AX7DBF1-352.1959C

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The AX7DBF1-352.1959C oscillator is a highly reliable and ultra-precise voltage output device designed and manufactured for a deep range of applications, including telecommunications, instrumentation and measurement, aerospace, defense and many other industries. It is designed to provide a highly stable and accurate voltage output signal from a wide range of input frequencies and waveforms.

The AX7DBF1-352.1959C oscillator is a precision analog oscillator designed for frequencies up to about 100MHz. It has an extremely wide frequency range, from a few kHz up to about 200MHz, with very high accuracy and stability over the full range. This oscillator is equipped with a fully shielded enclosure to reduce and eliminate any possible EMF/RFI interference. It also features a variety of available input reference frequencies, waveforms, and output amplitudes.

The working principle of the AX7DBF1-352.1959C oscillator is based on the conversion of the input specific frequency into a voltage output signal. This is achieved by the use of an analog voltage-controlled oscillator (VCXO) which is driven by the input frequency and controlled by the output voltage. The VCXO consists of three primary components – a variable crystal, a voltage-controlled resistor (VCR) and an amplifier. The voltage-controlled resistor is used to adjust the frequency of the oscillator, while the amplifier is used to amplify the output signal. Additionally, a phase shift element is included to reduce unwanted phase shifts in the output signal.

Typical applications for the AX7DBF1-352.1959C oscillator include communications systems, data converters, frequency synthesizers, and digital converter systems. Its high accuracy and low phase noise make it especially well-suited for frequency synthesis, jitter-critical applications, RF signal generation, and applications where high frequency stability is required. The AX7DBF1-352.1959C oscillator is also suited for use in phase-locked loop (PLL) applications, where it provides a reliable reference for both a PLL’s oscillator and clock signals.

In conclusion, the AX7DBF1-352.1959C oscillator is a highly reliable and highly precise voltage output device designed for a wide range of applications. Its wide frequency range and low phase noise make it well-suited for applications in which a high degree of precision and accuracy are essential. The oscillator’s working principle is based on the conversion of the input specific frequency into a voltage output signal, using an analog voltage-controlled oscillator, a voltage-controlled resistor and an amplifier.

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