SIT9121AC-1D3-33E10.000000Y

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Oscillators are types of electrical components whose function is to produce the same repetitive signal, usually an alternating current, without an applied input signal. The type of oscillator presented in this article, SIT9121AC-1D3-33E10.000000Y, is a particular device used specifically for the generation of a low frequency, 10 MHz, fundamental sine wave output.

This class of oscillators are known as Quartz Crystal Oscillators and are typically composed of a crystal resonator used to produce a precise and predictable frequency output. By applying an external electric field, the crystal lattice will vibrate in order to produce an oscillation response. This response is then amplified and cleared of undesired distortion data to generate a clean, low frequency sine wave.

The SIT9121AC-1D3-33E10.000000Y oscillator comes in a hermetically-sealed 3-lead SMD package and requires a 2V to 3V power supply. It offers excellent shock and vibration resistance, a frequency stability of ±10ppm (parts-per-million) from 0° to 70°C, and a low phase noise of -136 dBc/Hz at 10 kHz offset at an ambient temperature of 25°C and works with a fundamental tuning fork quartz resonator.

Due to its improved production design process and electrode technology, the SIT9121AC-1D3-33E10.000000Y Crystal Oscillator can work at exceedingly low power consumption and still produce reliable and predictable output frequencies. Its low start-up time and fast lock-in performance makes it the ideal choice for applications that require high stability and precision such as in digital watches, high-speed optical networking systems, microwave communications systems and medical equipment.

The SIT9121AC-1D3-33E10.000000Y is undoubtedly a valuable part that has become commonplace in many applications due to its reliable operation, excellent frequency stability and precision, low power consumption and superior shock and vibration resistance.

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