Digital Design through Verilog HDL Notes JNTU – DDTV Notes JNTU of Total Complete Notes
Please find the download links of Digital Design through Verilog HDL Notes JNTU | DDTV Notes JNTU are listed below:
Introduction to Verilog HDL: Verilog as HDL. Levels of Design description. Concurrency. Simulation and Synthesis. Function Veriﬁcation, System tasks. Programming Language interface, Module. Simulation and Synthesis tools
Language Constructs and Conventions: Introduction. Keywords. Identiﬁers. White space Characters, Comments. Numbers, Strings. Logic Values. Strengths. Data types. Scalars and vectors, parameters. operators.
Gate Level Modeling: Introduction. AND Gate Primitive. Module structure. other gate primitives. illttstrative examples. tristate gates. array of instances of primitives. Design of Flip —Flops with gate primitives. Delays. Strengths and Construction resolution. Net types. Design of basic circuit.
Behavioral Modeling: Introduction. Operations and assignments. functional bifurcation. ‘Initial’ construct. ‘always’ construct. Assignments with Delays. ‘wait‘ construct, multiple always block, Designs at behavioral level. blocking and non- blocking assignments. the ‘case‘ statement. simulation ﬂow “if” and ‘if-else’ constructs. ‘assign- de-assign’ construct. ‘repeat‘ construct. for loop. ‘ the disable’ construct. ‘while loop‘. for ever loop. parallel blocks. ‘ f0rce- release, construct. Event.
Modeling at Dataﬂow Level: Introduction. Continuous assignment structure. delays and continuous assignments. assignment to vectors. operators. Switch level modeling: Basic transistor switches. CMOS switches. bi directional gates. time delays with switch primitives. instantiation with strengths‘ and ‘ delays’. strength contention with Trireg nets.
System Tasks. Functions and Compiler Directives: Parameters. Path delays. module parameters. system tasks and functions. file based tasks and functions, computer directives. Hierarchical access. User deﬁned Primitives.
Sequential Circuit Description: Sequential models – feedback model. capacitive model. implicit model. basic memory components. functional register. static machine coding. sequential synthesis
Component Test and Verification: Test bench- combinational circuit testing. sequential circuit testing. test bench techniques. design verification assertion veriﬁcation and for more please download the above PDF file.