CB3-5I-16M0000

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Oscillators are devices with an output signal which is cyclically repeating in time. Many oscillators are designed to produce an output signal in the form of a sine wave, but they can in fact output other types of waveforms - triangular, square, or sawtooth. The CB3-5I-16M0000 is such an oscillator, providing a reliable source of a digital output signal.

The CB3-5I-16M0000 is an adjustable, oscillator frequency source that can generate a variety of waveforms. It has two independent outputs, which makes it a great choice for multiple applications. The range of frequencies is continuously adjustable from 0Hz to 16MHz, making it suitable for a variety of applications.

The CB3-5I-16M0000 can be used for a variety of applications, ranging from timing and synchronization in communications, data acquisition systems, digital signal processing, frequency modulation, digital circuit design, and many others. It can also be used for signal intelligence applications such as frequency domain analysis and monitoring.

In terms of working principle, the CB3-5I-16M0000 is an open loop, frequency-controlled oscillator. This means that the oscillator does not require an external source of energy to oscillate at a predefined frequency. Instead, an external frequency source is supplied to the oscillator, which is then converted into a stable output signal.To keep a stable output signal, the oscillator requires active control from an external source.

The CB3-5I-16M0000 is equipped with two phases. The first phase has a frequency divider with a selectable ratio, as well as a square wave generator. This is followed by the second phase where a gain block converts the square wave into a sinusoidal signal. The output signal is then amplified and shaped into a sine wave.

In summary, the CB3-5I-16M0000 is an adjustable, oscillator frequency source that can generate a variety of waveforms. It can be used for a variety of applications, ranging from timing and synchronization in communications, data acquisition systems, digital signal processing, frequency modulation, and many others. Its working principle is open loop and frequency-controlled, which enables it to generate a stable output signal without an external energy source.

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