SI5338C-B07307-GMR

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Introduction to SI5338C-B07307-GMR

The SI5338C-B07307-GMR is a sophisticated clock generator designed for use in many industrial and communications applications. It is an innovative alternative to traditional analog and digital clock generation systems. This clock generator uses the latest pulse width modulation (PWM) techniques, and a versatile set of I/O functions to provide a high level of accuracy, flexibility and cost-efficiency. The SI5338C-B07307-GMR is designed to output a wide range of frequencies from 1 Hz to 10 MHz.

Features of the SI5338C-B07307-GMR

The SI5338C-B07307-GMR has many features which make it an excellent choice for clock generation applications. It includes six different PWM profiles, a small 3.3V power supply, and a low jitter PLL. The clock generator also includes an option for a low phase noise quartz crystal, which gives it excellent stability at different frequencies. In addition, it features an onboard temperature sensor, which helps it maintain accurate timing when the ambient temperature changes.

SI5338C-B07307-GMR Application Fields

The SI5338C-B07307-GMR can be used for a variety of applications. It is most commonly used for clock-rate adjustment in embedded systems, communications, and other industrial applications. The high level of accuracy, flexibility and cost efficiency make it a popular choice for system designers. It can also be used for audio-frequency generation, GPS timing, and frequency synthesizers.

SI5338C-B07307-GMR Working Principle

The SI5338C-B07307-GMR works by generating a constant duty cycle pulse width modulation signal. This signal is used to control the frequency of a voltage controlled oscillator (VCO) which is then used to generate the required output frequency. The clock generator includes a PLL, which includes a programmable low pass filter and phase frequency detector. This allows the clock generator to lock onto a desired frequency range with extremely high accuracy. The PLL is also equipped with an advanced jitter attenuation processor, which further reduces phase noise and jitter. The onboard temperature sensor helps keep the oscillator from drifting due to thermal changes.

Conclusion

The diversity of applications and high level of accuracy, flexibility and cost efficiency of the SI5338C-B07307-GMR make it an excellent choice for clock generation applications. Its versatility and wide range of outputs allow it to provide timing solutions for a variety of applications. Its temperature stabilization feature adds further reliability to the system. Its small power supply requirement and low jitter PLL make it suitable for use in embedded systems and other industrial and communications applications.

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