XLH736100.000000X

Oscillators

XLH736100.000000X is categorized as an oscillator due to its use in producing periodic or non-periodic waveforms, also known as signals. These signals can be used to control other electronic devices that rely on timing signals. This oscillator type is specifically designed for calling instrument timing signals.

Application Field

XLH736100.000000X is used for controlling instrument timing signals. Its main applications include frequency control for standardized pulse width and high frequency precision measurement. It can also be used in communications systems and radar systems as a frequency resource. Applications of this oscillator include microwave/millimetre-wave components such as linear amplifiers, transceivers, up/down convertors, frequency synthesizers, and Phased Arrays. This oscillator type has many interchangeable parts, making it easy to replace and easy to find replacement parts.

Working Principle

The working principle of XLH736100.000000X is based on a frequency-locked loop (FLL). This FLL contains an oscillator, a mixer, and a Voltage Controlled Oscillator (VCO). The oscillator operates at a specific frequency, which is determined by the type and value of a provided crystal. The mixer is used to combine two signals, resulting in the generation of new signals based on the difference between two frequencies. The output of the mixer is then used to adjust the frequency of the VCO. The cycle then repeats.

When the input frequency is changed, the output frequency of the VCO can be adjusted accordingly. That is, the output frequency will be multiplied by a certain factor depending on the change in input frequency. By controlling the frequency of the VCO, the output frequency can be precisely adjusted without relying on external adjustments. This is one of the other advantages of this oscillator type, increasing its usefulness in frequency resource control.

XLH736100.000000X provides excellent frequency precision and stability, making it an ideal choice for numerous frequency critical instruments. Its versatility, reliability, and robust performance makes it suitable for many applications that require stable frequency resources, making it an ongoing preference in the industry.