SIT8008BCF8-30E

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Programmable Oscillators, such as SIT8008BCF8-30E, typically consist of a controller, a voltage-controlled oscillator (VCO) and a divider to fine-tune the frequency at which the controller is operating. This oscillator can be fine-tuned to frequencies between ‘0’ and ‘F’, or 0 to 15 in hexadecimal.

The SIT8008BCF8-30E uses two combinatorial inputs, two resistor-capacitor (RC) inputs and an external VCO clock input to control its operating frequency. The two combinatorial inputs allow the user to adjust the frequency by selecting between two discrete frequency values, while the two RC inputs control the frequency of the internal voltage-controlled oscillator (VCO). Finally, the external VCO clock input is used to synchronize the device with an external VCO.

The SIT8008BCF8-30E is ideal for applications that require a logic-controlled oscillator with fine tuning capabilities. These applications include telecommunications and wireless communication systems, as well as medical diagnostic and monitoring equipment. The oscillator can be used to drive resonators and piezoelectric transducers to generate signals for radio frequency modulation and demodulation, or to time-sequence events in microprocessor-controlled systems.

In terms of its working principle, the SIT8008BCF8-30E has an output frequency that is determined by a combination of the input signals. The device has the ability to accept an external VCO clock signal as an input, which can then be used to fine tune the frequency of the output. The two combinatorial inputs allow the frequency to be adjusted between two discrete frequencies while the two RC inputs are used to control the frequency of the VCO. Finally, the user can adjust the frequency of the oscillator by selecting one of the 16 available hexadecimal tuning codes.

The SIT8008BCF8-30E is most suitable for applications that require a logic-controlled oscillator with high frequency resolution, such as telecommunications and wireless communications systems. The device can also be used in medical diagnostic and monitoring equipment and for timing sequences in microprocessor-controlled systems. It is also a cost-effective programmable oscillator for frequency synthesis in RF applications.

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