CSX750PCC15.3600MT

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Oscillators are a key type of signal generators in a variety of applications. One example of an oscillator is the CSX750PCC15.3600MT (“MT” for “multi-tone complex”). This oscillator is designed as a low-cost, high-quality solution for generating complex signals with up to 500 kHz of frequency resolution.

In terms of its application field, the CSX750PCC15.3600MT performs best in two general areas. The first is in communications-type hardware, where it can be used to generate digital signals for transmission over a range of frequencies. This may involve matrix modulation with complex data blocks and waveforms. The other is in the area of broadcast audio, where it can be used to generate various sound effects, music, etc. The audio signals generated by the CSX750PCC15.3600MT can be up to 15.3600 MHz in bandwidth.

In terms of the working principle, the CSX750PCC15.3600MT works by utilizing a voltage-controlled crystal oscillator (VCXO) to generate the signals tuned to specific frequencies. The VCXO is a form of tunable oscillator, and by controlling its electrical characteristics, the desired frequency can be set and maintained. The VCXO in the CSX750PCC15.3600MT is a highly stable component that is adjustable across multiple frequency bands.

As well as the VCXO, there are also several other components that make up the oscillator, such as a fixed crystal, an amplifier, and various other circuit components and assemblies. These components work together to accurately generate complex signals with high precision. The fixed crystal works as a reference for the frequency of the signal, and the amplifier amplifies the signal before it is output. Finally, the remaining circuit components and assemblies are used to further refine the frequency and output of the signal.

In conclusion, the CSX750PCC15.3600MT oscillator is a great choice for applications requiring complex digital signals, high-bandwidth audio or a combination of both. It is relatively low-cost and yet high quality, and its frequency resolution can go up to 500 kHz. The working principle of the oscillator relies on a VCXO as well as other circuit components and assemblies, which allow for precise tuning and generating of complex signals.

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