FN6250033

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Oscillators are electronic devices that generate a continuous, repetitive output waveform without an external signal input. This output signal, commonly referred to as an alternating current (AC) or a sinusoidal output waveform, is produced by a device that alternates between two or more amplitudes—typically high (positive voltage) and low (negative voltage).

One type of oscillator is the FN6250033, which is used in a variety of applications including radio frequency (RF) communication, telecommunications, audio equipment, television systems and other applications. The FN6250033 is a quartz crystal oscillator which has been designed with an extremely high resonant frequency stability of under 5 parts per million over a -40 to +85 degree Celsius temperature range.

The FN6250033, like other quartz crystal oscillators, produces an output frequency of about 1 to 200 MHz and works by exploiting the properties of a quartz crystal — namely its piezoelectric property. A quartz crystal consists of two flat plates or electrodes that are separated by a thin layer of quartz with electrodes on both sides. When a voltage is applied to the plates, a mechanical stress is produced on the quartz, which in turn creates an electric field that will amplify the original signal.

The FN6250033 can generate frequencies from 1.0 to 54.0 MHz depending on the operating mode selected and is provided in several different packages, which include both surface mount and through hole types. It can be mounted on a circuit board, a printed circuit board, or even a temporary prototype board. The oscillator requires a DC power supply, typically a +3.3 VDC supply, which is used to supply the oscillator with the required electrical power (current and voltage) which is then applied to a quartz crystals.

The output signal generated by the FN6250033 is generated in two stages. The first stage is the “start-up cycle” which uses the power supply to create a voltage spike across the quartz crystal and initiate the start-up of the oscillator signal. The second stage is the “stable oscillating cycle” where the quartz crystal is continuously subjected to an alternating voltage with a resulting output waveform. The start-up and stable oscillating cycles occur in combination in order to produce the output signal.

The output signal will be a sinusoidal waveform or a “self-oscillating” waveform depending on the application requirement. Self-oscillating refers to an oscillator that is self-sufficient and will continue to produce a waveform without an external input or control signal. The FN6250033 is designed to produce a sinusoidal waveform at a frequency that is adjusted by the user by changing the voltage applied to the quartz crystal.

The FN6250033 oscillator is also provided with a variety of options to make it suitable for a variety of applications. The oscillator is available with a variety of temperature stability grades ranging from 0.5 ppb to 5 ppb over a -40 to +85 degree Celsius temperature range. The oscillator can also be provided with a wide range of tuning ranges to ensure that it can be fine-tuned to the specific application.

In conclusion, the FN6250033 is a quartz crystal oscillator that can be used in a variety of applications including radio frequency (RF) communication, telecommunications, audio systems, and television systems. The device is capable of producing a self-oscillating waveform up to 200 MHz with an extremely stable output signal over a wide range of temperatures. The oscillator is provided with a variety of options to suit different applications, including wide range of temperature stabilities and tuning range.

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