SI5350C-B02620-GTR

The SI5350C-B02620-GTR is an advanced, low jitter clock generator, phase-locked loop (PLL) and frequency synthesizer for applications that require stable precision clock signals. This chip is feature-rich and ideal for a wide range of industrial and commercial applications.

Its high precision synthesizer output frequency ranges between 6 kHz and 1.5 GHz and is adjustable with a very small step size down to 50ppb (parts per billion).

This versatile clock generator is designed to be used in applications that require stable clock frequencies, such as digital communications, medical equipment, industrial automation, mechatronic systems, and test and measurement systems.

One of the key features of the SI5350C-B02620-GTR is its low jitter of less than 40ps RMS using the integrated phase-locked loop (PLL). This allows for a high-accuracy timebase generation, equal to or better than any quartz-based solution.

The SI5350C-B02620-GTR boasts excellent jitter performance of less than 0.1ps RMS of period jitter in cycle-free mode. This is one of the best jitter performance measures in the industry, making it ideal for applications that require the utmost accuracy.

The SI5350C-B02620-GTR also offers a PLL control loop bandwidth of up to 100MHz and variable loop filter settings, enabling optimal jitter management as more clocks are generated.

In addition to its low jitter performance, the SI5350C-B02620-GTR is also designed to offer the highest levels of integration. With its ready-to-use outputs and versatile input selection, the chip is fully configurable solution for applications that demand flexibility and reliability.

The SI5350C-B02620-GTR is also designed to be power efficient and reliable, with temperature range from -40°C to +85°C.

The SI5350C-B02620-GTR is an ideal choice for applications requiring frequency synthesis and low jitter performance. It is especially suitable for implementation in industrial and commercial applications due to its excellent performance, high integration and reliability.