9C-35.840MAAJ-T

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Crystals are an important component in modern electronic equipment and have become an indispensable part of many industries. The 9C-35.840MAAJ-T is a type of quartz crystal that is commonly used in electronic circuits. The purpose of this article is to provide an overview of the application fields and working principles of the 9C-35.840MAAJ-T quartz crystal.

Crystal Properties and Characteristics

The 9C-35.840MAAJ-T quartz crystal is a miniature structural resonator with a metal lid. It has a small form factor, measuring 8.5mm x 5mm x 2.5mm, and a minimum frequency tolerance of +/-20 ppm. This crystal exhibits a low ESR (equivalent series resistance), fast rise and fall times, and a high loading capacitance of 12pF. The frequency range of the crystal is from 30MHz to 65MHz, and the maximum supply voltage is 5V.

Operating Principles

Quartz crystals use piezoelectricity to generate electrical signals through deformation of the crystal lattice structure. When an alternating current flows through the crystal, mechanical strain is applied which causes the crystal to oscillate at a frequency determined by its physical properties. The oscillation produces a signal that is made up of fundamental and harmonic frequencies, and this signal is used to control the frequency of an oscillator circuit.

The 9C-35.840MAAJ-T crystal is designed to operate in the range of 30MHz to 65MHz and has a frequency accuracy of +/-20ppm. The oscillator must be designed to match the resonance frequency of the crystal, and the frequency must be tested and trimmed to ensure accuracy.

Applications

The 9C-35.840MAAJ-T crystal is widely used in consumer electronics, automotive electronics, medical devices, industrial instruments and other applications. It is often used for timed control, frequency stability, and timing reference applications in oscillator circuits. It is also commonly used in microprocessors, radio systems, servers, network components and other electronic devices.

The crystal is particularly useful in applications that require high frequency accuracy. For example, it is often used in the manufacture of RF modules in wireless communication systems, as well as for clocks, oscillators and frequency dividers for microprocessor applications. The crystal can also be used for low-power auto-tracking applications, where a low power consumption is essential.

Furthermore, the 9C-35.840MAAJ-T crystal has the advantage of small form factor and good thermal characteristics, making it suitable for compact electronic circuits. The low ESR, fast rise and fall times, and good frequency stability of this crystal also make it suitable for precision timing applications.

Conclusion

The 9C-35.840MAAJ-T quartz crystal is a miniature structural resonator with a metal lid. It has a frequency range of 30MHz to 65MHz and is suitable for many types of electronic circuits and applications. The crystal is particularly useful for applications that require high frequency accuracy, such as RF modules and microprocessor applications, as well as for low-power auto-tracking applications. The small form factor and good thermal characteristics of the crystal make it suitable for use in compact electronic circuits, and its low ESR, fast rise and fall times, and good frequency stability make it suitable for precision timing applications.

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