SIT1602AI-13-18E-75.000000E

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Oscillators

The SIT1602AI-13-18E-75.000000E is a waveform generator oscillator manufactured by Sitronix. It operates at a frequency of 75.000000MHz with a minimum frequency of 70.000000MHz and a maximum frequency of 80.000000MHz and with a frequency accuracy of +/-0.5ppm at 25C. It is a very highly stable device, often used in electronic devices, such as cellular phones, in which the frequency must be held very precisely.

This oscillator is an example of a relatively new type of oscillator: the surface acoustic wave (SAW) oscillator. Most oscillators are based on either digital or analog technology, and they are usually fixed frequency devices. A SAW oscillator, however, is able to generate a signal with frequency that can be tuned by an external voltage, meaning that behavior of the oscillator can be modified in real-time.

A basic SAW oscillator consists of a piezoelectric crystal, which is a kind of crystal that produces an oscillating electrical signal when it is exposed to a mechanical stress. The crystal is usually placed on a substrate, with electrodes attached to the substrate on either side of the crystal. A signal is then applied to the electrodes, and the crystal oscillates at a frequency determined by the signal\'s properties. The frequency can be tuned by altering the electrical signal applied to the electrodes.

The SIT1602AI-13-18E-75.000000E oscillator is particularly well-suited for cellular phone applications because of its ability to generate an extremely precise signal at a high frequency. It can also be used in other applications where a precisely-tunable signal is required, such as in satellite communications systems, automotive electronics, and medical instrumentation.

In conclusion, the SIT1602AI-13-18E-75.000000E is an example of a SAW oscillator that is designed for use in high precision applications such as cellular phones and other electronic equipment. Its ability to produce a precise signal at a high frequency makes it ideal for these kinds of applications.

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