SIT1602BI-71-18N-38.000000E

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Oscillators are electrical circuits which produce a continuous output signal of alternating voltage or current.SIT1602BI-71-18N-38.000000E is a kind of crystal oscillator mainly designed for satellite systems, providing superior timing stability and an accurate reference frequency. It consists of an AT-cut, two-terminal quartz crystal element, a temperature-compensated oscillator circuit, and passive components.

The working principle of SIT1602BI-71-18N-38.000000E is based on its quartz crystal, which has an elastic property associated with its lattice structure. When a voltage is applied across it, a mechanical force due to the resultant electric field distorts the crystal lattice. This effect is known as the piezoelectric effect, and has the potential to generate an alternating current in the external circuit.

The temperature compensation of the oscillator further improves its performance and timing accuracy. This is achieved by combining temperature-compensated resistors, capacitors, and active components with the crystal element. This allows the circuit to maintain a uniform frequency regardless of environmental conditions.

The primary application of the SIT1602BI-71-18N-38.000000E is in satellite communications. This is because it has an extremely high stability of up to nine decades, meaning that it can adhere to precise timing signals for even long-term satellite systems. It has a low start-up time, and also generates very little noise, making it ideal for space applications.

SIT1602BI-71-18N-38.000000E can also be used as an oscillator for industrial automation and control systems, frequency synthesisers, data acquisition systems, and telecommunications. Its excellent precision makes it suitable for such applications, where conventional crystal oscillators may not be able to provide accurate timing signals.

In summary, the SIT1602BI-71-18N-38.000000E is an advanced crystal oscillator designed for satellite systems. It produces a continuous output of alternating voltage or current, and is temperature compensated for improved performance and accuracy. The primary application of this oscillator is in satellite communications, but it can also be used in industrial automation, frequency synthesisers, data acquisition systems, and telecommunications.

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