TutGator com Udemy Creating CPU using Transistors and Logic gates

TutGator com Udemy Creating CPU using Transistors and Logic gates

Name	[ TutGator.com ] Udemy - Creating a CPU using Transistors and Logic gates	DOWNLOAD Copy Link Trouble downloading? see How To
Total Size	3.7 GB
Total Files	100
Last Seen	2025-04-05 00:45
Hash	41861E7FE462537319F92B70F6F4B27C19D92EF8

/
Get Bonus Downloads Here.url	0.2 KB
/.../1. course outline and how to approach it/
1. how to approach the course and some learning skills for better outcome.mp4	46.8 MB
1. how to approach the course and some learning skills for better outcome.srt	9.4 KB
/.../2. introduction, numbers and information/
1. what is a computer.mp4	22.8 MB
1. what is a computer.srt	6.7 KB
2. lamps as switches.mp4	34.6 MB
2. lamps as switches.srt	11.0 KB
3. binary and decimal numbering systems.mp4	41.4 MB
3. binary and decimal numbering systems.srt	11.2 KB
4. hexadecimal.mp4	41.0 MB
4. hexadecimal.srt	12.0 KB
/3. basic electronics/
1. transistor.mp4	12.1 MB
1. transistor.srt	5.5 KB
2. creating a nand gate using transistors.mp4	49.1 MB
2. creating a nand gate using transistors.srt	12.6 KB
3. creating a not gate using transistors.mp4	23.5 MB
3. creating a not gate using transistors.srt	4.2 KB
/.../4. registers and bus/
1. creating a 1-bit register using transistors-part1.mp4	42.4 MB
1. creating a 1-bit register using transistors-part1.srt	8.2 KB
10. real chips(not required).mp4	148.9 MB
10. real chips(not required).srt	19.6 KB
2. creating a 1-bit register using transistors-part2.mp4	42.7 MB
2. creating a 1-bit register using transistors-part2.srt	7.0 KB
3. creating an 8-bit register using transistors.mp4	24.7 MB
3. creating an 8-bit register using transistors.srt	3.9 KB
4. adding en and clk to our 8-bit register.mp4	38.4 MB
4. adding en and clk to our 8-bit register.srt	7.9 KB
5. why do we need decoder(addressing memory cells).mp4	27.2 MB
5. why do we need decoder(addressing memory cells).srt	8.5 KB
6. creating a decoder using transistors.mp4	98.5 MB
6. creating a decoder using transistors.srt	14.8 KB
7. how to address a 64k ram from cpu.mp4	92.7 MB
7. how to address a 64k ram from cpu.srt	15.1 KB
8. why do we need multiplexers.mp4	26.9 MB
8. why do we need multiplexers.srt	6.5 KB
9. creating a mux using transistors.mp4	32.0 MB
9. creating a mux using transistors.srt	7.6 KB
/5. ALU/
1. addition.mp4	18.4 MB
1. addition.srt	6.7 KB
2. creating an xor using transistors.mp4	41.0 MB
2. creating an xor using transistors.srt	9.9 KB
3. create a 1-bit adder using transistors.mp4	36.9 MB
3. create a 1-bit adder using transistors.srt	9.5 KB
4. creating an 8-bit adder-part1.mp4	102.3 MB
4. creating an 8-bit adder-part1.srt	25.6 KB
5. creating an 8-bit adder-part2.mp4	110.5 MB
5. creating an 8-bit adder-part2.srt	15.0 KB
6. subtraction using 2's complement.mp4	62.0 MB
6. subtraction using 2's complement.srt	15.8 KB
7. creating an 8-bit control NOTER using transistors.mp4	24.2 MB
7. creating an 8-bit control NOTER using transistors.srt	6.1 KB
8. creating an 8-bit alu using transistors.mp4	116.8 MB
8. creating an 8-bit alu using transistors.srt	15.5 KB
/.../6. computer flow of data/
1. putting together our computer.mp4	31.8 MB
1. putting together our computer.srt	9.0 KB
/7. monitor/
1. creating a monitor.mp4	127.0 MB
1. creating a monitor.srt	23.3 KB
/8. control unit/
1. executing instructions manually using our computer.mp4	155.9 MB
1. executing instructions manually using our computer.srt	22.4 KB
10. implementing nop and lda instructions in control unit.mp4	92.3 MB
10. implementing nop and lda instructions in control unit.srt	14.7 KB
11. implementing data transfer instructions in control unit-part1.mp4	82.2 MB
11. implementing data transfer instructions in control unit-part1.srt	16.1 KB
12. str value instruction-from keyboard to memory.mp4	38.3 MB
12. str value instruction-from keyboard to memory.srt	5.6 KB
13. arithmetic instructions-add and sub.mp4	55.1 MB
13. arithmetic instructions-add and sub.srt	8.9 KB
14. program flow control instruction-jmp and jc.mp4	72.4 MB
14. program flow control instruction-jmp and jc.srt	14.6 KB
15. implementing the isa by writing them in the control unit rom.mp4	66.4 MB
15. implementing the isa by writing them in the control unit rom.srt	6.6 KB
16. testing our computer by executing instructions.mp4	86.7 MB
16. testing our computer by executing instructions.srt	10.7 KB
17. writing a program with loops and if-else.mp4	100.2 MB
17. writing a program with loops and if-else.srt	22.1 KB
18. executing the program with loop and if-else using our computer.mp4	208.5 MB
18. executing the program with loop and if-else using our computer.srt	21.0 KB
19. assembler and compiler-why.mp4	34.1 MB
19. assembler and compiler-why.srt	8.1 KB
2. why computers are fast(fetch,decode,execute).mp4	59.4 MB
2. why computers are fast(fetch,decode,execute).srt	15.9 KB
20. creating our computer at the transistor level.mp4	222.4 MB
20. creating our computer at the transistor level.srt	30.8 KB
3. control unit-part1.mp4	32.8 MB
3. control unit-part1.srt	6.2 KB
4. control unit-part2.mp4	112.6 MB
4. control unit-part2.srt	14.0 KB
5. control unit-part3-carry out and if statements.mp4	96.4 MB
5. control unit-part3-carry out and if statements.srt	12.3 KB
6. implementing fetch for all instructions-part1.mp4	133.3 MB
6. implementing fetch for all instructions-part1.srt	16.7 KB
7. implementing fetch for all instructions-part2.mp4	73.0 MB
7. implementing fetch for all instructions-part2.srt	8.9 KB
8. creating our computer so far in logisim.mp4	219.7 MB
8. creating our computer so far in logisim.srt	23.9 KB
9. our instruction set architecture(isa) to implement.mp4	18.9 MB
9. our instruction set architecture(isa) to implement.srt	4.9 KB
/.../9. additional content-logisim/
1. how to work with logisim.mp4	194.4 MB
1. how to work with logisim.srt	26.6 KB
/~Get Your Files Here !/
Bonus Resources.txt	0.4 KB
Total files 100