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Oscillators

The SIT1602BI-72-30N-4.000000D (SIT) oscillator is a powerful tool for accomplishing many different tasks, offering a range of frequency and waveform capabilities that enable an extensive range of applications and working principles.

Applications

The SIT oscillator can be used for a wide variety of applications, from industrial to medical, and computer and telecom. The frequency capabilities and waveform accuracy makes it ideal for use in precision control and communication systems, and the robust metrology features make it suitable for laboratory testing and characterization of communications systems. The SIT oscillator also has a unique ability to shift frequencies quickly and precisely, and its memory capabilities can store up to 256 frequently-used frequencies. All this makes it suitable for use in a variety of applications from mobile radios, broadcast audio and video, satellite communications, landline telephony, optical communications, machine automation, process control, and medical imaging.

Working Principle

The basic working principle of the SIT oscillator follows the standard design philosophy of an oscillator. A set of oscillator elements, including a tuning element, a frequency tuning element (such as a varactor diode), and a non-volatile-memory (NVM), are set to a specific frequency. When the tuning element is adjusted to the specific frequency, the oscillator enters a stable state and begins to oscillate. The frequency tuning element then adjusts the oscillator\'s frequency to the desired value.

The SIT oscillator also contains a number of unique features which add greater flexibility and accuracy to the tuning process. The frequency control circuitry can adjust the operating frequency very precisely, by adjusting the effective capacitance or inductance of the tuning element. The SIT oscillator\'s NVM stores the frequency settings, allowing it to be recalled and re-tuned quickly and without the need for mechanical adjustments.

In addition, the SIT oscillator is also equipped with a wide range of metrology features, such as an adjustable reference crystal, which can be used for very precise frequency measurements. Furthermore, it contains a number of safety features which protect it from being overloaded by external sources. All these capabilities make the SIT oscillator a powerful and reliable tool for accomplishing a wide range of tasks.

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