7V-24.000MAAJ-T

Crystals

Crystals are widely used in electronic circuits, such as oscillators, electronic watches and electronic calculators. The 7V-24.000MAAJ-T is a type of crystal with various application fields and working principles.

Application Fields

The 7V-24.000MAAJ-T crystal can be used in a wide range of applications, such as computers, medical equipment, telecommunications equipment and instrumentation. As an oscillator, the crystal can generate a stable clock signal with no coding changes, providing accuracy and stability. It is also used in fixed communication systems and needs to work with quartz crystals for clock synchronization.

In addition, the 7V-24.000MAAJ-T crystal can also be used for PLL frequency synthesis. It is widely used in military, industrial and commercial communication systems. It can be used for base station timing and control, local oscillators, low distortion transmitters and digital logic stations.

The 7V-24.000MAAJ-T crystal has a wide range of frequency resolution, reacting prompt and reliable work. It is an ideal choice for high-precision frequency feedback systems.

Working Principle

The basic principle of the 7V-24.000MAAJ-T crystal is that the crystal vibrates at a specific frequency when the electric field is applied. The working frequency is set by the manufacturer to meet specific requirements. The mechanical vibration is influenced by temperature, humidity, static electric fields and manufacturing tolerance.

The 7V-24.000MAAJ-T crystal works as a frequency stability reference. When an alternating voltage is applied to the two plates of the crystal, the crystal will vibrate according to the frequency of the electrical signal, and the sound energy causes the piezoelectric effect to produce a corresponding electric signal. This electrical signal is then used to generate a stable clock signal, providing accuracy and stability.

Conclusion

The 7V-24.000MAAJ-T crystal has many application fields and a stable working mechanism. It can be used in a variety of fields, such as computers, telecommunications equipment and PLL frequency synthesis, providing accurate and stable clock signals. It is an ideal choice for high-precision frequency feedback systems.