FD2500057

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An oscillator is an electronic circuit capable of producing a continuous waveform output. The FD2500057 is one such oscillator, consisting of oscillator, multiplication, frequency divider and power output components. It functions by providing a reference signal, usually a sinusoidal waveform, from which frequency and voltage can be adjusted. This signal is then used to generate a frequency and voltage output, which are in turn used to create a steady frequency signal.

The FD2500057 oscillator has been designed for use in radio communications applications, allowing users to rapidly and easily tune in specific frequencies. It can have its frequency adjusted from 0.01 to 100MHz automatically and generates a frequency range of 175 kHz to 1GHz. It is designed to be used with a power input of 12V and operates at a supply voltage range of 7.2V to 13.2V.

The FD2500057 oscillator works by creating a reference signal, usually a sinusoidal waveform, from which frequency and voltage can be adjusted. The reference signal is then used to generate a frequency output, which is then divided by the frequency divider, which outputs a frequency range of 175 kHz to 1GHz. The multiplication factor of the oscillator amplifies the input signal before the frequency divider further divides it – meaning the output frequency is a multiple of the input frequency.

The FD2500057 oscillator is capable of both On and Off operation. In On mode, the oscillator is operating at its maximum possible output, while in Off mode, no power is being supplied to the circuit. There is also a calibration-free mode, which allows for quick adjustment of frequency without requiring any additional calibration or testing. In addition, it is temperature-compensated, meaning it is able to operate across a wide temperature range without losing accuracy.

The FD2500057 oscillator is a versatile and reliable choice for radio communications and engineering applications. Its ability to provide a wide frequency range, as well as its temperature-compensated design, make it a great choice for rapidly changing environments, such as those frequently encountered in radio communications. Its simple design and user-friendly calibration-free mode make it an ideal tool for engineers and technicians alike.

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