SI4113-D-GMR Overview

A clock integrated circuit is packaged in a Tape & Reel (TR)-shaped package because it is for use as a clock. The 28-VFQFN Exposed Pad package includes this clock generator. The frequency generator is capable of withstanding a maximum temperature of 260 during reflowing. There are 28 terminations found in the file. To operate this time clock generator, 3V voltage should be applied. As the Clock PLL's input, Crystal is designed to be used in order to generate the clock signal. A total of 1 circuits are implemented to access the full performance of the electrical part. There is a maximum frequency of 1.8GHz Max with this clock-based frequency generator. With the Surface Mount, it is easy to install this electric component on the panel. The supply voltage for this frequency synthesizer should be kept above 2.7V for safety considerations. As long as there are 2.7V~3.6V supply voltages provided, clock generator ic should work. The ambient temperature should be set at -40°C~85°C, which is estimated by the test statistics. The RF synthesizer is compatible with Clock logic levels. As far as electrical parts go, this component can be classified as a Frequency Synthesizer component. This clock-generating IC is a 28-bit device designed explicitly for microprocessors. According to the base part number SI4113, its related parts can be found. There are 28 pins that are available on the clock PLL. There is a maximum supply voltage of 3V that this analog clock generator can handle. An efficient 3-element frequency generator with low jitter performance is being offered here.

SI4113-D-GMR Features

Available in the 28-VFQFN Exposed Pad
Supply voltage of 3V
Operating supply voltage of 3V

SI4113-D-GMR Applications

There are a lot of Silicon Labs SI4113-D-GMR Clock Generators applications.

• Telecommunication systems
• Cell phones
• Tracking filters
• Computers to manage memory cards
• Communication infrastructure
• PCI express cards
• Antenna automatic tracking
• Deep space exploration
• Wide area power system
• FM demodulation networks for FM operations