XLP73V739.315300I

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Oscillators are electrical circuits used to generate recurring signals, mainly sine, square, triangular and other waveforms, at a certain frequency and phase. Among many types of oscillators, the XLP73V739.315300I is a voltage-controlled oscillator (VCO), characterized by low disturb at harmonics and enhanced phase noise in high frequency band. Due to its superior performance in specific parameters, XLP73V739.315300I is widely used in many applications.

XLP73V739.315300I is especially suitable for generating multi-dithering frequencies, which is very useful in wireless communication systems. It is advantageous for audio synthesizers with high precision. Also, the XLP73V739.315300I can be used in radio navigation systems as the frequency marker generator, where it shows great merit in meeting tight spurs and phase noise specifications. Moreover, it is capable of providing frequency range from 300 MHz to 3.3 GHz, being applicable to satellite systems. Lastly, the device could be operated perfectly in both static and dynamic conditions, thus being suitable for RF applications.

The XLP73V739.315300I is composed of an oscillation circuit including voltage-controlled components, an output frequency divider, and a phase comparator. The core part of its operation is the oscillation circuit, based on voltage-controlled oscillator. It is a resonant circuit formed by R, L, C and other elements, in which the signal oscillates and grows in magnitude. In the output frequency divider, the output signal of the oscillation circuit is divided by two or multiple in order to get differential and first harmonic-free output signals. The phase comparator is employed to compare the reference voltage signal, derived from external frequency divider, with the being generated output signal. The comparison result is fed back to the oscillation circuit in order to meet the expected oscillation frequency and keep the phase locked.

Therefore, XLP73V739.315300I is the ideal choice for many RF and microwave applications, providing high stability, low phase noise, and precision frequency transmission. It is also beneficial for radio navigation and precision audio synthesizers, which are the highlights of XLP73V739.315300I.

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