SI5338N-B07867-GMR

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Clock/Timing - Application Specific have many special clocking devices specifically designed to solve clock timing problems in various specific areas. The SI5338N-B07867-GMR is one of them. Its application field can be found in a variety of areas, such as computer, communication system, digital media, and automotive electronics.

The SI5338N-B07867-GMR is a high-performance, low-power and compact digital Synthesizer/Phase-Locked Loop (PLL) solution. Its ceramic package and multiple input/outputs make it suitable for a wide range of clock applications. This device is capable of generating four banks of outputs from a single crystal, and it is designed to generate four ultra-low jitter outputs. It also contains on-chip spread-spectrum for EMI reduction and output fail detect for system stability. The device is optimized to provide extremely low jitter operation over a wide frequency range.

The SI5338N-B07867-GMR\'s working principle is based on a single oscillator synthesized from a crystal or clock input frequency. It uses a phase-locked loop (PLL) to convert the input frequency into one or more frequency values, which are then used as references for generating a multitude of output clocks. The frequencies can be adjusted with programming. The PLL also performs frequency synthesis and frequency control, which allows the system to operate at higher efficiency and with greater control of the output frequencies.

The SI5338N-B07867-GMR has a digital phase-locked loop architecture, which allows multiple clock sources to be selected, depending on the application needs. It employs a unique PFD/Loop Filter architecture that provides superega-style accuracy and jitter performance. The device is programmable through the I2C serial interface and provides an easy-to-use gui programming interface. It also provides advanced features such as programmable frequency Synthesis, Spread-Spectrum Modulation, and adjustable output slew rates.

The SI5338N-B07867-GMR\'s output frequencies are controlled by an internal oscillator, which is designed to be highly stable and accurate. Output frequency accuracy is also maintained by using a low-jitter, PLL-based frequency synthesizer to stabilize the output frequency. In addition, the device provides advanced features for clock management, such as output spread-spectrum modulation and adjustable output slew rates. This ensures that the frequencies of the outputs stay within a desired range and the jitter performance is maintained at the highest levels.

The SI5338N-B07867-GMR\'s wide range of applications include digital media, communications and automotive electronics. Its unique features and low power consumption make it an ideal clock solution for a variety of system designs. In addition, the device is extremely reliable and robust, as it uses an internal clock management system to ensure output stability and accuracy. This device is also extremely cost effective and offers excellent performance compared to other Clock/Timing - Application Specific solutions.

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