416F36012CDR

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Crystals

Crystals are useful in electronic device applications because of their outstanding performance characteristics and stability. The 416F36012CDR is one type of crystal that is commonly used in numerous electronic devices to provide stable, frequency-based oscillations for data transmission and reception. This article will provide an overview of the 416F36012CDR’s application field and working principle.

Application Fields

The 416F36012CDR crystal is a high-frequency crystal designed for telecom and broadcast applications. It is designed for use in transmitters, receivers, and base station systems. The crystal is available in a variety of frequencies and packages, enabling it to be used in a wide range of devices and applications. Some of the most common applications for the 416F36012CDR include:

• High-speed wireless communication
• GSM, CDMA, and WCDMA cellular systems
• Broadcast receivers, transmitters, and antennas
• WiFi and Bluetooth systems
• Data transmission and generation systems
• Coaxialand optical communication networks

Working Principle

The 416F36012CDR crystal is designed to provide a stable oscillating frequency that can be used as a reference for electronic devices. The crystal consists of two plates of quartz, which are connected together and surrounded by a metal shell. The quartz plates are cut and shaped in such a way as to form two plates with different frequencies, which are connected together through a common grounding point. When voltage is applied, the two plates of quartz begin to oscillate. This oscillating frequency is consistent with the frequency of the quartz, enabling the crystal to be used as a reference for transmission, reception, and data generation.

The 416F36012CDR is also designed to be extremely durable. The quartz plates are carefully cut and manufactured to ensure that the crystal is able to maintain its oscillating frequency over long periods of time. The metal shell also helps to shield the quartz plates, preventing vibrations and other external influences from affecting the crystal\'s performance. By combining these features, the 416F36012CDR crystal is able to provide reliable, stable oscillations in a wide range of device applications.

Conclusion

The 416F36012CDR crystal is a high-frequency crystal designed for telecom and broadcast applications. It offers a reliable, stable oscillation frequency that can be used for data transmission, reception, and generation. The wide range of frequencies and packages available for the crystal make it ideal for a variety of device applications. Its durable construction and shielding make it resistant to external influences, ensuring that it will perform reliably for many years.

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