SI5338C-B05958-GM

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The SI5338C-B05958-GM is a programmable clock generator from Silicon Labs. It is designed to be used as a low-jitter clock source in high-performance applications. It features four output banks, each with 2 differential outputs and 2 single-ended outputs or 4 single-ended outputs. The chip has a wide range of input frequencies and can reference an external clock source to increase its flexibility. The device also features a wide range of general-purpose capabilities, such as programmable output frequencies, multiple-step division and gating, as well as sleep and hold modes. It is designed to meet lower-jitter performance requirements of 100-MHz-or-greater clocks and 65-nm-or-smaller processors.

The SI5338C-B05958-GM’s application field is typically for clocking digital system ICs in high-performance computing, storage, chipset, and communication systems, such as multiprocessor server-based architectures, high-end storage applications, communications, and military and space equipment. It is also suitable for those systems that require an extra wide input frequency range (6.25 MHz~750 MHz, integer division mode only), multiple programmable output frequencies, and low-jitter clock generation for high-frequency clocking requirements.

The working principle of the SI5338C-B05958-GM is based on Silicon Labs’ Silicon-on-Insulator (SI) technology. SI technology makes the device extremely efficient and low-power, and features a wide variety of programmable output settings. The device works by using a two-step process to generate a reliable high-frequency clock signal. The first step is to detect the input signal from an oscillator, a crystal, or another clock source. The second step uses an array of on-chip logic blocks, such as counters, dividers, and muxes, to generate a reliable clock signal with low jitter and low phase noise. The output frequency is then optimized and calibrated to the given input signal.

In conclusion, the SI5338C-B05958-GM is a fully programmable clock generator that can generate low-jitter clock signals in high-performance applications. It is mainly used in applications requiring a wide input frequency range and multiple programmable output frequencies. Its working principle is based on Silicon Labs’ Silicon-on-Insulator (SI) technology, which ensures efficient and low-power operation, as well as reliable high-frequency clock signals with low jitter and low noise. As a result, it is a perfect choice for applications that need reliable and low-jitter clocks.

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