SI5334C-B04813-GM

The SI5334C-B04813-GM is a high-performance, versatile clock and timing IC made especially for high-speed industrial and telecom applications. It features an integrated PLL clock circuit, protected power-on reset logic, programmable castellated output pads, and an adjustable spread spectrum clock signal. The SI5334C-B04813-GM is also an industrial grade, low jitter clock generator.

The SI5334C-B04813-GM\'s application field includes anything that requires an accurate Clock and Timing circuit for high speed industrial and telecom applications. This produc can provide precision timing solutions for board-level designs, such as high-speed FPGA and ASIC circuits, telecom networks and data centers, wireless communications, and industrial automation.

The SI5334C-B04813-GM features an integrated PLL which uses an external 25MHz reference clock signal as an input. This reference clock can be a Crystal oscillator, or a signal generated by another source, such as a microcontroller or an FPGA. The PLL then takes the input clock signal and multiplies it to the desired output frequency.

In addition, the SI5334C-B04813-GM also features spread spectrum clock signal technology, which helps reduce radiated signals to the connected components. This helps reduce errors and interference in the device, which can be beneficial in high-speed industrial applications.

The SI5334C-B04813-GM also has programmable castellated output pads, which ensure reliable signal integrity in the connected components. This helps reduce signal noise, crosstalk and other noise-related issues. This helps increase signal integrity in complex industrial and telecom designs, which allows for a more reliable signal transmission.

Overall, the SI5334C-B04813-GM is an excellent choice for any high-speed industrial and telecom applications. It features an integrated PLL, spread spectrum clock signal technology, and programmable castellated output pads which make it highly reliable and accurate. This makes it an ideal choice for any high-speed designs.