MXO45-3C-64M0000

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Oscillators are electronic components that produce a rectangular or sinusoidal alternating current of a certain frequency by generating a self-sustaining periodic oscillation in a circuit. MXO45-3C-64M0000 is a microprocessor controlled synthesized oscillator designed for frequency control applications. In this article, we will provide a detailed introduction to the application fields and working principles for MXO45-3C-64M0000.

Application Fields

MXO45-3C-64M0000 is a microprocessor controlled synthesized oscillator with frequency control applications. It is a programmable, field programmable gate array (FPGA) based, full-function oscillator. It can be used for a variety of applications, including frequency hopping, bandwidth scanning, modulation and clock synchronization. It is also suitable for a wide range of communication systems, such as Wi-Fi, Zigbee, Bluetooth, Z-Wave and GPRS. Furthermore, it is applicable to medical imaging systems, such as ultrasound, magnetic resonance imaging (MRI) and computed tomography (CT). It is also used in data acquisition systems, such as oscilloscopes, signal generators and power meters. Additionally, it is suitable to be used as a clock source for industrial processes, including automatic testing, manufacturing, inspection and control.

Working Principle

The working principle behind the MXO45-3C-64M0000 oscillator is based on a signal generator, a programmable digital interface and a built-in frequency multi-preset circuitry. The signal generator is an electronic device that supplies a varying frequency to a controlled circuit. The programmable digital interface is responsible for programming the range of output frequency generated by the signal generator. The frequency multi-preset circuitry maintains and controls the range of the output frequency.

The signal generator of MXO45-3C-64M0000 is driven by a pulse width modulation (PWM) signal which is generated by a microprocessor control. The PWM signal is used to define the operating frequency of the signal generator. The microprocessor control provides a wide range of frequencies that can be set and adjusted by the user. The PWM signal is then converted into an alternating current (AC) signal at the desired frequency that is outputted from the oscillator.

The programmable digital interface is responsible for programming the MXO45-3C-64M0000 oscillator’s output frequency. This is done by specifying a minimum and maximum frequency range and setting the operating frequency with a resolution of up to 256 discrete values. The programmable digital interface can also be used to program the PWM signal’s duty cycle, which allows for dynamic frequency control. Additionally, the oscillator can be programmed to provide a frequency sweep.

The frequency multi-preset circuitry provides a way to limit and control the output frequency of the MXO45-3C-64M0000 oscillator. It contains multiple presets which allow for a wide range of frequencies that can be set and maintained. This circuitry can be used to define the operating frequency range of the signal generator as well as to maintain and control the output frequency of the oscillator.

To summarize, the MXO45-3C-64M0000 oscillator is a microprocessor controlled synthesized oscillator that can be used for a variety of frequency control applications. It is driven by a PWM signal generated by a microprocessor control and is programmed by a digital interface. The frequency multi-preset circuitry provides a way to limit and control the output frequency and can be used to define the operating frequency of the signal generator as well as to maintain and control its output frequency.

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