AX7DCF1-122.8800C

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Oscillators are a branch of electronic engineering used to control frequency signals. Specifically, this branch helps to produce and control periodic voltage, current, or any type of signal without any external influence. The design and structure of an oscillator can vary significantly depending on its intended application. Oscillators are essential in providing a frequency reference for many applications such as audio oscillators, clocks and synchronicity. The AX7DCF1-122.8800C is a precision oscillator used for high precision, low jitter frequency generation and frequency control.

The AX7DCF1-122.8800C oscillator is an essential component in a wide range of applications from digital frequency synthesis, to the development of low-noise circuitry, to established radar systems. The AX7DCF1-122.8800C works in precision analog/digital frequency synthesizers with its low jitter, low phase noise, low offset for the fundamental and its very good linearity. Other applications include receiver frequency generation, RF systems, and general purpose frequency control.

The basic working principle of the AX7DCF1-122.8800C oscillator is based on the feedback principle. It uses an electronic amplifier in which a feedback loop is created between the output and the input. The output signal of the amplifier and the input signal are combined which creates a new oscillating signal of whose frequency is determined by the components of the amplifier. The frequency of this oscillating signal is then adjusted according to the application requirements by changing the components of the amplifier, i.e. changing the feedback capacitance X and the resistor R.

The AX7DCF1-122.8800C oscillator is built on an advanced ceramic technology with a robust design and excellent temperature stability. The integrated temperature compensation helps maintain the frequency accuracy even in extreme environmental conditions. The basic goal of temperature compensation is to reduce the effect of temperature variations on the output frequency of the oscillator by using temperature sensitive components in the feedback loop. This feature helps to maintain low phase noise levels and provides high stability and accuracy.

To ensure a high performance of the oscillator, the AX7DCF1-122.8800C oscillator is controlled by an advanced circuit with high-efficiency. The circuit consists of two stages: a regulated power supply circuit and the frequency control circuit. The regulated power supply circuit ensures the proper voltage supply and good operation over the temperature range. The frequency control circuit works as a digital logic, which helps to control and optimize the output frequency. The digital logic circuit monitors the oscillator\'s frequency and adjusts the components values accordingly to maintain the highest frequency accuracy.

In summary, the AX7DCF1-122.8800C oscillator is a precision oscillator with a robust design and excellent features. Its feedback principle ensures low jitter, high linearity, and low noise levels for a variety of applications. Its advanced temperature compensation and high-efficiency circuit provide good stability and accuracy. This oscillator is an integral component for the development of precise digital frequency synthesis systems, radar systems, and receivers.

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