ECX-L27CM-155.520

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Oscillators

The ECX-L27CM-155.520 oscillator is a device used to generate electrical signals across a wide array of application fields. Typically they used in telecommunications, medical equipment, automotive, and navigation systems because of their low noise and reliable performance.

Applications

This oscillator is commonly used in telecommunications, medical equipment, automotive, navigation, and other general-purpose applications. In telecommunications, the oscillator is used to generate the clock signal necessary for proper data transmission. Medical equipment utilizes ECX-L27CM-155.520 oscillators to stabilize signal transmission and reduce noise which can be caused by background interference. Automotive and navigation systems rely on these oscillators to generate precise and reliable signals which are necessary for safety. Finally, ECX-L27CM-155.520 is widely applicable in general electronics due to its low noise performance.

Features

The ECX-L27CM-155.520 oscillator has several key features. It is designed for optimum performance in low power applications with a low start-up frequency of 155.520MHz. It offers extremely low phase noise with a maximum of -175dBc/Hz @ 10Hz offset. The oscillator also has a high accuracy of ±3ppm @ +25°C and a tolerance of ±5ppm over temperature range of -40°C to +85°C.

Working Principle

At its core, the ECX-L27CM-155.520 operates using Crystal oscillator technology. This involves a crystal resonator which is a piezoelectric material that vibrates at a specific frequency when an alternating voltage is applied. The resonator is connected to two electrodes which generate a voltage signal when it vibrates, and this signal is then amplified by an amplifier circuit. This amplified signal is then used to generate the electrical output.

Conclusion

The ECX-L27CM-155.520 is a widely used oscillator in many application fields due to its reliable performance and low noise. It offers very low phase noise and accuracy, making it an excellent choice for a variety of uses. Its working principle is based on crystal oscillator technology, which ensures the device is capable of generating precise outputs.

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