OXKTGLKANF-26.000000 Crystals, Oscillators, Resonators

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OXKTGLKANF-26.000000 oscillator is a high-powered electronic oscillator used for various applications. It is known for its reliability and stability as well as its high accuracy. The oscillator is designed to generate a maximum output of 26.000000 MHz with minimal noise and distortion. It can be used for various applications in fields such as telecommunications, telecommunications system, radio and wireless system, cellular network, microwave communication, radar and military communication, radio modem and GPS navigation.

The oscillator is composed of an oscillator core, amplifier, and a phase locked loop (PLL) circuit. The oscillator core consists of an oscillator crystal, transistors, and resistors, which provide the stable and accurate output frequency. The amplifier is used to increase the amplitude of the output signal. The PLL circuit is used to synchronize the oscillator core with the output signal so that the output is stable and accurate.

The working principle of the OXKTGLKANF-26.000000 oscillator is based on the resonance of the oscillator crystal. The crystal will vibrate at a particular frequency when it is excited by current or voltage. The output frequency is determined by the physical parameters of the oscillator and the type of crystal used. The amplifier increases the amplitude of the output signal, while the PLL ensures that the output frequency is maintained even when the input frequency changes. The oscillator is designed to be stable and accurate under varying conditions.

The OXKTGLKANF-26.000000 oscillator is used in many applications, such as the synchronization of digital clocks and frequency measurements. It can also be used for the transmission of information, the separation of signals, and the transmission of radio waves. The oscillator can also be used for the testing of electronic components, and for the development and calibration of electronic equipment. It can also be used in medical equipment, and for the diagnosis of various conditions.

The oscillator is ideal for use in fields such as telecommunications, telecommunications system, radio and wireless system, cellular network, microwave communication, radar and military communication, radio modem and GPS navigation. It is also suitable for use in a variety of other applications. It is reliable and accurate, and can also be used in low-noise situations.

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