8Z-50.000MAHQ-T

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A crystal is a solid material with a regular atomic structure which causes it to form various symmetrical shapes. It is known as the basic building block of matter and is essential to the operation of almost all electronic devices. Crystals are classified according to their use and properties, one of which is the 8Z-50.000MAHQ-T crystal.

The 8Z-50.000MAHQ-T crystal is amongst the most popular crystals used in many industrial, commercial, and military applications. It is specifically designed to be an oscillator, which is a device that relies on the periodically repeating motion of the crystal to produce electrical signals. Oscillators are capable of producing extremely accurate frequency signals, making them ideal for use in various electronic systems.

Application Field

The 8Z-50.000MAHQ-T crystal is suitable for a number of different applications. It is primarily used in radios and television systems, as these require extremely accurate frequencies and the crystal provides an excellent source of stability. It is also used in computers, telecommunication equipment, satellite communications, navigation systems and other embedded systems. Oscillators that use the 8Z-50.000MAHQ-T crystal are commonly used in networks such as Ethernet, GPS navigation and other location tracking systems, and communication systems such as Wi-Fi.

Working Principle

The 8Z-50.000MAHQ-T crystal works on the principle of piezoelectricity. Piezoelectricity is the phenomenon which occurs when an external electric field is applied to certain crystals, such as quartz, causing them to vibrate. This vibration produces a voltage, which is then converted into an electrical signal with a specific frequency. By harnessing the piezoelectric effect, the 8Z-50.000MAHQ-T crystal can be used to produce highly accurate frequency signals.

The 8Z-50.000MAHQ-T crystal consists of two electrodes, one of which is connected to a frequency-stabilizing device known as a ‘capacitor’. The other electrode is connected to a ‘resistor’, which regulates the voltage and current applied to the crystal. When the electric field is applied to the crystal, it begins to vibrate, resulting in an output signal with an oscillating frequency, which is the same as the frequency of the external electric field.

The frequency of the signal is determined by the thickness, shape and size of the crystal and the amount of electric field applied to it. The 8Z-50.000MAHQ-T crystal has been specially designed to have certain properties which enable it to generate a highly accurate signal. It has a precision tolerance of +/-20ppm, and is one of the most accurate oscillators available.

Advantages

The 8Z-50.000MAHQ-T crystal offers a number of advantages compared to other oscillators. Thanks to its precision tolerance of +/-20ppm and its excellent frequency stability, it is capable of providing extremely accurate signals and reliable operation. Additionally, its design makes it highly resistant to temperature changes, shock, and vibration, thanks to the use of a special damping factor. This makes it suitable for use in various harsh environments.

Furthermore, the 8Z-50.000MAHQ-T crystal requires low power consumption and is capable of operating over a wide voltage range. Its small size and low weight adds to its overall versatility and suitability for embedded systems.

Conclusion

The 8Z-50.000MAHQ-T crystal is a type of quartz crystal which is used as an oscillator in many industrial, commercial and military applications. It produces highly accurate frequency signals and its excellent frequency stability, low power consumption, and small size make it suitable for use in a variety of embedded systems.

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