MC12095MNR4G

The MC12095MNR4G is a high-speed frequency synthesizer IC designed for serial data bus applications. It is capable of generating any frequency output from 0 to 4 Gigabits per second (Gbps). The MC12095MNR4G is suitable for use in a variety of digital systems, such as high-speed communication systems, digital video broadcasting, and digital television. The MC12095MNR4G is available in either a 16 or 24-pin package.

The MC12095MNR4G has an integrated phase-locked loop (PLL) that generates a high-speed signal output with minimal jitter. The IC uses an external reference clock to drive the PLL, which then generates an accurate output frequency based on a programmed frequency setting. The on-chip PLL can generate clock outputs up to 4 Gbps that can be used to drive data buses with high accuracy and low jitter. Additional features of the MC12095MNR4G include programmable output divider ratios, programmable spread spectrum modes, and a power-down mode.

The MC12095MNR4G is designed to simplify the implementation of multi-gigabit communication bus systems. The PLL can be programmed to provide flexible clock outputs that match the clock requirements of each data transmission in the system. This eliminates the need to have separate clock sources for each data rate. The MC12095MNR4G also integrates spread-spectrum frequency modulation, which provides improved EMI performance.

The MC12095MNR4G can be used in a variety of applications, including high-speed communication systems, digital video broadcasting, and digital television. The on-chip PLL can generate a high-speed signal output with minimal jitter and eliminates the need for multiple clock sources in a multi-gigabit system. The spread spectrum modulation capabilities provides improved EMI performance. In addition, the power-down mode provides power savings when not in use.