XVHEELNANF-8.000000

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Crystals

Crystals are substances comprising a regular, ordered arrangement of atoms, molecules, or ions. XVHEELNANF-8.000000 is a crystal given the accurate amount of atomic structure, space and electronic charge pattern of a particular one. It has a wide range of application.

Application Field

XVHEELNANF-8.000000 is widely used in both medical device and consumer product industries as it offers improved electrical performance, higher breakdown strength and extended service life when compared to conventional crystals. Some of its typical applications include microprocessor crystals for medical device, military, aerospace and communication applications, high-temperature oscillators, clock crystals, resonators, digital milliseconds / seconds timing chips, ATMEL microprocessor and PLC chip.

Being high temperature-resistant and robust, XuHEELNANF-8.000000 can also be used in harsh environment such as outdoor applications, either in industrial or consumer product industries like water heaters, sprinklers, security alarm systems and industrial process controllers.

Moreover, due to its shrink resistance in temperature, it can be used in most of ultra low temperature application, such as computer network communication equipment and telecommunications.

Working Principle

XVHEELNANF-8.000000 works like other quartz crystals by setting up an oscillating electrical current in the crystal structure when electrical energy is applied to its terminals. These oscillations determine the resonant frequency, which is determined by the size and shape of the crystal plate. These oscillations will occur each time the electric current is applied, resulting in an electrical output of a constant frequency.

Due to its unique size and shape, XuHEELNANF-8.000000 crystal has higher temperature stability over a wide range and therefore offers excellent frequency stability between 0°C and 85°C temperature range. Moreover, the crystal’s long-term stability is extremely low and therefore offers better reliability than other crystals, which could improve and separate the noise in the communication channels.

The crystals are produced with a softening coating and lubricants that allows the crystal to move more freely in the production process while minimizing shifting of the frequency and also ensures a more reliable function.

Conclusion

XVHEELNANF-8.000000 is a high-performance crystal structure used in many applications due to its excellent temperature stability, long-term frequency stability and high reliability. Its wide range of applications and robust construction means it can be used in both industrial and consumer. Furthermore, due to its unique size and shape, it offers excellent frequency stability combined with low noise characteristics making it an ideal choice for many medical, military, aerospace and communication applications.

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