SI5335C-B07093-GM Datasheet/PDFSI5335C-B07093-GM Application Field and Working Principle
The SI5335C-B07093-GM is a clock generator and phase-locked loop (PLL) frequency synthesizer that is part of the silicon labs family of clock-generators, PLL’s and frequency synthesizers. It is designed to provide low-jitter clock signals that are needed for high performance digital systems such as communication networks. This device is designed to be used for high-end communication systems, such as telecommunications and broadcasting infrastructures, and has applications in LED lighting, security systems, medical instrumentation, and automotive navigation.
The SI5335C-B07093-GM consists of a silicon chip that contains the phase-locked loop, or PLL. The PLL is a circuit that lets the user control the timing of clock signals by synchronizing the outputs with an external or internal reference clock. The phase-locked loop is used to control the phase, frequency, and duty cycle of the generated clocks. In this device, the external reference clock connections can be used to lock the device to an external reference clock. This makes the device well-suited for systems that require synchronization of data between different parts of the system.
Features
The SI5335C-B07093-GM has a number of features that makes it suitable for applications in a wide range of systems. It has a wide supply voltage range of 3.3V to 5V, making it well-suited for use with a variety of systems. The device also has a low-spread spectrum mode, allowing for less clock jitter and better synchronization with other parts of the system. It can generate outputs up to 610 MHz, making it suitable for high-speed communication applications. The device also has a spread spectrum enhancement feature that can be used to reduce EMI emissions.
The SI5335C-B07093-GM also has a variety of features that are designed to help the user set up and configure the device. The device has an on-chip memory that can be used to store configuration settings. This allows the user to quickly set up the device and make any necessary changes to the configuration parameters. The device also has a programmable phase/frequency detector (PFD) that can be used to adjust the phase and frequency of the output signals. This allows the user to easily adjust the outputs to maintain synchronization between different parts of the system.
Working Principle
The SI5335C-B07093-GM works on the principle of the phase-locked loop. The device contains a phase/frequency detector (PFD), and a voltage-controlled oscillator (VCO). The PFD is used to compare the reference clock input to the output of the VCO. If the two signals are not in sync, the PFD sends a signal to the VCO to adjust the frequency of the output clock. This process is repeated until the two signals are in sync. Once in sync, the output clock is locked to the reference clock, resulting in low jitter and better performance.
The SI5335C-B07093-GM also has a number of features that make it well-suited for high-end applications. It has an integrated jitter attenuator and spread-spectrum functionality, which can be used to reduce noise and reduce EMI emissions. It also has a programmable PFD and VCO, which allows the user to easily adjust the phase and frequency of the output clocks. These features make the SI5335C-B07093-GM well-suited for high performance systems, such as telecommunications and broadcasting infrastructures.
Conclusion
The SI5335C-B07093-GM is a clock generator and PLL frequency synthesizer from silicon labs. It is designed to be used in a wide range of applications, such as LED lighting, security systems, medical instrumentation, and automotive navigation. The device is designed to provide low-jitter clock signals and has a wide supply voltage range. It also has a number of features that make it well-suited for high performance systems. The SI5335C-B07093-GM is part of the silicon labs family of clock generators, PLLs and frequency synthesizers.