SI5316-B-GM Overview

This clock IC is packaged using the Tube method. Clock PLL is embedded in the 36-VFQFN Exposed Pad package. The frequency generator is capable of withstanding a maximum temperature of 260 during reflowing. There are 36 terminations found in the file. Basically, a voltage of 1.8V should be applied to this electronic frequency generator. In this clock generator, Clock, Crystal is used as the input to the clock. A total of 1 circuits are implemented to access the full performance of the electrical part. An upper frequency limit of 710MHz Max can be achieved with this clock-based frequency synthesizer. Surface Mount-slots make it easy to mount this electronic component on panels. Clock generators should operate with the voltage supply of 1.62V~3.63V. Test statistics estimate a temperature of -40°C~85°C, which should be set as the ambient temperature. In this case, we are dealing with a frequency synthesizer that can be used with CML, LVCMOS, LVDS, LVPECL logic levels. It has been classified as a Clock Jitter Attenuator electronic part, which means that it is a semiconductor. The clock-generating IC is a 36-bit device designed specifically for microprocessors. The related electronic parts of part number SI5316 are listed below. There is a 36 pin that is available on the digital clock generator. This time clock generator can handle a voltage of 3.3V as its supply voltage. A member of the DSPLL? series, this electronic component is made of plastic. SONET;SDH is a possible application for the clock generators.

SI5316-B-GM Features

Available in the 36-VFQFN Exposed Pad
Supply voltage of 1.8V
Operating supply voltage of 3.3V

SI5316-B-GM Applications

There are a lot of Silicon Labs SI5316-B-GM Clock Generators applications.

• Clock signals to the high-speed Digital RF circuits
• Televisions
• Local oscillator source in receiver
• VSAT (Small Ground Satellite Station)
• Time to digital converters
• Ports
• Infotainment systems
• Melting
• Wireless base station for LTE, LTE-advanced
• 1 Gigabit Ethernet