MA-306 20.0000M-C3:ROHS

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Crystals are used in a variety of electronic components, including the MA-306 20.0000M-C3:ROHS. This crystal is an accessible host surface mount which uses a high-precision crystal oscillator to monitor and process signals. This crystal is a highly efficient device that has many applications, such as in radio and TV signals, communication systems, and data transmission. Knowing the working principle and application field of the MA-306 20.0000M-C3:ROHS can help you understand how it functions and be used in a variety of electronic systems.

Working Principle and Key Components

The MA-306 20.0000M-C3:ROHS relies on the piezoelectric quartz crystal to create electrical signals which can then be monitored and processed. This crystal works by creating a high-frequency electrical signal within a quartz crystal when it is subjected to an alternating electric field. This alternating electric field creates a mechanical vibration in the crystal which produces a steady electrical signal of a given frequency. The frequency created by this sequential vibration in the crystal is known as the resonant frequency and is determined by the size and shape of the quartz crystal.

In addition to the quartz crystal, the MA-306 20.0000M-C3:ROHS relies on a number of other components to function. This crystal is made up of an internal oscillator circuit, an external oscillator circuit, a mounting board, a voltage regulator, and one or more capacitors. The internal oscillator circuit is responsible for maintaining the resonant frequency of the crystal, while the external oscillator circuit is responsible for transferring the generated signal to other components connected to the crystal.

Application Fields

The MA-306 20.0000M-C3:ROHS crystal has many applications in various electronic systems. It is used in radio and TV signals, as it produces a steady and high-accuracy signal for transmitting and receiving data. It is also used in communication systems, such as cellular phones and wireless networks, thanks to its high-precision oscillation and long-term stability. The crystal is also used in data transmission systems, as it is able to process large amounts of data with great accuracy. Finally, it is also used in industrial and medical equipment, due to its high-precision electronic signal and its ability to work under extreme conditions.

Conclusion

The MA-306 20.0000M-C3:ROHS is a highly efficient crystal oscillator which produces a steady and high-precision electrical signal. The crystal uses the piezoelectric quartz crystal to generate this oscillation, and it relies on a number of other components to work. The crystal has many applications in various electronic systems, including radio and TV signals, communication systems, data transmission, and industrial and medical equipment. Knowing the working principle and application field of this crystal can help you understand how it works and use it in your own electronic systems.

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