FN3300073

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Oscillators, such as the FN3300073, play an important role in modern technology. Oscillators do not oversweep the signal, but instead maintain a consistent waveform throughout the full range of the input signal. This helps ensure that the input signal is always the same amplitude and, as a result, the output signal will produce accurate readings or calculations.

The FN3300073 is a low noise, low power oscillator designed for high frequency applications. It features a bandpass filter to reduce any additional external noise, making it ideal for use in remote equipment and medical applications. The oscillator has a frequency of 33MHz, making it suitable for high frequency applications like cell phones, communication equipment, and medical diagnostics. It also has an on-chip quartz resonator, which helps maintain high accuracy and stability over long periods of time.

The working principle of the FN3300073 oscillator is based on the use of an oscillating quartz crystal. The quartz crystal is positioned within a sealed cavity, and is connected to an oscillating circuit. This circuit contains an amplifier, an inductor, and a capacitor. When current is applied to the oscillator, the quartz crystal vibrates and the oscillator circuit oscillates at the frequency of the quartz crystal. This is then amplified and sent out as the desired frequency.

The FN3300073 also offers a range of frequency stability and power options, making it ideal for applications that require precise frequency accuracy and power efficiency. The oscillator is also designed to tolerate input voltages ranging from 3 to 16V, making it suitable for a range of environments and powered devices. In addition, the oscillator is also available with a programmable frequency adjustment range, allowing for flexibility in application design.

The FN3300073 oscillator is becoming increasingly popular due to its ability to provide high performance, low power operation, precise frequency accuracy, and wide input voltage range. Its on-chip quartz resonator also provides the best precision and stability available, making it a great choice for use in medical applications, communications, and other high-frequency applications.

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