OH300-61003CF-020.0M Crystals, Oscillators, Resonators

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Oscillators

Oscillators are electronicCircuits which emit some form of voltage, usually sine wave, on a recurrent basis. In turn this emitted signal alternates back and forth between positive and negative polarities and can be used to generate frequencies that range from fractions of hertz to hundreds of gigahertz depending on the type of oscillator used. Oscillators have a range of applications including but not limited to audio, radio frequency, and digital electronics.

OH300-61003CF-020.0M is an example of an oscillator that is widely used in various application fields. The “OH” in the model number refers to two port oscillators- a source and load port that provide the necessary sine wave voltage output for a particular application. The “3” that follows designates this oscillator operates at a frequency of about 300Hz (Hz stands for Hertz- a unit of frequency). The “6100” refers to the package type which is a 4-pad ceramic SMD and is one of the most popular types of packages used in oscillators. The “CF” indicates that the oscillators FM noise suppression characteristics. The “020” in the model refers to the center frequency of the oscillator which is about 200Hz. The “M” indicates that the oscillator has been tested in accordance with the MIL-STD-704 specification.

OH300-61003CF-020.0M oscillators are mainly used in military, aircraft and aviation applications where reliable performance and minimum FM noise output are critical. This particular oscillator is designed to provide a solid accurate signal that will not be disrupted due to external noise or other interference. The accuracy of the signal is due to the oscillators ability to remain stable throughout changing conditions such as temperature. The oscillator is also designed with a high degree of shielding to help attenuate disruptive signals from other sources in order to maintain an accurate output waveform.

The OH300-61003CF-020.0M oscillator works by utilizing an internal inverter circuit. This circuit essentially consists of two transistors which are connected back to back. The transistors to “flip-flop” between on and off states which creates a squarewave output signal. This signal is then fed through an RC network in order to convert the squarewave into a sine wave. The sine-wave output is then regulated using a voltage regulator in order to remove any additional harmonics that may have been created in the process.

The OH300-61003CF-020.0M oscillator is one of a wide variety of oscillators used in various military, aviation, and industrial applications. Its design is highly reliable and suitable for most application fields due to its accuracy and stability. Oscillators are essential for many applications and can be used to generate a range of frequencies for a wide range of electronics uses.

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