CMX309HWC56.000MT

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Oscillators

The CMX309HWC56.000MT oscillator is a device used for creating electrical signals of specific frequencies and shapes. It is the base for accurate and reliable timing devices in computers, telecom, or navigational systems. The device is made of an electrical circuit, with an amplifier, and potentiometer. Oscillators are characterized by parameters such as frequency, amplitude, pulse width, and duty cycle.

Application Field

The CMX309HWC56.000MT oscillator is applicable in applications such as timing, clock generation, communication, control, and frequency counting. It is used in wireless, cellular, and fiber optic communication systems, as well as in navigation systems, cellular networks, computer systems, automotive systems, and medical equipment. The oscillator offers superior performance in terms of high frequency output, high phase noise, and wide temperature range. The device also offers programmable features and radiated emission specifications that meet the requirements for industry-standard test and measurement instruments.

Working Principle

The working principle of an oscillator is based on the feedback principle. The amplifying feedback processed in the circuit determines the output frequency and amplitude of the oscillator. The amplifier amplifies the input signal to the desired voltage, then passed through the potentiometer which then creates an output that is out of phase with the original input. The output of the amplifier is then feed into the feedback circuit that is incorporated in the oscillator, creating an oscillatory waveform. The feedback loop also governs the rate at which the oscillator frequency changes. The device requires a stable power source to ensure that the output waveform remains at the same frequency and amplitude.

The CMX309HWC56.000MT oscillator is a highly reliable, low-cost device that provides precision timing in a wide range of applications. It provides superior performance compared to other types of oscillators, thanks to its advanced design features. The device offers a high precision, low jitter, and wide temperature range. It is an ideal choice for applications such as telecom, navigation systems, medical equipment, and automotive electronics.

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