416F4001XCKR

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Crystals play an important role in the modern world. Their numerous uses range from providing the timing for digit radios and computers to transmitting signals in the telecom industry. The 416F4001XCKR crystal is a ceramic surface mounted crystal specifically designed for applications requiring very precise and reliable timing. This article will discuss its application field and working principle.

Application Field

The 416F4001XCKR crystal is mainly used in communication system applications. This refers to applications like wireless base stations, land based base stations, digital wireless communication systems, wireless video transmission systems, digital satellites receivers, and many others. The precise and accurate timing capabilities provided by these crystals make them suitable for these types of applications.

In addition to communication system applications, the 416F4001XCKR also finds its use in many other applications. This includes industrial computers, Medical devices, Personal Digital Assistants (PDA’s), automotive electronic systems, various mobile applications, watches, clocks, and smartcards. This indicates the versatility of these crystals and the wide range of applications for which they can be used.

Working Principle

The 416F4001XCKR crystal works by vibrating at a frequency determined by its physical characteristics. It uses an extra thin and lightweight ceramic package, with an external static shield, to maintain a high vibration frequency. This frequency is what is used by other components in the system and provides the necessary timing for the operation of the system.

The ceramic package of the crystal is filled with high-frequency dielectric material, and it remains in this state even when the temperature of the surrounding environment changes. This makes it suitable for applications requiring precise timing even when the temperature is changing.

The crystal is made up of multiple layers of quartz, which form the high-frequency oscillator. The oscillator is then set and tuned by the RFID (Radio Frequency Identification) chip. This chip contains an EEPROM programmed according to the specifications of the crystal, which dictates the frequency and performance of the crystal.

This combination makes the crystal very accurate and reliable, and thus suitable for its range of applications. The vibration frequency of the crystal remains unchanged regardless of temperature, vibration, or shock. This makes it ideal for long-term, highly accurate timing.

Conclusion

The 416F4001XCKR crystal is a ceramic surface mounted crystal specifically designed for applications requiring very precise and reliable timing. It finds its use in many communication system applications and other applications such as industrial computers, medical devices, and automotive electronic systems. The crystal works by vibrating at a frequency determined by its physical characteristics, and it is set and tuned by the RFID (Radio Frequency Identification) chip. The high accuracy and reliability of the crystal makes it suitable for many applications requiring precise timing over a long period of time.

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