533NC000210DGR

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Pin Configurable/Selectable Oscillators are special types of oscillators that have the ability to configure the pins to the desired output frequency. The 533NC000210DGR is one such oscillator.

This oscillator uses an inverted Pierce configuration. The Pierce region works by having two complimentary transistor structures connected in series. A typical application would have an isolated gate source circuit which acts as the input to the oscillator. When the voltage potential on the gates of the transistors changes, the flow of current through the Pierce region then oscillates. The frequency of the oscillation is determined by the size of the capacitors and the amount of current that flows through the Pierce region.

The 533NC000210DGR specifically uses a patented adjustable Pierce circuit to provide a frequency range between 24MHz and 660MHz. The oscillator also features an adjustable current level and on-chip trimming that helps control how quickly and accurately the output frequency can be adjusted.

The oscillator also includes one or two selectable output frequencies. This is done by connecting an external capacitor to the oscillator’s output pin. The frequency of the oscillation changes depending on the size of the capacitor chosen. Also, the internal current is adjusted depending on the frequency desired.

The 533NC000210DGR is a versatile and practical oscillator option. It is suitable for many applications, including clock synchronization, timing, digital signal processing, and radio frequency (RF) communication. It is also suitable for a wide range of devices, including servers, base stations, routers and modems, printers, monitors, and industrial equipment. Due to its versatile output range, it is especially well-suited for high-speed applications.

The 533NC000210DGR is also relatively inexpensive and easy to use, making it an attractive option for designers looking for adjustable oscillator options. The oscillator can be quickly configured using a standard PC from the in-circuit pin selection routine. Moreover, the oscillator is designed with an advanced CMOS process that helps to ensure excellent performance and reliability.

In conclusion, the 533NC000210DGR is an efficient and practical oscillator. It is easy to set up and use, which makes it an attractive option for designers. Furthermore, it is suitable for a variety of applications due to its adjustable output range and reliable performance.

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