z-W crystal is an AT-cut crystal oscillator. The ‘AT’ in the name stands for ‘A-cut transverse’, which refers to the orientation of the crystal faces relative to one another. This allows the crystal to vibrate in its strongest mode, which leads to reliable and consistent performance. The 50 kHz frequency of the crystal arises from the physical properties of the crystal, which act as a filter to generate a precise frequency. When a voltage is applied to the crystal, it vibrates in its resonance mode, producing an oscillating current. This current is used to drive the oscillator circuit and provide the precise frequency needed for radio transducers.

Conclusion

The TSX-3225-50.0000MF10Z-W is a crystal oscillator used to generate precise frequency signals for radio transducers and digital communication systems. It is an AT-cut crystal oscillator, which is known for its reliable and consistent performance. The frequency of the crystal is derived from its physical properties and is used to drive the oscillator circuit and generate a precise frequency signal.