ECS-184-18-30BQ-DS

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Crystals are an essential part of many industries, used in a variety of applications. The ECS-184-18-30BQ-DS is a piezoelectric crystal which can be used for frequency and timing control, power regulation, and signal filtering. In this article, we’ll discuss the application fields and working principle of the ECS-184-18-30BQ-DS.

Application Fields

The ECS-184-18-30BQ-DS crystal can be used in a variety of applications in the telecommunications, medical and industrial sectors. It is ideal for use in applications where stability and accuracy are required, such as:

• Frequency control, synchronization and timing devices.
• Cellular base station, WLAN, and telecommunication networks.
• Optical transmission and receiver systems.
• Medical monitoring systems, medical imaging and ultrasound.
• Electronic instruments, audio and video equipment.
• Controlling and regulating power output in industrial applications.
• Sensor applications.

Working Principle

The working principle of a crystal is relatively simple. The crystal contains quartz which has a natural frequency of vibration imposed by its structure. When an electrical voltage is applied across the crystal, this causes the crystal lattice structure to vibrate at its natural frequency. This vibration creates an electrical current which can be used for precise frequency control.

In the case of the ECS-184-18-30BQ-DS, it produces an output frequency of 18.432MHz. This is stable and precise, and can be used to maintain the precise timing of digital systems or to filter signals such as in audio or video systems. It also has great power efficiency, a low operating temperature, and is available in a standard hermetic package.

Conclusion

The ECS-184-18-30BQ-DS crystal is a versatile, precise piezoelectric crystal that can be used for a variety of applications requiring stability and accuracy, such as frequency control and timing, power regulation, and signal filtering. It is available in a standard hermetic package and is well-suited for use in a variety of industries. The crystal works by vibrating at its natural frequency when an electrical voltage is applied across it, creating an electrical current that can be used for precise frequency control.

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