SI5335C-B02107-GM

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The SI5335C-B02107-GM is a Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers product by Silicon Labs. The SI5335C-B02107-GM is a multi-output phase-locked loop (PLL) clock generator with integrated VCO and output dividers, which allows clock and timing systems to be easily configured and tuned with minimal external components. It provides various outputs with different frequencies and various outputs, including frequencies up to 140 MHz, multiple symmetrical PECL outputs, and up to 10 LVDS out pairs. The SI5335C-B02107-GM is suitable for a wide range of applications, particularly telecom, wireless, access and mobile equipment, as well as advanced industrial, medical and instrumentation systems.

The SI5335C-B02107-GM can provide clock and data signals for applications that require multiple frequencies and output combinations. It is capable of generating up to 10 outputs divided from a single common input reference frequency, with applications for systems requiring symmetrical PECL or LVDS outputs. It also supports multiple-input clock sources, allowing for asynchronous and synchronous startup, as well as the ability to switch from one reference to another.

The SI5335C-B02107-GM offers a wide frequency range and high output accuracy, with a typical frequency accuracy of less than ±25 ppm over temperature, and a wide jitter tolerance of 0.2 to 10 ps. It also provides multiple control modes, including manual mode, continuous-lock mode, and dual auto-lock mode, allowing for improvements in system performance and reduction in design time. The device also features low-power standby mode and integrated control logic to enable fast startup times and low jitter performance.

The SI5335C-B02107-GM application field and working principle makes it an ideal solution for wireless and telecom systems and a wide range of other applications. It offers a high degree of flexibility and accuracy, and its ability to accept multiple reference frequencies makes it an ideal choice for a wide range of applications. In addition, its low power consumption, high jitter performance, and low startup times make it a cost-effective choice for many applications.

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