SIT9120AC-2C3-XXE166.000000Y

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Oscillators

Oscillators are electrical circuits or other devices that produce a repetitive signal, commonly known as an oscillating signal. They are used in various applications for a variety of purposes. One of these is SIT9120AC-2C3-XXE166.000000Y, which is commonly used for timing and frequency applications.

Application Field of SIT9120AC-2C3-XXE166.000000Y

SIT9120AC-2C3-XXE166.000000Y is mainly used for timing and frequency applications. It is a frequency-stable crystal oscillator that is 7 mm x 5 mm in size. It is a medium usage type and exhibits excellent long-term stability, frequency accuracy and low phase noise. It is ideal for mobile communication applications because of the stability and accuracy. It is also reliable in harsh environmental conditions and can be used in a wide temperature range of -55 °C to +125 °C.

SIT9120AC-2C3-XXE166.000000Y is also suitable for very low power applications, such as smart meters, where energy efficiency and accuracy are of paramount importance. It is often used in video surveillance systems, wireless systems, and automotive applications, as it is highly reliable and its low power consumption makes it an ideal choice for these applications.

Working Principle of SIT9120AC-2C3-XXE166.000000Y

SIT9120AC-2C3-XXE166.000000Y works by utilizing a crystal to convert electrical pulses into a sine wave of a constant frequency. A crystal oscillator consists of a quartz crystal and two capacitors or inductors. The quartz crystal vibrates at its own frequency in response to electrical signals sent to it. These electrical signals, usually generated from a quartz crystal, are then amplified to generate an electric oscillation.

In addition to the crystal, there are two components in a crystal oscillator that work together to control the oscillation frequency. The first component is a parallel capacitor, also known as a shunt capacitor, which helps to regulate the frequency of the oscillation. The second component is a series resistor, also known as an anti-resonance resistor, which helps to reduce the amplitude of the oscillation.

The crystal in a crystal oscillator also produces a small amount of heat due to the electrical energy being dissipated in the quartz crystal. As the temperature of the crystal changes, so does its frequency. This effect is referred to as temperature compensation. This is why SIT9120AC-2C3-XXE166.000000Y, particularly, is suitable for applications in extreme temperatures as its frequency can be accurately adjusted.

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