Digital Circuits

Intelitech

Iqukethe izikhangiso

Mayelana nalolu hlelo lokusebenza

✴ Isijikelezo sedijithali yisifunda lapho isignali kufanele ibe yinye yamazinga amabili aqondakali. Izinga ngalinye lihunyushwa njengesinye sezizwe ezimbili ezahlukene (isibonelo, ku / kuvaliwe, 0/1, kuyiqiniso / amanga). Izifunda ze-Digital zisebenzisa ama-transistors ukwakha amasango angama-logic ukuze enze i-logic ye-Boolean. Le logic yisisekelo se-digital electronics kanye ne-computer processing. ✴

►Amadokhumenti e-Digital ayencane kakhulu kunomsindo noma ukuchithwa kwekhwalithi kunemiphakathi ye-analog. Kulula futhi ukwenza ukutholakala kwephutha nokulungiswa ngezibonakaliso zedijithali. Ukuzenzekela ngokuzenzakalelayo inqubo yokuklama izifunda zedijithali, abanikazi basebenzisa ama-design automation (EDA) we-elekthroniki, uhlobo lwesofthiwe elungiselela i-logic kwisifunda se-digital. ☆

►Lolu hlelo lokusebenza lusetshenziselwa ukuhlinzeka abafundi ukuba bazi ukuthi bahlaziye futhi basebenzise kanjani ama-circuits ahlangene nezifunda ezilandelanayo. Ngokusekelwe kulesidingo, singasebenzisa isifunda noma i-circuit sequential noma ukuhlanganiswa kokubili. Ngemuva kokuqedela lezi zifundo, uzokwazi ukufunda uhlobo lwesifunda sedijithali, esifanele isicelo esithile

  【Izihloko ezihlanganisiwe kulolu hlelo lokusebenza zihlelwe Ngezansi]

⇢ iBoolean Algebra

⇢ Ama-Canonical & Standard Forms

⇢ K-Map Indlela

I-⇢ Quine-McCluskey Tabular Method

⇢ Ukuqaphela kokungena kwezinga elibili

I-⇢ I-Digital Combinational Circuits

⇢ I-Digital Arithmetic Circuits

Ama-Decoders ⇢

⇢ Ama-encoder

⇢ Multiplexers

⇢ De-Multiplexers

I-⇢ Ehlelwe Amadivaysi E-Logic

I-⇢ iTreshold Logic

I-⇢ I-Digital Sequential Circuits

I-⇢ Latches

⇢ Flip-Flops

⇢ Ukuguqulwa kwe-Flip-Flops

I-⇢ Shift Registers

⇢ Isicelo se-Shift Registers

Ama-Counter ⇢

⇢ Finite State Machines

⇢ i-Algorithmic State Machines

⇢ Imijikelezo Yedijithali ne-Boolean Logic

I-⇢ Logic Gates Exercises

⇢ Iqiniso Amathebula

⇢ Izinkinga Zokusebenzisa Ithebula Yeqiniso

⇢ Ukudlulisela

Imizila ye-Analog ne-Digital ⇢

 ⇢ Isigaba soguquko lwamazwi

⇢ Ama-circuits angu-digital logic

I-⇢ Common Digital ICs esetshenziselwa izijikelezo ze-digital logic

⇢ Ziyini izinkomba?

⇢ Ziyini ama-Decoders?

⇢ Mulbilibrator ene-Astable isebenzisa i-555 Isikhathi:

⇢ Bistable Multivibrator usebenzisa 555 Isikhathi:

⇢ i-Common Emitter Amplifier:

⇢ H Bridge Isikwele:

I-⇢ Crystal Oscillator Isifunda:

I-⇢ Isifunda esihlanganisiwe

Izinhlobo ze-IC Basic IC

⇢ Microprocessors

Umklamo we-⇢ Basic Semiconductor

Ama-transistors enkambu ye-⇢

⇢ Semiconductors yensimbi ehambisanayo

⇢ Izingcindezi ze-bipolar

⇢ umdwebo we-Analog

⇢ Umklamo we-Digital

⇢ Ukwenza isiphequluli sokugcina

⇢ Ukumiswa

⇢ Isithombe se-Photolithography

⇢ Kungani Sibabiza ngokuthi "Flip-Flops"?

⇢ i-Clocked D Flip-Flop

⇢ i-Flip-Flops ne-SRAM

⇢ Isidingo Semijikelezo Evinjiwe

⇢ Standard Logic ICs: i-Foundation of Digital Circuitry

⇢ Ukubaluleka kwe-Fan-Out

⇢ Ukukhetha izimpawu zokuphuma nge-Multiplexer

Yini entsha

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