KC3225K66.6667C1GE00

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Oscillators are electronic circuits that deliver a repeating signal, usually a sine wave. KC3225K66.6667C1GE00 is a highly stable frequency source with very low phase noise and excellent temperature stability. This particular oscillator is suitable for applications requiring a specific frequency with low phase noise.

The working principle of KC3225K66.6667C1GE00 is based on the linear oscillator theory, in which an external voltage bias and frequency controlling element are used to produce alternating output signal. The frequency controlling element consists of two capacitors and one or more inductors connected in series with the oscillator’s active device. The capacitors and inductors form a high-Q resonant tank circuit that determines the natural oscillation frequency of the oscillator. When the bias voltage and frequency is applied to the oscillator’s active device, it experiences positive and negative signals which induce alternating voltages and currents in the tank circuit. These voltages and currents oscillate within the tank circuit, producing a sinusoidal output from the oscillator.

KC3225K66.6667C1GE00 is suitable for a variety of applications such as clock synchronization, signal synthesis and switching supply solutions. As it is designed to be extremely reliable and accurate, it can be used as a low-jitter and low-phase-noise frequency source for timing and synchronization in communications systems. It is also suitable for wireless and wired communications, LAN, WAN, telecom, VoIP, and fiber-optic network systems, as well as pulse width modulation and square wave generator circuitry. It is also used in computer systems, automotive, industrial automation, and medical devices.

In summary, KC3225K66.6667C1GE00 is an oscillator that can produce very low phase noise and excellent temperature stability. Its working principle is based on the linear oscillator theory and it can be used in a variety of applications requiring low-jitter and low-phase-noise frequency sources.

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