SI5335C-B07164-GMR

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The SI5335C-B07164-GMR is a clock generator, phase-locked loop (PLL), and frequency synthesizer all in one. It provides low jitter and low power generation for use in high performance systems.

The SI5335 offers a high range of features that make it an ideal clock generator part for many applications. It features low power consumption, pin-selectable output frequencies, programmable spread spectrum options, and a high level of integration. With this level of flexibility, the SI5335 can be used in a wide range of applications.

Applications of the SI5335 include but are not limited to high-speed FPGAs, microcontrollers, and system-level clocks. It can also be used for network communications and telecom applications, disk controllers, HDTV systems, GPS navigation systems, and other precision timing applications. It is also suitable for use in any system with high precision and performance requirements.

The SI5335 can deliver both low jitter and low power consumption with its array of features. The device’s low-current consumption allows the device to be used in battery-operated or energy-efficient systems. It also features a wide frequency range that covers both XTAL and TCXO oscillator sources, and can generate differential output clocks. The device also has an integrated loop filter and spread spectrum options.

The working principle of the SI5335 is based on the use of a phase-locked loop (PLL). This loop is a control system that uses phase comparison and feedback in order to synchronize two signals and maintain a fixed frequency ratio between them. In the case of the SI5335, the PLL is used to generate an output clock that is locked to a reference frequency. The reference frequency is either an external input (a crystal or an oscillator) or an internal oscillator that runs at a certain frequency.

The PLL works by comparing the phase of the output clock with the phase of the reference clock. When the two signals have the same phase, the PLL generates a voltage and feeds this back to the output clock PLL circuit, which adjusts the frequency of the output clock until it matches the reference frequency. The output clock is then locked to the reference frequency, and the PLL circuit maintains the synchronization.

The SI5335 provides a set of features that make it suitable for a wide range of high performance applications. It provides precision and low power consumption, and its wide frequency range allows it to be used in numerous applications. Its integrated loop filter and spread spectrum options enable the device to be used in applications requiring high precision, while its low-power consumption makes it ideal for systems requiring energy efficiency.

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