SIT9005ACE1G-28NA

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Programmable oscillators are a unique type of electronic system used to generate electrical signals with a precise and regular frequency. They are highly versatile and offer tremendous flexibility over traditional oscillators in terms of frequency control, accuracy, stability and output waveforms. The SIT9005ACE1G-28NA is a programmable oscillator designed with a CMOS-MCS process and packaged in a 5-pin SOT-23. It operates in a frequency range of 8.192 to 28.0 MHz and can be programmed in 0.192 or 0.768 MHz steps. It provides an output waveform with a symmetric square wave and has superior accuracy with a maximum frequency error of <10ppm over a temperature range of -40°C to 85°C.

The SIT9005ACE1G-28NA programmable oscillator is particularly suitable for consumer, portable and industrial applications. It is specifically designed for use in cost-sensitive consumer products such as DVD players, microwave ovens and digital displays. It is also well suited for portable systems including MP3 players and remote control systems. Furthermore, it is ideal for use in industrial products such as printers, robotics and motion control systems.

The working principle of the SIT9005ACE1G-28NA is quite simple. It starts by detecting a value from a start-up resistance whereby a voltage supply is generated and inputted into a voltage setting circuit. This then causes the oscillator\'s internal divider and adjustable frequency divider counter to adjust the output frequency in predefined steps. The oscillator\'s frequency is also regulated by a biasing resistor, temperature compensation circuit and trim-cap which counteracts changes in the device\'s supply voltage, temperature and other external influences. The output frequency is selected via a two-pin interface and can be stable over the supplied power range, temperature and other influences.

In conclusion, the SIT9005ACE1G-28NA is an extremely versatile and cost-effective programmable oscillator suitable for use in a wide range of consumer, portable and industrial electronic applications. Utilizing an advanced CMOS-MCS process, it is capable of providing stable, accurate and precise output frequencies with a maximum frequency error of <10ppm over a wide temperature range. Its easy to use two-pin interface makes it even easier for users to select and program the desired output frequency. This makes it the ideal choice for any programmable oscillator application.

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