ABM10-167-12.000MHZ-T3

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Crystals

Crystals are small and hard objects that are used to create and maintain regular electrical oscillations. They are made up of quartz, which is a silicon dioxide mineral. In many electronic devices, quartz crystals are used to control the frequency of oscillation, which is important for the accurate functioning of the device. One example of a quartz crystal is the ABM10-167-12.000MHZ-T3.

Application Field of the ABM10-167-12.000MHZ-T3

The ABM10-167-12.000MHZ-T3 is a low-cost, miniature crystal oscillator. It is perfect for mobile devices such as smartphones and small computers. It is also suitable for other relatively inexpensive consumer electronics such as digital cameras and digital music players. Additionally, the ABM10-167-12.000MHZ-T3 can be used in other electronic products such as medical equipment, automotive systems, and measurement and control systems.

Working Principle of the ABM10-167-12.000MHZ-T3

The ABM10-167-12.000MHZ-T3 works by converting energy from an input signal and transforming it into an output signal at a pre-defined frequency. This is accomplished by the crystal itself, which is comprised of two parallel electrodes placed between two quartz plates. When a voltage is applied to one of the electrodes, an electric field is created and an oscillation is established that is sustained and regulated by the quartz plates. The frequency of the oscillation can be controlled by altering the distance between the electrodes.

The output signal generated by the ABM10-167-12.000MHZ-T3 is then used to control the oscillatory frequency of a microprocessor or another electronic device. By maintaining a steady, precise frequency, the functioning of the device is more accurate, efficient, and reliable. The ABM10-167-12.000MHZ-T3 also offers excellent shock resistance, temperature tolerance, and low power consumption, making it ideal for small, mobile devices.

Conclusion

The ABM10-167-12.000MHZ-T3 is a quartz crystal oscillator that is perfect for mobile devices and other consumer electronics. It works by converting energy from an input signal and transforming it into an output signal at a pre-defined frequency. The output signal can then be used to control the oscillatory frequency of a microprocessor or another electronic device. The ABM10-167-12.000MHZ-T3 offers excellent shock resistance, temperature tolerance, and low power consumption, making it ideal for small, mobile devices.

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