SI5335B-B02135-GM

The SI5335B-B02135-GM is a versatile device that combines two flexible PLLs with two wideband VCXOs and five crystal oscillator outputs to expand the clock options for a variety of applications. With its low power consumption, wide frequency ranges, and flexible configuration options, it can be used for clock distribution and frequency synthesis, as well as in small form factor computing, networking, and communication applications.

The SI5335B-B02135-GM is based on SiliconLab\'s advanced digital-programmable clock generation technology, which allows it to have a wide frequency range and excellent jitter performance. It can be configured through an I2C or SPI interface, allowing users to select the desired output frequency or PLL parameters or control the VCXO slew rate, as well as performing other customizations.

The SI5335B-B02135-GM is designed to be used in a variety of clock and timing applications, such as frequency synthesis, clock distribution, and clock generation for networking systems. It can be used for clock synchronization and clock recovery in communications systems, and in the frequency synthesis applications, the two PLLs can be used to generate different frequency outputs from the same reference clock. The two wideband VCXOs can generate small frequency changes, which is useful for frequency hopping applications. As a clock generator, it can generate large frequency steps with good jitter performance, and its five crystal oscillator outputs provide a large range of frequencies for various applications.

The SI5335B-B02135-GM works by first converting either an external input clock or an internal reference clock into a reference frequency. The reference frequency is then divided by an internal programmable divider and then multiplied by an internal PLL, driven by the dividers output, to generate an output frequency that is close to the desired frequency. The difference between the generated reference frequency and the desired output frequency is then compensated using the internal VCXO. This enables the device to generate accurate, low jitter frequency references.

The SI5335B-B02135-GM is capable of generating frequency steps as low as 1 PPM and outputs with jitter as low as 250 fs in random jitter and 10 ps in cycle-to-cycle jitter. The wide range of frequencies it can generate make it ideal for a variety of applications, including computing, networking, communications, and other clock and timing applications.

The SI5335B-B02135-GM is an ideal choice for designers who need a versatile, low power clock generator with a wide range of frequency generation options, lower power consumption, and excellent jitter performance. It is an excellent solution for clock generation and frequency synthesizing applications that require precise output frequencies.