This page has every Industrial Electronics N5 November paper we have, from 2014 to 2023: 4 question papers and 4 memos in 12 PDFs. Files are in Afrikaans. The newest year is first. Each paper shows the first page of questions, its marks and time, and what the questions cover.
Industrial Electronics N5 November papers by year
Topics that come up most in Industrial Electronics N5 November
Counted from the questions in the papers on this page: how many papers each topic appears in, and its average marks.
Topic Papers Average marks
Alternating Current Theory 2 17 Transistor Amplifiers 2 17 Power Supplies 2 16 Transducers 2 12 Operational Amplifiers 2 11 Oscillators 2 11 Test Equipment 2 7 Integrated Circuits 2 6 Electronic Phase Control 2 6 Wisselstroomteorie 1 16
Industrial Electronics N5 November 2023 question papers and memos
November 2023: Electronics
Industrial Electronics N5 November 2023: Electronics question paper
100 marks · 3 hours · 5 pages · 9 questions
What is in this paper (9 questions)
Q1
Wisselstroomteorie 1.1 Teken 'n grafiese verteenwoordiging van die spanning en stroom teenoor die 16 marks
Q2
Kragbroneenhede 2.1 'n RC -filter verskaf leweringspanning van 12 V. Indien X = 8 ; R = 10 ; 14 marks
Q3
Transistorversterkers 3.1 Die volgende waardes van 'n gemeenskaplike-emittor-versterker met 'n 15 marks
Q4
Operasionele Versterkers 4.1 Indien die insetsein van die integreerder ’n vierkantige golfvorm van ± 1 V, 13 marks
Q5
Geïntegreerde Kringe As elektroniese tegnikus is jy gevra om die gedrukte stroombaanpaneel vir 'n 4 marks
Q6
Elektroniese Fasebeheer Teken 'n netjiese, benoemde kringdiagram van 'n ligverdowwer waarin 'n 'triac' gebruik [6] 6 marks
Q7
Toetstoerusting Teken 'n netjiese, benoemde blokdiagram van 'n spanning-na-frekwensie-omsetter. [6] 6 marks
Q8
Ossillators 8.1 Noem DRIE faktore wat die frekwensie van 'n ossillator mag destabiliseer. (3) 13 marks
Q9
Omsetters 9.1 Teken die kringdiagram van 'n termistorbeheerkring waarin 'n operasionele 13 marks
Instructions to candidates Answer all the questions. Read all the questions carefully. Number the answers according to the numbering system used in this question paper. Sketches must be large, neat and fully labelled. Write neatly and legibly. (8080175) -3-
Industrial Electronics N5 November 2022 question papers and memos
November 2022: Electronics
Industrial Electronics N5 November 2022: Electronics question paper
100 marks · 3 hours · 5 pages · 9 questions
What is in this paper (9 questions)
Q1
Alternating Current Theory 1.1 In a serial RL circuit it takes 2 s for the circuit to reach 63,2% of the total 17 marks
Q2
Power Supplies 2.1 Calculate the value of the series resistor needed in order to protect a Zener 16 marks
Q3
Transistor Amplifiers 3.1 The following information about a common emitter amplifier is known: 17 marks
Q4
Operational Amplifiers 4.1 Explain the term common-mode rejection ratio. (2) 11 marks
Q5
Integrated Circuits 5.1 Name FOUR types of voltage regulators. (4) 6 marks
Q6
Transducers 6.1 Indicate whether the following statements are TRUE or FALSE by writing only 11 marks
Q7
Electronic Phase Control Draw a complete circuit diagram of a full-wave DC phase control circuit with two SCRs 6 marks
Q8
Test Equipment Draw a neat, labelled block diagram of a staircase A/D voltmeter. [6] 6 marks
Q9
Oscillators 9.1 Draw a neat, labelled circuit diagram of a Hartley oscillator. (4) 10 marks
Instructions to candidates Answer all the questions. Read all the questions carefully. Number the answers according to the numbering system used in this question paper. ALL the calculations must be shown. ALL the sketches and diagrams must be large, clear and neat. Keep questions and subsections of questions together. Use only a black or blue pen. Start each question on a new page. Write neatly and legibly. (8080175) -3
Industrial Electronics N5 November 2016 question papers and memos
November 2016: Electronics
Industrial Electronics N5 November 2016: Electronics question paper
100 marks · 3 hours · 6 pages · 9 questions
What is in this paper (9 questions)
Q1
Alternating Current Theory 1.1 In a serial RC circuit it takes 1 ms to charge up to 63,2% of the 16 marks
Q2
Power Supplies 2.1 Calculate the value of the load resistor RL if the following values of a 15 marks
Q3
Transistor Amplifiers 3.1 The following values of a common-emitter are known: 17 marks
Q4
Operational Amplifiers 4.1 Draw a simplified circuit diagram of an operational amplifier. (4) 10 marks
Q5
Integrated Circuits 5.1 What should be done with the unused inputs of a CMOS-integrated circuit 5 marks
Q6
Electronic Phase Control Draw a neat, labelled block diagram of a typical closed-loop system. [5] 5 marks
Q7
Test Equipment 7.1 Illustrate, using a 4-bit binary code, how a successive approximation 7 marks
Q8
Oscillators 8.1 8.1.1 Draw a neat, labelled circuit diagram of an RC-phase shift 12 marks
Q9
Transducers 9.1 Transducers can be classified into TWO groups. 13 marks
Instructions to candidates Answer ALL the questions. Read ALL the questions carefully. Number the answers according to the numbering system used in this question paper. Keep questions and subsections of questions together. ALL sketches and diagrams must be large, clear and neat. Show ALL steps and calculations. Write neatly and legibly. (8080175) -3- T660(E)(N23)T
Industrial Electronics N5 November 2014 question papers and memos
November 2014: Electronics
Industrial Electronics N5 November 2014: Electronics question paper
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Questions about these papers
Which years of Industrial Electronics N5 November papers are on this page? Papers from 2023, 2022, 2016, 2014. The newest year is at the top.
How many marks is the Industrial Electronics N5 November electronics? Electronics is usually out of 100 marks and you get 3 hours to write it.
Are the memos included? Yes. 4 of the 4 papers on this page have their marking memo next to the question paper.
Which topics come up most in Electronics? Alternating current theory, transistor amplifiers and power supplies, based on 2 papers on this page.
