CSX-750FCB27000000T

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Oscillators are devices that generate frequencies from very low radio to very high speed. These devices can be used to detect signals, and are commonly used in telecommunications systems.

The CSX-750FCB27000000T oscillator is a frequency-controlled oscillator (FCO) with a bandwidth of 27 MHz and is designed for use in digital and analog measurement systems, radar and communication systems, and analog and digital switching.

The application field of the CSX-750FCB27000000T oscillator is mainly for satellite systems, radar and telecommunication systems, due to its higher performance and more reliable features. It offers a maximum output power in excess of 10dBm, with a continuous-wave utility at 13 dB also possible. Its wide frequency range, from 27MHz to 50MHz, makes it ideal for obtaining a wide range of frequencies. Additionally, its extremely low phase noise and low harmonic distortion make it suitable for use with higher frequency signals, such as for cellular systems.

The working principle of the CSX-750FCB27000000T oscillator is based on the use of a negative feedback oscillator to achieve frequency control and output power stability. A variable-gain amplifier is used to control the amount of negative feedback, which in turn controls the stability and frequency of the output signal. An auxiliary oscillator is used to create a stable reference frequency which is then used to accurately control the gain of the variable-gain amplifier. Additionally, the oscillator features an adjustable output impedance, and also a temperature compensation circuit which increases accuracy and stability by providing a more consistent frequency over temperature changes.

The CSX-750FCB27000000T oscillator is a high-performance device which offers excellent frequency control and output power stability. It is suitable for a wide range of applications, and is particularly suited for satellite systems, radar and telecommunication systems. Its wide frequency range and low phase noise make it ideal for higher frequency signals. Its adjustable output impedance and temperature compensation circuit allow greater accuracy and stability.

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