ASG-C-X-A-212.500MHZ

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Oscillators

An oscillator is a device, circuit or system that generates a recurring pulse or waveform. Oscillators can generate electrical signals at a variety of frequencies, usually from a few hertz up to many gigahertz. They are used to generate both audio and radio waves and are also crucial electronic components in many kinds of electronic circuits. One particular type of oscillator is the ASG-C-X-A-212.500MHZ.

Application Field of ASG-C-X-A-212.500MHZ

The ASG-C-X-A-212.500MHZ is a high-frequency crystal oscillator built with ceramic packages. It utilizes the vibrating characteristics of a quartz crystal to generate extremely accurate frequencies for a variety of applications. These applications include, but are not limited to, precision frequency measurements, frequency synthesizers, control systems, PLLs, communication, and monitoring.

The ASG-C-X-A-212.500MHZ has a frequency range of 212.500 MHz and can be used as a reference frequency for crystal oscillators, phase lock loops (PLLs), frequency synthesizers, communication systems, and signal processors. Additionally, its high stability over temperature and voltage input variation makes it suitable for industrial and automotive applications. The solid state and automatic aging of the chip design also ensures reliable performance in long-term operation.

Working Principle of ASG-C-X-A-212.500MHZ

The ASG-C-X-A-212.500MHZ operates on the principle of the quartz crystal resonator, where mechanical vibrations created by a quartz crystal form a frequency that is internally amplified and output as an electrical signal. In this type of oscillator, the quartz crystal is housed in a ceramic package which is then mounted to a printed circuit board, allowing for a more compact and reliable design. The crystal can be excited from a DC electrical field applied to the quartz crystal to generate an AC signal, or a specialized electronic oscillator circuit can be used to drive the crystal.

The primary advantage of the ASG-C-X-A-212.500MHZ is its ability to generate highly accurate, frequency-stable output signals. This is accomplished due to the unique properties of quartz crystal which allow for constant and precise oscillations, even over a range of varying electrical, environmental, and mechanical conditions. The oscillator is also highly reliable and has a low power consumption thanks to its ceramic package design. Moreover, the circuit also features high immunity to electromagnetic interference, and immunity to environmental factors such as temperature, altitude, or humidity.

Conclusion

The ASG-C-X-A-212.500MHZ is a crystal oscillator engineered for the production of extremely accurate, frequency-stable output signals. It operates on quartz crystal resonator technology and features an ultra-compact, low-power ceramic package design. This oscillator can be used for precision measurement, frequency synthesizers, PLLs, communication systems, and signal processors. It is also highly reliable, has low power consumption, and is immune to interference and environmental conditions.

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