SIT1602AC-12-18S-38.400000E

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Oscillators are circuits used in many different electronic applications to produce an output with a certain frequency waveform. In many applications, they are used to provide a continuous signal to a circuit, although some circuits use them to provide repetitive pulses. A typical application of an oscillator is in crystal oscillators, in which a crystal vibrates mechanically at a specific frequency. The SIT1602AC-12-18S-38.400000E is an example of such a crystal oscillator.

The SIT1602AC-12-18S-38.400000E is a voltage-controlled crystal oscillator (VCXO) that is designed to provide an output frequency of 38.400000 MHz. The oscillator is able to operate from a 3.3V power supply and can provide an output frequency accuracy of +/- 50 ppm. This oscillator also has a frequency pull range of +/- 50 ppm, allowing it to be adjusted to different frequencies depending upon the application.

The oscillator works by using a crystal to provide a frequency that is very stable. The crystal is placed within a tank circuit and then the output frequency is controlled by a voltage-controlled element. This element is able to change the tank circuit\'s resonant frequency, thereby changing the output frequency of the oscillator. In addition, the oscillator is designed with temperature-compensated crystal elements that reduce frequency variations due to temperature changes.

This oscillator can be used in a variety of applications where a stable, accurate frequency output is required. Some of the most common applications include clocks, alarm systems, broadcasting, radar, satellite communication systems, and telecommunications. It can also be used in many digital and analog circuits, in particular those which require a constant timing reference.

The SIT1602AC-12-18S-38.400000E is a reliable and cost-effective crystal oscillator which provides a stable frequency output. Its voltage-controlled nature means that it can be used in a variety of different applications where an adjustable frequency is required. Its temperature-compensated design ensures that it is able to provide its specified frequency output with great accuracy even under changing environmental conditions.

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