AX7DBF1-560.4000T

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Oscillators are electrical networks capable of generating oscillatory voltages and currents. These oscillations can either be free running or may be frequency controlled. The AX7DBF1-560.4000T oscillator is a frequency-controlled type, which ties the frequency of the voltage or current it generates to the frequency of an input voltage or current present in its network. This oscillator, with a frequency output range capability of 9KHz to 560MHz, is typically used in satellite communication, navigation, and other precision applications.

The AX7DBF1-560.4000T oscillator is based on a combination of balanced diode rectifier topology, semiconductor technology, and advanced phase-lock loop circuit design. Its output frequency consists of two integral dividers, which can separately choose two frequencies; thus forming a two-gap frequency with a two-digit selectable up/down counting division. The frequency range of the oscillator is very high, which helps it achieve low jitter and frequency stability of better than ±0.5 ppm. This oscillator also has an incredibly low phase noise of -135dBc/Hz at 10 kHz offset, thus making it ideal for high-end applications.

This oscillator requires a 3.3/5.0V DC supply voltage with a maximum current consumption of 5mA. Its output amplitude is specified at 10 mVp-p while the output waveform can either be a sine wave or a square wave. The AX7DBF1-560.4000T oscillator has several operational modes, which include digital frequency control mode, analog frequency adjustment mode, current/voltage output, clock/valid mode, and FSK modulation mode.

The AX7DBF1-560.4000T oscillator is widely used in satellite communication, navigation and precision control. It has been used in areas such as radio positioning systems, and in systems designed for tracking, radar, and research purposes. Additionally, it has found its way in communications technology where it is used for times and frequency synchronization, and for frequency synthesizing. The oscillator has also been used in automotive testing, where its radio frequency (RF) signal helps in testing and validating changes to the hardware as well as the software components of a vehicle.

In conclusion, the AX7DBF1-560.4000T oscillator is a high precision frequency controllable oscillator, with integrated phase-lock loop circuit design and two integral dividers. It has an impressive frequency range, and its operational modes offer a variety of functionalities. The oscillator provides a precise frequency signal for a range of applications, from satellite communications to automotive testing.

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