DSC1123BL5-125.0000

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Oscillators refer to any device that produces a repetitive signal in the form of a waveform with a specific amplitude, frequency, phase, or any combination of these. The DSC1123BL5-125.0000 is a high-performance oscillator from the oscillator product line that serves many applications in the high-frequency industry. This article delves into the application field and working principle of the DSC1123BL5-125.0000 in order to understand how it operates and how it benefits various industries.

The DSC1123BL5-125.0000 oscillator has a low jitter of 0.3GHz and a fast turn-on time, allowing it to be used in a variety of timing and signal processing applications. It is especially suited for server storage applications and can perform in Server I/O links, network routing, SAS/SATA, and PCI Express. Its fast rise time and low jitter also make it ideal for 10Gbit/s and Gbit/s Ethernet applications. Other potential applications include frequency synthesis, telecommunications equipment, test and measurement devices, industrial and communications systems, as well as automotive, medical, and aerospace applications.

The DSC1123BL5-125.0000 operates on a principle of piezoelectricity. It utilizes a quartz crystal to create a resonant frequency. The quartz crystal contains several aluminum electrodes that, when excited with an electrical signal, vibrate at a predetermined frequency. The frequency depends on the size and shape of the quartz crystal and the level of voltage. The electrical signal then passes through the crystal\'s electrodes and is fed to the processors. This helps the oscillator address various applications where a precise amount of power is needed to function.

When the oscillator is turned on, the electrodes of the crystal begin to vibrate and a frequency signal is created. The frequency is determined by the size of the crystal and its cut angle, as well as the level of voltage and capacitance applied. The created frequency is a multiple of the resonant frequency of the crystal and used for generating a stable signal. The signal is filtered, amplified, and converted to different types of outputs. The squares-wave signal makes it easier to process data over long-term applications.

The DSC1123BL5-125.0000 oscillator offers the advantages of a low phase-noise performance, a low power consumption, small size, and overall reliability and stability. This makes it suitable for various applications and has many advantages over traditional oscillators. Furthermore, since the crystal operates on a piezoelectric principle, its performance is not affected by temperature. This allows for greater accuracy and reliability in long-term applications.

In conclusion, the DSC1123BL5-125.0000 is an excellent choice for applications requiring a stable, reliable, and accurate frequency signal with low noise and fast rise time. It uses the principle of piezoelectricity to create a resonant frequency and can output a range of signal types. The DSC1123BL5-125.0000 oscillator offers a number of advantages including low phase-noise performance, low power consumption, small size, and overall reliability and stability. For these reasons, it is an ideal solution for many industries.

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