The vast majority of digital designs today require disciplines of high-speed technology through all stages of the development process. This course provides the basics of electronic and digital design and then follows with high speed digital design fundamentals. From this understanding the topics that define the high-speed digital design disciplines. From this training you will learn • How to cost effectively design and layout a high-speed PCB without sacrificing signal integrity • How to comply with Signal Integrity (SI) & EMI standards The concept will be useful for the digital and analog hardware system design

Topics Covered

I. INTRODUCTION TO PRINTED CIRCUIT BOARD ASSEMBLY a. Structure in the PCB Assembly b. SMT and through hole components c. Traces and interconnection d. Footprints and BGA assembly e. Vias f. Solder mask and dielectric g. PCB Manufacturing rules h. Summary II. FUNDAMENTAL CONCEPTS a. Signal transmission and receive theory b. Signal Integrity c. Practical Digital signal waveforms d. Electromagnetic interference e. Review of sinusoidal signal,phasor and waves f. Review of field theory and circuit theory g. Lumped and distributed components h. Coupling,EMI,EMC and SI i. Time and Frequency domain representation of the signals j. High Speed and High frequency circuits k. Summary III. TRANSMISSION LINE THEORY a. Interconnection b. Transmission line concepts c. Transmission line models and signal propagation d. Transmission line on PCB e. Transmission line circuits and termination f. Cross talk and coupling g. Transmission line measurement h. Summary IV. DIFFERENTIAL SIGNALLING a. Introduction b. Need of differential signaling c. Differential signaling theory d. Layout considerations on the differential signal e. Termination for the differential signaling f. Summary V. PCB LAYOUT RULE FOR SIGNAL INTEGRITY a. Concept of discontinuities in transmission line b. Strip line discontinuities c. Method to reduce the effect of discontinuity d. Grounding e. Summary

Who should attend

Engineering college students, hardware board designer

Pre-requisites

Electronic Fundamentals

What you need to bring

NIL"

Key Takeaways

1. Hardware board design fundamental 2. Design hobby hardware and electronic circuit 3. useful for final year projects