CX2016DB38400C0WPLA2

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Crystals are materials that are used to create oscillators, which are widely used in electrical and electronic applications. The CX2016DB38400C0WPLA2 is a type of crystal that is designed for high frequency applications and is ideal for communication, radio and other systems that require stable frequency reference. This article will discuss the application field and working principle of the CX2016DB38400C0WPLA2.

Application Field

The CX2016DB38400C0WPLA2 is used in many different types of electronics and electrical applications. It is typically used in applications that require a stable and accurate frequency that is not affected by small changes in temperature or voltage. Examples of these applications include cellular phones, radio receivers, Wi-Fi, Bluetooth and other wireless technologies, as well as other communication systems. In addition, this crystal can also be used in medical equipment, robotics, and other high-frequency applications that require precise timing.

Working Principle

In order to understand how the CX2016DB38400C0WPLA2 works, it is important to first understand how crystals work in general. Crystals are composed of many atoms and these atoms vibrate or “resonate” at a certain frequency. This natural frequency is called the crystal’s resonance frequency and can be harnessed, or adjusted, in order to generate a precise, stable and reliable reference frequency. The CX2016DB38400C0WPLA2 crystal is specifically designed for applications that require a highly accurate, reliable frequency reference. This crystal utilizes an AT cut quartz crystal, which is cut and ground in a specific way in order to maximize its resonance frequency. This way, the crystal can be used to create an oscillator circuit that produces a highly accurate frequency reference.

Conclusion

The CX2016DB38400C0WPLA2 is a specialized crystal that is designed for high frequency applications. It is ideal for communication, radio and other systems that require stable and accurate frequency references, and can also be used in medical equipment and robotics. This crystal utilizes an AT cut quartz crystal, which is cut and ground in a specific way in order to maximize its resonance frequency. This way, the crystal can be used to create an oscillator circuit that produces a highly accurate frequency reference.

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