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HOMEWORK #2 – COMBINATIONAL CIRCUIT DESIGN
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis
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Lab4 MUX Operation
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
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Lab 3 ADDER/SUBTRACTOR CIRCUIT
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
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EET 3100 Homework 4 Given the following state diagram, obtain the corresponding synchronous sequential circuit with D flip-flops. Draw this circuit
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis
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Multiplexor
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis
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Digital Arithmetic and Arithmetic Circuits
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
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Simplification by the K-Map Method
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
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COMBINATIONAL CIRCUITS
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
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Shift Register
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
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Lab2 2-BIT ADDER
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
Newest Digital Design with CPLD Applications and VHDL summaries
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Lab 3 ADDER/SUBTRACTOR CIRCUIT
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
-
Lab4 MUX Operation
- Other • 6 pages • 2022 New
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
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Simplification by the K-Map Method
- Class notes • 42 pages • 2022 New
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
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Counter design
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis
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Digital Circuit
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
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Multiplexor
- Class notes • 42 pages • 2022 New
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis
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COMBINATIONAL CIRCUITS
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
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PROGRAMMABLE LOGIC DEVICES
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
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Decoders
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
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SEQUENTIAL CIRCUIT ANALYSIS
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System level design of digital logic circuits using hardwired and programmable logic devices. 
ROMs, PROMs, and PLAs. Synchronous and asynchronous circuit design and analysis.
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