PPT-EELE

367 Logic Design Module 3 VHDL Agenda Hardware Description Languages VHDL History VHDL Systems and Signals VHDL Entities Architectures and Packages VHDL Data Types VHDL Operators VHDL Structural Design. 461/561 – Digital System Design. Module #6 – Differential Signaling. Topics. Differential and Common-Mode Impedance. Even and Odd Mode Impedance. Differential Termination Techniques. Textbook Reading Assignments. 414 – Introduction to VLSI Design. Module . #. 2 – MOSFET Operation. Agenda. MOSFET . Operation. - . Device . Physics. - MOSFET Structure. - IV Characteristics. - Scaling. - Small Geometry Effects. 367 – Logic Design. Module 1 – Classic Digital Design. Agenda. Number Systems. Combinational Logic. Sequential Logic. Number Systems. Base . Notation We’ll Use. - We will use the same notation as the HC12 Assembler.. 461/561 – Digital System Design. Module #2 – Interconnect Modeling with . Lumped Elements. Topics. Modeling Techniques. Impedance of Resistors, Capacitors and Inductors. Textbook Reading Assignments. 414 – Introduction to VLSI Design. Module #5 –Inverters. Agenda. Inverters. - Static Characteristics. - Switching Characteristics. Announcements. Read Chapters 5, & 7. Inverters. Inverters. 461/561 – Digital System Design. Module #3 – Interconnect Modeling with . Distributed Elements. Topics. Impedance of Transmission Lines. Textbook Reading Assignments. 7.4-7.5, 7.10-7.15, 7.18 8.1-8.2, 8.9-8.10, 8.13-8.19. 414 – Introduction to VLSI Design. Module #7 – Storage Devices. Agenda. Sequential Logic. Memory. Announcements. Read Chapters 8 & 10. Sequential Logic. Sequential Logic. - Now we move to logic circuits whose outputs depend on:. 461/561 – Digital System Design. Module #6 – Differential Signaling. Topics. Differential and Common-Mode Impedance. Even and Odd Mode Impedance. Differential Termination Techniques. Textbook Reading Assignments. 461/561 – Digital System Design. Module #5 – Crosstalk. Topics. Near-End and Far-End Crosstalk. Simultaneous Switching Noise. Textbook Reading Assignments. 10.1-10.12, 10.18. What you should be able to do after this module. 367 – Logic Design. Module 4 – Combinational Logic Design with VHDL. Agenda. Decoders/Encoders. Multiplexers/. Demultiplexers. Tri-State Buffers. Comparators . Adders (Ripple Carry, Carry-Look-Ahead). 414 – Introduction to VLSI Design. Module #7 – Storage Devices. Agenda. Sequential Logic. Memory. Announcements. Read Chapters 8 & 10. Sequential Logic. Sequential Logic. - Now we move to logic circuits whose outputs depend on:. Taille eഃpoids Lēa؇ࠂinb؂ltteฏonsؒ̃pࠂinb؂oDerṗoop eeLê Module #7 – . Lossy. Lines. Topics. Skin Effect. Dielectric Loss. Textbook Reading Assignments. 9.1-9.11. What you should be able to do after this module. Describe the physical phenomenon behind Skin Effect and Dielectric Loss. Module #6 – Differential Signaling. Topics. Differential and Common-Mode Impedance. Even and Odd Mode Impedance. Differential Termination Techniques. Textbook Reading Assignments. 11.1-11.10, 11.14.