B.Tech IV Year II Semester (R16)
Switching Theory and Logic Design
Integrated Design Process and Methodology, Hardware Descriptive language and digital circuit primitives- Flip flop, latch, Three state Buffer, combinational gates, HDL Synthesis Rules, pads. HDL Simulation Environment, Synthesis Environment, synthesis Technology library, HDL Design process for a Block.
Design of Basic Combinational circuits through VHDL/Verilog HDL Selectors, Encoder, Code Converter, Equality Checker, Comparators, Half adder, Full adder, Carry ripple adder, carry look ahead adder, Count one circuit, leading zero Circuit, Barrel Shifter.
Design of Basic Sequential Circuit Through VHDL/Verilog HDL Signal manipulator, counter, Shift Register, Parallel to serial Converter, Serial to parallel convertor, General framework to design registers- Interrupt Registers, DMA and control Register, configuration registers, Register Block portioning and synthesis.
Clock and Reset Circuits Clock Buffer and Clock Tree, Clock Tree generation, Reset Circuitry, Clock Skew and Fixes, Synchronization between clock domains, clock Divider, Gated clock.
Design Case Study Design Description, Design partition, Design verification, Design Synthesis, Worst-case Timing analysis, Best-case Timing Analysis, Net list Generation, Post layout Verification, Design Management.
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