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Lab 1
An-Ting Hsu edited this page Apr 23, 2015
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- Due Date: 2015.03.13 Fri.
- Review fundamental logic components.
- Introduce Verilog HDL modeling and verification.
- Fundamentals of logic gates.
- Design and implement a full adder. (
s+cout=x+y+cin)- Write the logic equation.
- Draw the related logic diagram.
- Verilog RTL representation with verification.
- Design a single digit decimal adder with input A(
a3``a2``a1``a0), B(b3``b2``b1``b0), Cin(ci), and output S(s3``s2``s1``s0) and Cout(co). -
(Bonus) Design a 2-to-4-line decoder with enable (input
in[1:0], enableenand outputd[3:0]).- Logic equation,
- Logic schematic,
- Verilog RTL representation with verification.
[Home Page] (https://github.com/andyhsu10/LogicDesignLab/wiki)
- [Introduction to Verilog HDL] (https://github.com/andyhsu10/LogicDesignLab/wiki/Lab-1)
- [FPGA Emulation] (https://github.com/andyhsu10/LogicDesignLab/wiki/Lab-2)
- [Counters] (https://github.com/andyhsu10/LogicDesignLab/wiki/Lab-3)
- [Shift Registers] (https://github.com/andyhsu10/LogicDesignLab/wiki/Lab-4)
- [Stop Watches] (https://github.com/andyhsu10/LogicDesignLab/wiki/Lab-5)
- [Simple Calculator] (https://github.com/andyhsu10/LogicDesignLab/wiki/Lab-6)
- [Electronic Clock I(Time Display)] (https://github.com/andyhsu10/LogicDesignLab/wiki/Lab-7)
- [Electronic Clock II(Multi-functions)] (https://github.com/andyhsu10/LogicDesignLab/wiki/Lab-8)
- [Speaker] (https://github.com/andyhsu10/LogicDesignLab/wiki/Lab-9)
- [Electronic Organ] (https://github.com/andyhsu10/LogicDesignLab/wiki/Lab-10)
- [LCD Display (1)] (https://github.com/andyhsu10/LogicDesignLab/wiki/Lab-11)
- [LCD Display (2)] (https://github.com/andyhsu10/LogicDesignLab/wiki/Lab-12)