8Z-38.400MAHL-T

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Crystals are among the most essential components in various electronic or electrical systems. They are often found in electrical circuits that control timing, power and frequencies. 8Z-38.400MAHL-T crystals are specifically designed for frequency application in the range of 10MH z to 38.400MH z. This type of crystals not only boast of precise and reliable performance but are also relatively cheaper. In this article, we will discuss the application fields and working principles of 8Z-38.400MAHL-T crystals.

Application Fields

8Z-38.400MAHL-T crystals are most commonly used in radio communication and communication equipments like cordless systems, mobile phones, FAX, modems, ground and aircraft systems, navigation systems, VHF communication equipments and short wave communication systems. Moreover, 8Z-38.400MAHL-T crystals are also found in satellite communication equipment, GPS navigation, digital image processors and document transmission systems.

Working Principle

The 8Z-38.400MAHL-T crystal consists of quartz and electrodes that are usually interconnected between two conductors. The oscillation of this crystals is based on the quartz being cut in such a way that it allows electrical charges to oscillate between two conductors. The quartz also has a lattice structure that can support a standing wave within the crystal. When an AC current is applied to the crystal, the wave moves through the lattice structure and then multiplies enormous times. This wave oscillates between the two conductors at a precise frequency.

To reduce the noise, the 8Z-38.400MAHL-T crystal is usually mounted on the Printed circuit board. This helps in minimizing the energy loss and providing a stable frequency. Additionally, the edges of the crystal should be enclosed to prevent any EMI or RFI interference. The 8Z-38.400MAHL-T crystals also have a long life and are capable of operating at high temperatures.

Conclusion

8Z-38.400MAHL-T crystals are relatively cheaper and are suitable for a range of applications. Its main purpose is to generate precise and reliable frequency between two conductors. The crystals can operate at high temperature and have a long service life. Additionally, it is equipped with features which help in reducing the noise pollution and electromagnetic interference.

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