IoT applications in healthcare: simply what the doctor ordered IoT applications in manufacturing: robots lie with higher IoT applications in transportation: drone delivers pizza right to your step IoT in education: no a lot of roll calls Control the temperature of your home from remote Turning devices into a degree of sale In businesses Cheaper Greener producing Save time and acquire a lot of out of your day Future in IoT Conclusion

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INTRODUCTION TO HIGH SPEED PCB DESIGN What is high speed PCB design Brief on signal and signal integrity Digital signals Analog signals How to determine if the project is high speed High speed PCB design Big Three Problems Integrity Noise Timing Correcting the Big Three Problems Matching Spacing Impedance Design rules and challenges for high speed design Tuning of the trace length Shape of the truck The impedance Location of the components Termination Grounding Tips for high speed PCB design Start with a plan Every detail of your board stackup for manufacturing documentation Floor planning

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INTRODUCTION Introduction to ceramic printed circuit board Structure of the ceramic PCB Ceramic substrate Copper layer Dielectric layer Solder mask Types of ceramic PCBs Classification according to type of ceramic substrate used Alumina PCBs Aluminum nitride PCBs Silicon nitride PCBs Silicon carbide PCBs Boron oxide PCBs Classification according to manufacturing High temperature co-fired ceramic – HTCC Direct bonding copper method – DBC Thick film ceramic PCBs Low temperature co-fired ceramics PCBs – LTCC Thin film ceramic PCBs Direct platting copper PCBs Characteristics of the ceramic PCBs Benefits/ advantages of the ceramic PCBs High thermal expansion Adaptability Durability Stability Versatility Ceramic boards disadvantage Ceramic PCBs applications Memory module applications Transmission module Digital PCBs Interconnect boards Solar panels Electrical power transmitter Semiconductor coolers How to choose the right ceramic PCB manufacturer

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