SIT1602BC-13-30S-19.200000E

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Oscillators are electronic components or systems used to generate recurring electronic signals in cycles with a steady frequency; this frequency is often essential for their further application. Unlike a simple waveform generator, an oscillator uses negative feedback to control its own frequency and maintain its stability over time. An oscillator\'s output, in terms of its frequency, can often be adjusted by external parameters, such as the application of a voltage.

The oscillator SIT1602BC-13-30S-19.200000E has an impressive range of uses and applications, ranging from consumer electronics to aerospace components and beyond. The application field of this oscillator is mainly composed of frequency control, standard clock synchronization, telecommunications, military and aerospace applications.

The working principle of this oscillator is based on the use of an oscillator circuit within the oscillator\'s housing, composed of an internal oscillator, amplifier, filter, and other components. This internal circuit first produces an oscillating frequency, and then the amplifier increases the signal\'s power before it is returned to the input of the oscillator circuit. This sequential loop provides a periodic signal with a preset frequency. This frequency is then controlled with the help of adjustable parameters, such as the application of a voltage.

The frequency of the oscillator can be adjusted by external parameters. For example, by raising the voltage that is applied to the oscillator, its frequency can be increased with the same amount of energy input, resulting in a higher frequency. Similarly, by lowering the voltage, the frequency of the oscillator is reduced. This can be useful for applications in which the equipment needs to operate at different pre-determined frequencies.

Thanks to its outstanding features, the SIT1602BC-13-30S-19.200000E oscillator is widely used in modern electronics. The adjustable frequency output and precise delivery of the oscillator make it a reliable component for applications that require accurate timing and timing synchronization between two or more components. Its exceptional stability, combined with its robust construction and reliability, make it a preferred choice for a wide range of applications.

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