7V-13.000MAAE-T Crystals, Oscillators, Resonators

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Crystals have countless uses in the modern day, making them one of the most versatile materials available. 7V-13.000MAAE-T crystals are no exception, and they have become particularly popular in a variety of different applications. In this article, we\'ll take a look at the 7V-13.000MAAE-T application field and working principle, so that you can better understand how such crystals function in the technology world.

The 7V-13.000MAAE-T Application Field

The 7V-13.000MAAE-T crystal is a highly reliable frequency control device with excellent accuracy and stability due to an advanced microprocessor-based control loop, which ensures precise tuning and continuous oscillation control. It is capable of 7 Volt DC supply operation, making it ideal for use in applications such as cellular base station controllers and transmitters, mobile phone base station controllers, PC/telecom clock synchronization, WLAN and WiMAX access base stations, GPS receivers, test and measurement instruments and many other applications.

The 7V-13.000MAAE-T crystal is particularly suitable for use in applications which require precise timing and low jitter, such as digital audio, low data rate digital communications systems, synthesizers and other related devices. Additionally, the 7V-13.000MAAE-T crystal is also popular for use in industrial and medical equipment, due to its impressive stability and reliability.

How the 7V-13.000MAAE-T Crystal Works

The operation of the 7V-13.000MAAE-T crystal is based on two physical effects: the piezoelectric effect, and the reverse piezoelectric effect. The piezoelectric effect is the physical property of certain materials which enable them to convert mechanical stress into electrical energy, and the reverse piezoelectric effect is the property which allows the material to convert electrical energy into mechanical vibration. The 7V-13.000MAAE-T crystal is a type of crystal oscillator, and it utilizes both of these effects to generate a precise stable frequency that can be used in a variety of applications.

The 7V-13.000MAAE-T crystal is essentially a small quartz tuning fork, which is connected to a circuit via a tiny socket. Inside the quartz crystal is around 15pF of capacitance, and this capacitance is the key to the crystal oscillator\'s operation. An alternating current is applied to the crystal, which causes the quartz to vibrate at its own natural frequency, and this creates an alternating voltage across the crystal. This voltage is then processed by the oscillator circuit to create a precise frequency signal.

The 7V-13.000MAAE-T crystal is designed to provide an extremely stable output frequency, and they can do this over extremely large temperature ranges and with very low drift. This makes them ideal for applications where precision is essential, such as in medical equipment and industrial automation.

Conclusion

The 7V-13.000MAAE-T crystal is a highly reliable frequency control device, and it is widely used in a variety of different applications. It uses the piezoelectric effect and the reverse piezoelectric effect to generate a precise stable frequency, and it is capable of operating over very large temperature ranges and with very low drift. The 7V-13.000MAAE-T crystal is popular for use in digital audio, low data rate communications systems, synthesizers, cellular base station controllers, transmitters, mobile phone base station controllers, PC/telecom clock synchronization, WLAN and WiMAX access base stations, GPS receivers, test and measurement instruments, medical equipment and industrial applications.

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