ECOC-2522-16.384-3HC

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Oscillators are an important component of electrical and electronic circuits that can generate periodic waveforms. One example is the ECOC-2522-16.384-3HC, which is widely used in a variety of applications. This article will discuss the application field and working principle of the ECOC-2522-16.384-3HC.

The ECOC-2522-16.384-3HC oscillator is designed to provide a stable 16.384 MHz clock signal. It is widely used in communication and consumer electronics products, and can also be used in automotive and industrial applications. The main features of the oscillator include low power consumption, high frequency accuracy, low jitter and low phase noise. It is also designed to withstand a wide temperature range, making it suitable for a variety of applications.

The ECOC-2522-16.384-3HC oscillator is based on an oscillator circuit composed of two matched transistors connected in a push-pull configuration. The transistors are biased by a resistor network to maintain a stable operating point, and the circuit is tuned by an external frequency-determining capacitor and inductor. The oscillation frequency can be changed by tuning the two components. The oscillator output is buffered to provide a low noise 16.384 MHz clock signal.

The output waveform of the ECOC-2522-16.384-3HC oscillator is a square wave with a low duty cycle of 50%. The rise and fall times are adjustable through external components, and the frequency and output amplitude are adjustable as well. The oscillator has a wide input voltage range of 3.3V to 5.5V and a low power consumption of just 10mW. The frequency accuracy is ±1.5%.

In summary, the ECOC-2522-16.384-3HC oscillator is an ideal choice for applications that require the generation of a stable 16.384 MHz clock signal. It offers low power consumption, high frequency accuracy, low jitter and low phase noise, as well as adjustable output rise/fall times and adjustable output frequency and amplitude. It is well-suited for use in communication, consumer electronics, automotive and industrial applications.

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