TSX-3225 27.0000MF10Z-D5

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Crystals

TSX-3225 27.0000MF10Z-D5 is a quartz crystal component. It’s commonly used in electronic equipment such as crystal oscillators, low noise oscillators, precision clocks, filters, and subminiature circuitry.

Application field

A quartz crystal works because when an electric field of alternating current applied across its surface, the quartz crystal will expand and contract, extending and contracting its length. This physical effect of the electric field is called the piezoelectric effect. Therefore, quartz crystal can be used as a piezoelectric device to generate or receive electric signals when stress is induced to it.

TSX-3225 27.0000MF10Z-D5 is usually used in many fields such as communications, radio-telecommunications, navigation, medical equipment, computers, and consumer electronics etc. In communication field, it may contribute to data transmission and receiving, frequency control and stabilization, waveform synchronizing etc. In consumer electronics, it may provide clock signal and frequency stabilization. In navigation, it may be used for altitude determination and for global positioning system.

Working theory

The basic working theory of quartz crystal is based on its physical property that it changes its frequency and quality factor with the variation of temperature. This feature makes quartz crystal able to generate an electric signal which contains the necessary information of device\'s temperature, pressure and intensity. In addition, quartz crystal may oscillate at a precise frequency under certain circumstances and yields a predictable output signal which enables us to use it for various purposes related to the generation and measurement of high frequency signals, synchronization of data transmission, etc.

TSX-3225 27.0000MF10Z-D5 can split an oscillating signal into a frequency and an amplitude component or a voltage signal into a frequency and a phase component. To maintain its stability, it needs an external frequency-controlled clock to control oscillation frequencies by using an external resonant circuit. The device is also able to control its temperature by controlling the amplitude and frequency of the incoming current.

The typical applications of quartz crystal includes oscillator applications, modulation and demodulation, multiplexing and de-multiplexing and frequency metering. It is able to work in the range of 16 to 32 MHz, which can be adjusted according to the required applications. TSX-3225 27.0000MF10Z-D5 is most suitable for computers and other communication equipments where various signal generation, synchronization, and precise frequency control are needed. Thereby, it provides a wide range of compatibility and applications.

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