About Me (TS Pradeep Kumar)

Working at VIT University and having great interest towards embedded wireless systems and e-learning. This site caters to most of the Indian Engineering/technology students to know about embedded systems, network simulator, e learning tools/techniques, etc. If you are a student or a learner, you can always request a title or post..

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Shift Register

Requirements:

WARP
Active HDL

 

 
Program for Shift Register: library IEEE; use IEEE.std_logic_1164.all; entity shiftreg is port ( load: in STD_LOGIC; [...]

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4 bit Magnitude Comparator

Requirements:

WARP
Active HDL
Cool Runner and Fitter CPLD Kit

 
Program for Magnitude Comparator library IEEE; use IEEE.std_logic_1164.all; entity mag_comp is port ( a: in STD_LOGIC_VECTOR [...]

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Simulation of Synchronous and Asynchronous counters

Requirements:

WARP
Active HDL
Cool Runner and Fitter CPLD Kit

Program for Asynchronous counter: Library ieee; Use ieee.std_logic_1164.all; entity asyn_counter is port ( clk: in BIT; [...]

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Simulation of Look Ahead Carry Generator

Requirements:

WARP
Active HDL

Design:
 

Program for the Look Ahead Carry Generator library IEEE; use IEEE.std_logic_1164.all; entity look_ahead_carry is port ( a: in STD_LOGIC_VECTOR (4 downto [...]

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Simulation of BCD to Gray Code Conversion

Requirements:

WARP
Active HDL

Procedure:

The Specification of the BCD to GRAY Code Converter is taken.
The input and the output ports of the above specification are defined to a Standard language (std_logic). The temporary variables are selected if necessary.
Entity and Architecture is created for the above specification.
The Result is verified by simulation and the [...]

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Baud Rate Generator

Requirements:

WARP
Active HDL

Procedure:

The Specifications of the Baud Rate are chosen.
The input and the output ports of the above specification are defined to a Standard language (std_logic). The temporary variables are selected if necessary.
Entity and Architecture is created for the above specification.
The Result is verified by simulation and the waveforms are seen. [...]

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Simulation of Arithmetic and Logic Unit (ALU)

Requirements:

WARP
Active HDL

Procedure:

The Specifications of the Baud Rate are chosen.
The input and the output ports of the above specification are defined to a Standard language (std_logic). The temporary variables are selected if necessary.
Entity and Architecture is created for the above specification.
The Result is verified by simulation and the waveforms are [...]

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Simulation of D Flip Flop and J-K Flip Flop

Requirements:

WARP
Active HDL
Cool Runner and Fitter CPLD Kit

D Flip Flop

 
Program for D Flip flop Library ieee; Use ieee.std_logic_1164.all; entity dff is port ( [...]

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