7V-40.000MAKV-T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals come in many sizes, shapes and varieties and their applications are vast. One of the most versatile crystals, the 7V-40.000MAKV-T, is no exception. By utilizing the precise frequency at which it resonates, this crystal can be used for many purposes, all of which depend on its precise, reliable frequency output. In this article, we discuss the various applications of this crystal, as well as its working principle.

Application Field

Crystals of the 7V-40.000MAKV-T variety are used in multiple applications where a precise and reliable frequency output is essential. One of the first areas of application for this type of crystal is in radio transmitters, receivers and transceivers, where it is used as a stable frequency oscillator. This crystal is also commonly used for generating precise frequencies in sound synthesis applications, and for frequency stabilizing high speed sampling clocks in digital systems.

The 7V-40.000MAKV-T crystals are also popular for use in process control systems and programming languages, like C and C++, as well as in alarm and security systems. These crystals are also found in medical equipment, such as EEG and ECG devices, and in communications systems, like telephone networks.

Working Principle

The way that a 7V-40.000MAKV-T crystal works is quite simple. The crystal is made up of two flat plates of a crystalline material, such as quartz, joined at the edges. These flat plates are cut in a specific way to create a twofold resonance structure that vibrates when an alternating electric field is applied. Once this alternating electric field is applied, the crystal begins to vibrate at its specific frequency, known as its resonant frequency.

The alternative field mechanically vibrates the plates of the crystal, which then vibrates at its own vibrational frequency, known as its oscillating frequency. This oscillating frequency is the frequency that is output by the crystal, which is determined by the frequency of the alternating electric field applied to it. This frequency is used to power electronic devices that require a precise and reliable frequency output.

Conclusion

In conclusion, the 7V-40.000MAKV-T crystal has many applications, most of which involve a need for a precise and reliable frequency output. The crystal is made up of two flat plates of a crystalline material that is cut in a specific way in order to create a twofold resonance structure. When an alternating electric field is applied, the crystal vibrates at its own oscillating frequency, which is then output and used to power any electronics that need a reliable frequency input.

The specific data is subject to PDF, and the above content is for reference