510ACB50M0000BAGR

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Oscillators are electrical circuits that generate periodic signals. A 510ACB50M0000BAGR is a type of oscillator that has a field of application and a specific working principle.

The 510ACB50M0000BAGR is ideally suited for applications where wide bandwidth and high speed operation is needed, such as pulse modulation and frequency synthesizer systems. It offers high stability and accuracy due to its low jitter architecture and wide output voltage range. In addition, it is suitable for a range of temperature conditions, from -40°C to 85°C with a total accuracy specification of 0.3%.

The 510ACB50M0000BAGR features a low jitter architecture that ensures the lowest possible timing drift within its specified frequency range. Low jitter is achieved by taking advantage of the oscillator’s high stability and accuracy through a patented temperature compensation system. The wide output voltage range of the oscillator also ensures that the voltage level remains constant and stable even as the temperature changes.

The working principle of the 510ACB50M0000BAGR is fairly simple. The unit is based around a silicon CMOS integrated circuit and two quartz crystals. The quartz crystals act as a frequency control element, sending out pulses at the desired frequency. The pulses are then fed into the CMOS integrated circuit, which is responsible for stabilizing the frequency and generating the output signal.

The 510ACB50M0000BAGR is an excellent choice for a wide range of applications where precision and stability are critical. Its low jitter architecture ensures that the frequencies remain accurate and stable under varying temperature conditions and its wide output voltage range helps to ensure a constant output voltage.

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