SIT8008AIE3-18S

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Programmable oscillators are electronic components that generate alternating current waveforms based on user-programmable parameters. If information and communication technology disciplines such as signaling systems, antennas and transmission, and radio require a device to generate perfect sinusoids, then this type of component is extremely useful. Our chosen component is the SIT8008AIE3-18S.

Features of SIT8008AIE3-18S

The main feature of the SIT8008AIE3-18S is the ability to program its output waveform. A user can select a frequency of up to 19MHz, with an adjustable frequency step size down to 1Hz. The output amplitude is adjustable from 0.5~4.5V over the whole frequency range. Furthermore, the phase accuracy of the output is rated at 0.0002°, with a phase jitter of 25ps. Also, the structure is designed with an anti-EMI coating.

Applications of SIT8008AIE3-18S

The SIT8008AIE3-18S can be used in a variety of applications, such as radio and television broadcasting, fixed radio communication systems, navigator control, and commercial communication systems. It is especially useful for digital clock sources and synchronization signals. Additionally, the SIT8008AIE3-18S can be used in the testing and calibration of antennas, optical transmission systems and any type of transmission over cable. The SIT8008AIE3-18S is an ideal choice for demanding applications that require high frequency sinusoidal output waves to achieve precise results in a wide range of conditions.

Working Principle of SIT8008AIE3-18S

The working principle of the SIT8008AIE3-18S follows the same principle as standard oscillators. Its output is achieved by applying a precisely timed set of electrical pulses of varying levels to a piezoelectric crystal or mechanical resonator, it is the resulting vibrations of the crystal or mechanical resonator that generate the output waves. The design is made using CMOS processes and is controlled via a digital processor and an input from a voltage or current reference.

The processor and reference voltage or current act as the main controlling elements and are responsible for setting the frequency output, distortion levels, and any other parameters required for high level performance in sensitive environments. Additionally, the crystalline or mechanical resonator assists in defining the frequency, and therefore helps ensure that the output is perfectly sinusoidal in nature.

The programmable features of the SIT8008AIE3-18S allow for the frequency and amplitude to be modified with every new cycle and in sync with the low-noise, high-resolution reference voltage or current. This helps provide greater precision and accuracy to the oscillator\'s output and makes it an invaluable tool in accurately testing and measuring signals and waveforms in various settings.

Conclusion

In conclusion, the SIT8008AIE3-18S is an ideal choice for those applications that require perfect sinusoidal waveforms. Its combination of precision and programmability, along with its anti-EMI coating make it an ideal choice for transmission and radio-related testing and measurement applications. It is also a great choice for clock sources, as its precise timing allows for precise synchronization and accuracy.

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