416F400XXADR

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Crystals

Crystals serve as a vital component in various electronic devices, from computer chips and car radios to home security systems. One of the most popular types of crystals used for such devices is quartz, which provides a reliable, low-cost and accurate timekeeping instrument for clocks and watches. The 416F400XXADR crystal is a quartz crystal used for frequency control devices.

416F400XXADR Application

The 416F400XXADR crystal is suitable for a wide range of applications, from telecoms transmitters and receivers to medical equipment and timing control systems. Generally, it is used to regulate electrical or electronic oscillations at a specific frequency. It is also valued for its low frequency jitter, tight frequency tolerance and narrow temperature range.

The 416F400XXADR crystal has the following specifications:

• Frequency: 400 KHz
• Frequency tolerance: ±20ppm
• Guard Ring: Yes
• Storage temperature range: -55°C to +125°C
• Control voltage: 10V

416F400XXADR Working Principle

Like other quartz crystals, the 416F400XXADR crystal has two main components – an electrode and a quartz resonator. When a voltage is applied to the electrodes, an electric field is created that causes the quartz resonator to oscillate at its resonant frequency. This oscillation can be used to generate a stable frequency or to regulate existing frequency.

The electrode is often constructed from gold or silver, but other metals such as copper, aluminum and nickel can be used as well. As the electrodes are energized, a thin film of quartz reacts with the electric field, causing the quartz to vibrate at its resonant frequency. As it vibrates, it creates an output signal that can be used for a controlled frequency application.

The 416F400XXADR crystal is ideal for use with modern communication equipment due to its low frequency stability, temperature stability, and close tolerance for temperature drift. The relatively low temperature stability of a quartz crystal is also beneficial in many applications, as it reduces the risk of clock drift due to environmental conditions.

Conclusion

The 416F400XXADR crystal is a quartz crystal designed to meet the demands of frequency control devices such as telecoms transmitters and receivers, medical equipment, and timing control systems. It is valued for its frequency stability, tolerance for temperature drift, and narrow temperature range. The 416F400XXADR crystal can be used to generate a stable frequency or to regulate existing frequency, making it a reliable and accurate timekeeping device with a wide variety of applications.

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