7B-14.7456MAAE-T

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Crystals

Crystals are an essential component of many communication and electronic devices. They are typically used in oscillators and filters, as well as numerous other electronic devices. They are also widely used in radio frequency (RF) communication systems, clocks and watches, portable electronic devices, automotive applications, and in the aerospace and defense industries. Crystals have a wide range of applications in the electronics industry, and this article will discuss the specific application of the 7B-14.7456MAAE-T crystal, as well as its working principle.

7B-14.7456MAAE-T Application Field

The 7B-14.7456MAAE-T crystal is a high-quality precision crystal that achieves excellent frequency stability and tight control of the tuning parameters. It is ideal for use in applications requiring precise control of the frequency, such as frequency synthesizers, reference oscillators, and electronic clock circuits. It is also well suited for use in mobile communication applications, as well as for remote control systems, instrumentation, and computer networks.

The 7B-14.7456MAAE-T crystal has a wide input frequency range of 7.4 to 14.7 MHz, and offers an output frequency range of 500 to 800 kHz. It also has a wide tuning range of 5.8 to 15.6 MHz, and offers excellent temperature stability, low phase noise, and low power consumption. Its high degree of frequency stability and precision makes it a suitable choice for a variety of communication and electronic applications.

7B-14.7456MAAE-T Working Principle

The 7B-@MAAE-T crystal operates on the principles of piezoelectricity and the Quartz Crystal Resonator, using two electrodes connected to the opposite faces of a quartz crystal. The crystal behaves like a rolled up spring, when a voltage is applied to the electrodes, the crystal begins to oscillate, producing an output signal.

The frequency of the output signal is determined by the characteristics of the crystal, specifically its ‘resonant frequency’, which is determined by the size, shape and orientation of the electrodes, as well as the thickness and composition of the quartz crystal itself. The resonant frequency can be tuned by altering the size, shape and orientation of the electrodes, or by changing the thickness and composition of the quartz crystal.

The frequency stability of the 7B-14.7456MAAE-T crystal is very good, and it is also tolerant to extreme environmental conditions. These attributes make it ideal for a wide range of applications, including frequency synthesizers, oscillators, reference circuits, and radio and television transmitters.

Conclusion

The 7B-14.7456MAAE-T crystal is an excellent choice for numerous electronic applications and communication systems. It has excellent frequency stability, low phase noise, low power consumption and wide tuning range, making it suitable for a wide range of applications. Its wide tuning range allows for precise frequency control, and makes it an ideal choice for applications requiring precise control of the frequency.

By understanding the working principle and application field of the 7B-14.7456MAAE-T crystal, users can make a better informed decision when selecting crystals for their applications.

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