a project for digital design course
project descriiption: A Binary Coded Decimal
a project for digital design course
project descriiption: A Binary Coded Decimal system was created for this project. The system was first modeled using VHDL and Multisim (see Figure). After building the circuit’s truth table in Table 1, the standard SOP and POS expression were found. The minimal SOP and POS expressions were then determined using the Karnaugh map that could be found in truth Table 1. The circuit was then put into practice on a breadboard. The first input was the 4-bit binary-number switches from the ETS-7000 Digital Trainer. After that, it was connected to the Decoder IC (7447). to convert a binary number with seven segments displayed into decimal numbers between 0 and 9.
i need only a discussion written for the attached results, here are some main points to include (order doesn’t matter):
1- the logical circuit (multisim) for the BCD chip
2- the truth table
3- Karnaugh map
4- the use of resistance
5- the use of common anode (why)
6- configuration for the 7 segment leds with the BCD chip in our circuit
7- the decoder concept
8- the “don’t care” concept
9- Vcc and grounding
10- the aim achieved