Digital Electronics

Engineering Wale Baba

Iqukethe izikhangiso

Mayelana nalolu hlelo lokusebenza

I-Digital Electronics:

Uhlelo lokusebenza liyincwadi ephelele yamahhala ye-Digital Electronics ehlanganisa ezibalulekile zonke izihloko ngamanothi anemininingwane, imidwebo, izibalo, amafomula kanye nezinto zezifundo.

I-Digital Electronics iyisifundo esibalulekile, esivamile kubafundi be-Electrical, Electronics, kanye ne-Instrumentation Engineering. Ibhekene nethiyori nolwazi olusebenzayo lwe-Digital Systems nokuthi lusetshenziswa kanjani kumathuluzi ahlukahlukene edijithali.
Lolu hlelo lokusebenza lwakhiwe ngokusekelwe kusilabhasi yakamuva ye-GATE futhi luzoba usizo kubafundi be-Electronics Engineering kanye ne-GATE, IES kanye nokunye ukulungiselela izivivinyo ze-PSU.

Uhlelo Lokusebenza luklanyelwe ukufunda okusheshayo, ukubuyekezwa, izinkomba ngesikhathi sokuhlolwa kanye nezingxoxo.

Lolu hlelo lokusebenza luhlanganisa izihloko eziningi ezihlobene kanye nencazelo enemininingwane nazo zonke izihloko eziyisisekelo. Yiba uchwepheshe ngalolu hlelo lokusebenza.

Ezinye zezihloko ezivezwe ohlelweni lokusebenza yilezi:

1. Uhlelo lwedesimali
2. Isistimu kanambambili
3. Ukumelela amanani kanambambili
4. Isistimu ye-Octal ne-Hexadecimal
5. Ukuguqulwa kanambambili-kuya-ku-idesimali kanye nedesimali-kuya-kanambambili
6. Ukuguqulwa kanambambili-kuya-ku-Octal / i-Octal-kuya-kanambambili
7. I-Hexadecimal kuya kuDesimali/Decimal kuya ku-Hexadecimal Conversion
8. I-Binary-To-Hexadecimal /Hexadecimal-To-Binary Conversion
9. Izinombolo Zephuzu Elintantayo
10. Amakhodi kanambambili
11. Amakhodi Angenasikali
12. Kanambambili - Ukuguqulwa Kwekhodi Empunga
13. Ikhodi Empunga - Ukuguqulwa kanambambili
14. Izicelo Zekhodi Empunga
15. Ikhodi ye-Alphanumeric-ASCII
16. Ikhodi ye-EBCDIC
17. Ikhodi yokubonisa enezigaba eziyisikhombisa
18. Iphutha Lokuthola Amakhodi
19. Iphutha Lokulungisa Amakhodi.
20. I-Boolean Switching Algebras
21. I-Boolean Algebra Theorems
22. Minterms and Maxterms
23. Isamba Semikhiqizo (SOP) kanye Nomkhiqizo Wesamba (POS)
24. KANYE-Isango Lomqondo
25. NOMA-Isango Lomqondo
26. NOT-Logic Gate
27. Isango le-NAND-Logic
28. NOR-Logic Gate
29. XNOR-Logic Gate
30. Universal Gates
31. Ukugcwaliseka komsebenzi we-logic usebenzisa amasango e-NAND
32. Ukugcwaliseka kwamasango anengqondo kusetshenziswa amasango e-NAND
33. Ukugcwaliseka komsebenzi we-logic usebenzisa i-NOR amasango
34. Ukugcwaliseka kwamasango anengqondo kusetshenziswa amasango NOR.
35. I-Tristate Logic Gates
36. KANYE-NOMA-INVERT Amasango
37. Schmitt Gates
38. Karnaugh Maps
39. I-Minimization Technique
40. I-K-Map eguquguqukayo engu-2
41. Ukuhlanganisa/Ukuzungeza amamephu we-K
42. Isibonelo samaqembu we-K-Map ane-2-Variable
43. I-K-Map eguquguqukayo engu-3
44. Isibonelo se-K-Map eguquguqukayo engu-3
45. 4-Eguquguqukayo i-K-Map
46. ​​Isibonelo se-4-Variable K-Map
47. 5-Eguquguqukayo i-K-Map
48. Ukunciphisa i-QUINE-Mccluskey
49. I-QUINE-Mccluskey yokunciphisa Indlela-Isibonelo
50. Multiplexer
51. 2x1 Multiplexer
52. Idizayini ye-2:1 Mux
53. 4:1 MUX
54. 8-to-1 multiplexer kusuka ku-MUX Encane
55. 16-kuya-1 ukuphindaphinda kusuka ku-4:1 mux
56. Ama-De-multiplexers
57. I-Mechanical Equivalent ye-De-Multiplexer
58. 1-to-4 De-multiplexer
59. Ukuqaliswa Kokusebenza Kwe-Boolean kusetshenziswa i-Mux ne-de-Mux
60. Umsebenzi oguquguqukayo ongu-3 Usebenzisa i-mux engu-4 ukuya ku-1
61. 2 kuya ku-4 Idekhoda esebenzisa iDemux
62. Izifunda ze-Arithmetic-Adders
63. I-Adder Egcwele
64. I-Adder Egcwele usebenzisa KANYE-NOMA
65. n-bit Phatha Ripple Adder
66. 4-bit Phatha Ripple Adder
67. Thatha i-Adder yokubheka Phambili
68. I-BCD Adder
69. I-BCD Adder enezinhlamvu ezi-2
70. Isikhiphi
71. Isikhiphi Esigcwele
72. I-Parallel Binary Subtracter
73. I-serial Binary Subtractor.
74. Abaqhathanisi
75. Izifaki khodi
76. Isifaki khodi sedesimali-kuya-kanambambili
77. Isifaki khodi Esibalulekile
78. Isingeniso Sesekethe Elandelanayo
79. Umqondo Wokulandelana Kwengqondo
80. Amasignali vumela okokufaka
81. I-RS Latch
82. I-RS Latch enewashi
83. Setha futhi Ubambe Isikhathi
84. D Isibuko
85. I-JK Latch
86. T Latch
87. I-R-S Flip-Flop Ngokufaka Okusebenzayo OKUPHANSI
88. I-R-S Flip-Flop Ngokufaka Okusebenzayo OKUPHEZULU
89. I-R-S Flip-Flop Implementation nge-NOR gates
90. Iwashi i-R-S Flip-Flop

Lolu hlelo lokusebenza luzosiza ekubhekiseni ngokushesha. Ukubuyekezwa kwayo yonke imiqondo kungaqedwa phakathi namahora amaningana kusetshenziswa lolu hlelo lokusebenza.

I-Digital Electronics iyingxenye yezifundo ze-electronics engineering kanye nezinhlelo zeziqu zezobuchwepheshe zamanyuvesi ahlukahlukene.

Esikhundleni sokusinika isilinganiso esiphansi, sicela usithumelele imibuzo yakho, izinkinga zakho futhi usinikeze Izilinganiso Neziphakamiso ezibalulekile Ukuze sikucabangele ukuze uthole izibuyekezo ezizayo. Sizokujabulela ukukuxazululela zona.