SI5344C-B-GM

The SI5344C-B-GM is a high-performance clock generator that contains four independent clocks and ideal for use in a variety of applications. It uses an integrated phase-locked loop (PLL) and fractional-N frequency synthesizer to generate frequencies from 131 kHz to 1.9 GHz on each clock output. The PLL and synthesizer can be configured to frequencies within +/-150 ppm accuracy.

The SI5344C-B-GM clock generator features integrated oscillators and a low-phase noise layout. It provides four low-skew outputs with precise frequency control using either an external reference clock or via control pins. An integrated I2C interface allows easy programming of the device and can be used to access all of the clock generator’s features. The device is capable of generating frequencies down to 131 kHz and can be used to generate low-jitter spread spectrum clocks.

The main advantage of the SI5344C-B-GM clock generator is its high-performance PLL and fractional-N frequency synthesizer. The PLL uses an improved fractional-N resolution of 1 ppm and an input range of 32 kHz to 100 MHz. With the integrated oscillators and low-phase noise layout, the clock generator provides accurate reference and low-jitter clock signals that are suitable for communications and LANs. Additionally, the device features high-frequency jitter generating capabilities, allowing for the generation of both high-performance and low-skew outputs.

The SI5344C-B-GM clock generator also features a number of built-in features that make it ideal for use in a variety of applications. These include a wide operating temperature range, low EMI susceptibility and clocking options for all standard and low-power systems. Additionally, the device is capable of generating multiple low-power clocks and has adjustable spread-spectrum capability to help reduce EMI to meet FCC requirements.

The SI5344C-B-GM clock generator is an ideal solution for any application requiring precise transmission of clock, data, or reference signals. Its high-performance PLL, wide operating temperature range, and low-skew outputs make it the perfect choice for a variety of applications. It is especially useful for high-speed communications, LANs, and low-power systems where precise clock generation is required.