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SI5351A-B-GM
SI5351A-B-GM
715-SI5351A-B-GM
20-VFQFN Exposed Pad
2.5V Clock Generator SI5351 Clock Generators MultiSynth? Series 20-VFQFN Exposed Pad 20 Terminals Surface Mount 1.71V~3.6V Tray
In Stock : 999
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Product Details
Purchasing and Inquiry
SI5351A-B-GM Overview
In order to package it as a clock IC, the Tray package is used. Embedded in the 20-VFQFN Exposed Pad package is this Clock PLL. Frequency generator is capable of operating at a maximum temperature of 260 when reflowing. As a result of this, we can find 20 terminations. Basically, a voltage of 2.5V should be applied to this electronic frequency generator. In this clock generator, Crystal is used as the input to the clock. 2 circuits are used to achieve clock PLL's superior flexibility. The Surface Mount allows this electrical component to be easily installed on the panel. Clock PLL works with 1.71V~3.6V supply voltage provided. Based on test statistics, ambient temperature should be set at -40°C~85°C. LVCMOS is designed for clock generator's output. A Clock Generator is a classification for the electronic part in question. According to the base part number, its related parts can be founded. There are 20 pins that are available on the frequency generator. This frequency synthesizer features ALSO OPERATES AT 3.3 V SUPPLY to produce better clock signals. The MultiSynth? series includes this electronic part. The frequency synthesizer features 8 signal outputs to ensure as high a frequency as possible. When operated at 200MHz, frequency synthesizer achieves high efficiency. In order for it to fully perform time clock generator's functions, it needs a supply current of 45mA.
SI5351A-B-GM Features
Available in the 20-VFQFN Exposed Pad
Supply voltage of 2.5V
SI5351A-B-GM Applications
There are a lot of Silicon Labs SI5351A-B-GM Clock Generators applications.
- High-speed optical transport network (OTN)
- Infotainment systems
- Cellular/4G
- Instrument
- Ports
- Jitter reduction
- Mixed mode (analog and digital) applications
- Pagers
- Signal generator
- Reference signals to RF systems
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