ECS-240-8-36-RWN-TR

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Crystals play an important role in many technology applications, and the ECS-240-8-36-RWN-TR is one of the most commonly used crystal products among these technologies. This product is used in a wide variety of applications, and its working mechanism can be divided into two parts.

ECS-240-8-36-RWN-TR Application Field

ECS-240-8-36-RWN-TR is often used in the field of telecommunications, with the main application in radio equipment. Specifically, the ECS-240-8-36-RWN-TR is used in radio transmitters and receivers, radio modems, radio scanners, DRM radio decoders, digital radio receivers, and base stations. It is also used in the transceiver system, frequency synthesis system, and digital tuning system for wireless communication.Moreover, the optimal accuracy of the ECS-240-8-36-RWN-TR makes it suitable for precision timekeeping applications, such as CCTV cameras and passive infrared detectors. This crystal product can also be used in frequency sources, such as quartz frequency standards, micromechanical frequency standards, and quartz-based oscillators. In addition, it is also used in applications such as timekeeping, scientific instruments, consumer electronics, and automotive electronics.

ECS-240-8-36-RWN-TR Working Principle

The ECS-240-8-36-RWN-TR consists of two parts: an AT-cut quartz crystal and a piezoelectric transducer. The crystal is a monolithic quartz element cut at a specific angle to produce two parallel plates interconnected by a thin layer of quartz material. This device works to produce vibrations that are used to generate specific frequencies.

The second part of the device is the piezoelectric transducer which is responsible for converting electrical energy into mechanical energy and vice versa. The piezoelectric transducer works by using a voltage applied to the crystal to start the vibration process. As the voltage changes, the crystal vibrates at altered frequencies, and the frequency can be adjusted by modifying the applied voltage. This makes it easier to control output frequencies.

The vibration of the crystal is reached when the voltage applied to the crystal is equal to the inverse of the resonant frequency. The frequency of the vibrated crystal can be kept constant by using a feedback signal from the transducer, which also allows for a controlled application of voltage.

In conclusion, the ECS-240-8-36-RWN-TR crystal is a versatile product that is used in a wide range of telecommunications and precision timekeeping applications. It works by generating vibrations through a combination of AT-cut quartz crystal and piezoelectric transducer, and its frequency can be finely adjusted by applying a specific voltage.

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