DSC1001BI2-056.7500T

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Oscillators are electronic components or circuits used to generate a precisely controlled, constant, and continuous signal of specific frequency, phase, and amplitude. The DSC1001BI2-056.7500T is one type of oscillator that provides frequency performance globally, and it is widely used in many applications. This article discusses the application fields and working principle of the DSC1001BI2-056.7500T.

The DSC1001BI2-056.7500T can be used in a variety of scenarios, from wired and wireless communications to test and measurement. It is a perfect choice for applications in cellular base station, bluetooth, satellite radio, aerospace, and military products. In fact, it can also be used in system clocks, computers, video equipments, and consumer electronics. Its extended operation temperature range from -55°C to +125°C allows for a greater flexibility of design.

The DSC1001BI2-056.7500T is a low-jitter frequency source that provides frequency and cycle variability depending on the supply voltage, load capacitance, temperature, and switch settings. It is designed to operate with LVDS (LVTTL) logic levels, making it suitable for a wide variety of applications. It also has an adjustable output frequency range of 5 MHz to 56.7500 MHz with a frequency stability of ±50 ppm. This makes it suitable for applications needing a highly accurate signal source.

Additionally, the DSC1001BI2-056.7500T is also packed with a variety of features and functions. It has a programmable output divider, programmable duty cycle, an onboard oscillator control, and an onboard phase locked loop (PLL). All of these functions can be combined to provide higher frequency stability and precision timing requirements. The programming of the divider, duty cycle, and PLL ensures that the oscillator will always provide a consistent signal with minimal jitter.

When it comes to the working principle of the DSC1001BI2-056.7500T, it is based on the quartz crystal oscillator. It uses a quartz crystal that acts as the resonator and frequency source. When energized, the crystal resonator and the surrounding circuit elements (capacitors), form an LC oscillator, which produces a sustained oscillation. The output frequency of the oscillator is fed to the phase comparator, which compares the frequency of the oscillator to the reference frequency. The reference frequency is generated from an external source and can be adjusted if necessary.

The oscillator also has an amplifier circuit and a voltage regulator. The amplifier provides the necessary drive level for the crystal, while the voltage regulator ensures that the voltage is kept at a constant level. The combination of these two components ensures that the oscillator produces a high-quality, consistent signal. The PLL also provides a feedback loop so that the output frequency can be adjusted and maintained at a specific level.

In conclusion, the DSC1001BI2-056.7500T is an excellent choice for applications requiring high frequency stability and precise timing requirements. It is highly reliable and can be used in a variety of scenarios, from wired and wireless communications to test and measurement. It has a programmable output divider, programmable duty cycle, an onboard oscillator control, and an onboard phase locked loop (PLL). Furthermore, the working principle of the DSC1001BI2-056.7500T is based on the quartz crystal oscillator, which is combined with an amplifier circuit and a voltage regulator to ensure consistent signal output.

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