AV-13.000MDAK-T

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Crystals are important components of electronic devices, such as oscillators and filters, and play a vital role in a broad range of applications. AV-13.000MDAK-T frequency crystals are a type of quartz crystal used for a wide range of electronic components and devices. In this article, we will look at the application field and working principle of AV-13.000MDAK-T frequency crystals.

Application Fields of AV-13.000MDAK-T Frequency Crystals

AV-13.000MDAK-T frequency crystals are precision quartz oscillators used in a variety of commercial and industrial applications. They are used in numerous analog and digital applications including frequency synthesis, pulse and other waveform generation, timing, modulation, and control. AV-13.000MDAK-T frequency crystals find use in portable electronics, test and measurement equipment, home entertainment systems, and embedded systems.

For example, AV-13.000MDAK-T frequency crystals are used in mobile phones and other portable electronic devices for providing the reference frequency for the chip sets or radio frequency (RF) transceivers. They are also used for frequency control in radio transmitters and receivers, for generating signals for frequency modulation (FM) or amplitude modulation (AM) broadcast band or shortwave bands. AV-13.000MDAK-T frequency crystals find use in musical synthesizer circuits and digital musical instruments. Other applications include clock generation in microprocessors and embedded systems, UHF television tuners and VCRs, and satellite receivers.

Working Principle of AV-13.000MDAK-T Frequency Crystals

AV-13.000MDAK-T frequency crystals are quartz crystals, which act as an electrical resonators. Quartz crystals have a unique property known as the "piezoelectric effect". This is a property, whereby a crystal will convert mechanical vibrations into an electrical signal and, conversely, an electrical signal into mechanical vibrations. When quartz crystals are excited with an alternating electrical current, the crystal will oscillate at a very precise frequency. This frequency is based on the geometry and size of the crystal. The frequency of oscillation can be calculated from the following formula: F = 1/2L (Ve - Vt)/(Vt+Ve)

Where F is the frequency of oscillation, L is the length of the crystal in centimeters, Ve is the elastic constant of the quartz, and Vt is the thickness of the quartz wafer. This principle is used in AV-13.000MDAK-T frequency crystals to provide an accurate and stable reference frequency for a variety of electronic components and systems.

AV-13.000MDAK-T frequency crystals are precision quartz oscillators and are very accurate and stable over a wide temperature range. As such, they are used in a wide variety of applications that require precise timing. AV-13.000MDAK-T frequency crystals offer a reliable and cost-effective solution for precision frequency generation and control. They are a valuable component for numerous electronic systems and devices, including radio and television transmitters and receivers, musical instruments, microprocessors, and embedded systems.

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