MXO45-2C-2M4576

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Oscillators are electronic circuits which generate an oscillating waveform, often with sinusoidal or near-sinusoidal characteristics, that can be used for many purposes in communications, electronic music, and power control equipment. The MXO45-2C-2M4576 is one example of an oscillator, a digital frequency synthesis oscillator specifically designed to provide precise signal sources for applications such as Spread Spectrum Communications, Low Noise Electrical Waveform Testing, Radar, Navigation, and Sonar Systems.

The primary purpose of the MXO45-2C-2M4576 is to generate a stable frequency reference for digital signal processing in high-performance electronic systems. It offers an ideal solution for applications which require a very low phase noise signal sourced from an electronically-programmable frequency synthesizer. The integrated phase and amplitude lock loops ensure a highly-stable performance even when the input frequency is changed.

The MXO45-2C-2M4576 is most often used in applications which require very low phase noise signals sourced from an electronically-programmable frequency synthesizer. This makes the device ideal for critical functions in digital signal processing applications that require precise signal sources such as Spread Spectrum Communications, Low Noise Electrical Waveform Tests, Radar, Navigation, and Sonar Systems.

The MXO45-2C-2M4576 works by utilizing several distinct components. The first component is the oscillator itself, which is a highly stable, temperature-compensated, voltage-controlled oscillator. This oscillator is a digital frequency synthesizer which can generate a wide range of frequencies, beyond the normal operating range of a crystal oscillator. The signal produced by the oscillator is then divided, multiplied, or programmed according to the user’s desired frequency.

The second component of the MXO45-2C-2M4576 is the phase-locked loop (PLL). This is a circuit that uses feedback to maintain a constant, stable frequency output. It is capable of outputting frequencies from zero to several MHz. The frequency at which the oscillator is set is then compared to an external reference frequency and an error signal is generated. The error signal is then used to control the frequency of the oscillator, which in turn is used to generate a stable frequency output.

The third component of the MXO45-2C-2M4576 is the amplitude-locked loop (ALL). This is used to keep the output signal amplitude constant, which is important in applications such as radar and sonar systems, which require very low phase noise signals. The ALL regulates the loop gain and phase response of the oscillator’s output signal.

The MXO45-2C-2M4576 also has several control functions. The output frequency, output level, and output modulation setting can be controlled via a digital interface. Additionally, various programmable parameters such as start frequency, modulation type, and modulation amplitude are available. For those applications which require remote control, the MXO45-2C-2M4576 also includes an optional Ethernet interface.

The MXO45-2C-2M4576 is a versatile and reliable source of highly-stable, low-noise, digitally-programmable signal sources. It is ideal for sensitive applications such as spread spectrum communication, navigation, and sonar systems. The device offers excellent performance in terms of phase noise, fine frequency resolution, and wide frequency coverage. The integrated phase and amplitude lock loops ensure a highly-stable performance even when the input frequency is changed.

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