510CCB-CBAG

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Programmable oscillators, such as the 510CCB-CBAG, are increasingly used in a variety of applications. They are usually used to control the frequency of digital signals, such as in frequency-agile radios, frequency synthesizers and signal generators. Oscillators are also used in a wide range of embedded systems, where they serve as signal generators, clock drivers or clock sources for microcontrollers. This article will discuss the application field and working principle of the 510CCB-CBAG programmable oscillator.

Application field of the 510CCB-CBAG

The 510CCB-CBAG is a high-frequency surface mountable programmable oscillator with a frequency range of 18 MHz to 2.4 GHz. It offers high performance and low phase noise, with a minimum spurious-free dynamic range (SFDR) of 70 dBc up to 2 GHz, and is suitable for a range of applications in radio and microwave systems. The oscillator is designed to provide very low phase noise over a wide range of frequencies, ensuring reliable and accurate signal transmission in digital communication and signal processing systems. It is also designed with a compact size and low power consumption, allowing it to be used in embedded systems and portable devices such as smartphones.

Working principle of the 510CCB-CBAG

The 510CCB-CBAG is a voltage-controlled oscillator (VCO) with a frequency range of 18 MHz to 2.4 GHz. It is based on an LC resonant circuit, which consists of an inductor and a capacitor. The oscillator produces an output signal that is controlled by an external voltage source, typically magnitude and/or frequency modulated. The oscillator\'s frequency is determined by the resonant frequency of the LC circuit. This can be modulated by varying the control voltage applied to the oscillator, which causes a shift in the resonant frequency. The frequency of the output signal will track the modulating signal, allowing the oscillator to be tuned to an exact target frequency.

The oscillator also features a digital latch, which is used to program the desired frequency. The digital latch consists of an array of capacitors, which are connected to an integrated digital-to-analog converter. The digital-to-analog converter takes the programmed frequency value and converts it into a voltage, which is then used to control the oscillator. This allows the oscillator to be easily programmed to any desired frequency within its frequency range.

Conclusion

The 510CCB-CBAG is a programmable oscillator capable of producing high-quality frequency signals with extremely low phase noise across the 18 MHz to 2.4 GHz frequency range. It can be used for a range of applications in radio and microwave systems, as well as for embedded systems. The oscillator is based on an LC resonant circuit, and its frequency is controlled by an external voltage source. It also features a digital latch, which allows it to be easily programmed to any desired frequency within its range. Through its features, the 510CCB-CBAG provides an ideal platform for frequency-agile radio and embedded system applications.

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