KC2016K24.5760C10E00

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Oscillators

An oscillator is an electronic circuit that consists of active and passive components, and that produces an AC output signal whose frequency is determined by the capacitance, inductance, and resistance present in the circuit. Oscillators are widely used in many electronic applications, from generating the timing signals in computers and digital systems to providing stability and frequency reference in radio communication systems.

The KC2016K24.5760C10E00 is one of the most advanced oscillators in the market. This oscillator is an ultra-low phase noise oscillator and it is a Crystal Oscillator (XO) with 6 atomic frequency standard reference clocks providing outputs for both standard frequencies and microwave frequencies. It is a state of the art frequency synthesizer for use in very demanding aerospace and military applications such as satellite communications, wireless communications, digital applications, or radar.

Application Field

The KC2016K24.5760C10E00 is mostly used in the aerospace and military fields, where very demanding applications require highly stable and precise frequencies. It is widely used in satellite communications, practical satellite transponders, microwave navigation and tracking systems, radar systems, isolated array antennas, or cellular-phone networks.

Working Principle

The KC2016K24.5760C10E00 oscillator uses a hybrid DDS and digital temperature-compensation technology. This combination of technologies results in ultra-low phase noise performance with very close tolerance and excellent temperature stability and long-term reliability. It is a multi-frequency and multi-output XO that uses an on-chip voltage controlled oscillator (VCO) with an integrated crystal resonator. The oscillator then takes the signal from the crystal and feeds it to the digital phase-locked loop frequency synthesizer, which generates the output frequencies.

The oscillator features an integrated LDO voltage regulator and a number of other integrated features, such as an 11-bit digital-to-analog converter (DAC) to select the output frequency, dynamic frequency compensation for temperature variations, and the possibility of connecting external reference clocks. It also has output power options that can be selected from 2, 3, or 4 dBm.

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