ECX-H27BN-16.384

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Oscillators are electronic circuits that generate periodic electrical waves or signals. ECX-H27BN-16.384 is a type of oscillator. This article will discuss the application fields and working principles of ECX-H27BN-16.384.

ECX-H27BN-16.384 is a voltage controlled crystal oscillator as it uses a quartz crystal as its frequency-determining element. It has a fixed frequency of 16.384 MHz, and a tight frequency stability of ±25 ppm and temperature stability of ±3 ppm. This makes the oscillator extremely reliable and accurate.

The ECX-H27BN-16.384 oscillator can be used in a variety of applications. It is ideal for router and xDSL applications, as it helps to ensure reliable network speed and performance. The oscillator can also be used in Wi-Fi systems, telecommunications systems, instrumentation and measurement devices. It can also be used in medical equipment, such as for monitoring heart rate and breathing. Its excellent frequency stability and temperature stability ensure precision operation in various applications.

The working principle of the ECX-H27BN-16.384 oscillator is based on a quartz crystal. This crystal is attached to an audio amplifier, which is responsible for generating the electrical signal. The signal is then fed back to the crystal, which produces a vibrations. The vibrations create a frequency that can be used in various applications.

The ECX-H27BN-16.384 oscillator is electrically powered and does not require any external power source. This makes it highly efficient and cost-effective. It also has a low phase noise, meaning that it will not cause interference with other signals. This makes the oscillator ideal for use in applications where signal integrity is a priority.

In summary, the ECX-H27BN-16.384 is an oscillator that can be used in a variety of applications. It has a fixed frequency of 16.384 MHz and a tight frequency stability of ±25 ppm and temperature stability of ±3 ppm. The oscillator is powered by electricity and does not require any external power source. It is highly efficient and cost-effective, and its excellent frequency stability and low noise makes it ideal for applications that require precision operation.

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