AT-33.8688MAGQ-T Crystals, Oscillators, Resonators

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Crystals are robust and dependable materials used in many industries. One type of crystal, AT-33.8688MAGQ-T is widely used in applications, owing to its various benefits such as high speed operation, high temperature stability, and low power consumption. In this article, we will discuss the various application fields and working principle of AT-33.8688MAGQ-T.

Application Fields

AT-33.8688MAGQ-T crystal is mainly used in communication, medical and analytical instruments, navigational and guidance systems, chemical and environmental monitoring equipment, military and aviation applications, security systems, and numerous other industrial applications. This type of crystal has found use in a broad range of fields.

AT-33.8688MAGQ-T crystals are used in mobile phones, digital cameras, and personal digital assistants (PDAs) for forming oscillators at the master frequency, which can range up to 915-MHz. Furthermore, this type of crystal is widely used in optical fiber applications and as master frequencies in cable-TV modems and home network systems. They are also used in data communication between computers, such as fax machines and modems.

AT-33.8688MAGQ-T crystals are used in microprocessors for radio telescopes and radar navigation systems. They are also used in modern medical imaging systems such as magnetic resonance imaging (MRI) and computed tomography (CT) for providing maximum accuracy and efficient operation. In addition, this type of crystal is widely used in analytical instruments for accurate and precise measurement of subsurface soil characteristics.

Working Principle

The working principle of AT-33.8688MAGQ-T requires a direct current electric field to develop the motion of lattice ions of a crystal. The oscillating electric field causes the lattice ions to vibrate at a certain regular frequency. The frequency of the oscillation is affected by the geometry and size of the crystal and the cut of the pieces. The frequency of the vibration is also affected by the intensities of the electric field.

It is noted that due to the high quality of AT-33.8688MAGQ-T, it is employed in modern oscillators for providing precise and reliable frequency control or measuring systems. This type of crystal uses a phase locked loop (PLL) for stabilizing the operating frequency of oscillators. The operating frequency of oscillators is stable due to the process of phase-lock-on, in which the phase shift from the desired output frequency is minimized and eventually brought to zero. The phase-lock-on process is achieved by controlling the gain, frequency and phase of the oscillator.

Furthermore, the working principle of AT-33.8688MAGQ-T also allows for frequency division. This is achieved by dividing an input frequency in a PLL into multiple signals. The output frequency of the PLL is achieved through multiplying the input frequency by a value, which can be programmed by users. Frequency division is an important requirement in providing frequency control in communication, navigation and guidance systems.

Conclusion

To conclude, AT-33.8688MAGQ-T is a crystal material used in many industrial applications. This type of crystal is used in numerous fields such as communication, medical and analytical instruments, navigational and guidance systems, chemical and environmental monitoring equipment, military and aviation applications, and security systems. The working principle of AT-33.8688MAGQ-T requires a direct current electric field to develop the motion of lattice ions of a crystal. In addition, this type of crystal is capable of frequency division, which is an important requirement in providing frequency control in communication, navigation and guidance systems.

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