ECOC-2522-16.384-3HS

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Oscillators are electronic circuit components that generate a repeating signal over a certain frequency range. They can be used to generate sound waves, electronic signals, and vibrations at specific frequencies. Among oscillators, ECOC-2522-16.384-3HS is a type of Thru-Hole oscillator that has various applications.

The ECOC-2522-16.384-3HS is a quartz crystal oscillator based on the AT-cut technology. It is designed for printed circuit board applications such as timing and frequency stability. The oscillator is made of an AT-cut quartz crystal element combined with high stability quartz crystal resonator circuits. It has a wide operating temperature range of -40°C to +85°C.

The ECOC-2522-16.384-3HS oscillator operates with an output frequency of 16.384 MHz and a high stability level of 3 Hz. It features a low power consumption of 1.8 mW at 25°C and delivers a low phase noise of at -75 dBc/Hz at 100KHz. It also has an ultra low jitter of 10 ps.

The ECOC-2522-16.384-3HS has multiple applications including digital audio, clock synthesis, digital broadcasting, TV receivers, automotive audio and video receivers, communications, and GPS. It is a reliable and low-cost solution for applications that require high accuracy timing. Furthermore, it is a cost-effective solution for low phase noise, very low jitter performance and high quality audio applications.

The working principle of the ECOC-2522-16.384-3HS is based on a quartz crystal resonator circuit. This circuit contains a quartz crystal element that has a vibrational frequency determined by its mechanical load. An electric signal is applied to the crystal and causes the signal to vibrate at the same frequency. This vibration is amplified by the crystal’s resonator circuit, producing a clean, sinusoidal wave that follows the frequency of the signal applied to the crystal.

In conclusion, the ECOC-2522-16.384-3HS oscillator is a quartz crystal based oscillator designed for various applications. It features a wide operating temperature range, low power consumption, and high stability levels. It is ideal for clock synthesis, digital audio, and other high accuracy timing applications. Thanks to its high accuracy quartz crystal resonator circuit, the ECOC-2522-16.384-3HS can provide a low phase noise, very low jitter performance and high quality audio signals.

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