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This page has every Communication Electronics N5 April paper we have, from 2014 to 2021: 7 question papers and 5 memos in 20 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.

Communication Electronics N5 April papers by year

YearExamsPapersPDFs
2021April14
2020April14
2019April13
2018April14
2016April12
2015April12
2014April11

Topics that come up most in Communication Electronics N5 April

Counted from the questions in the papers on this page: how many papers each topic appears in, and its average marks.

TopicPapersAverage marks
Four-Terminal Networks228
Ac Networks221
Receivers and Transmitters218
Filters215
Antennas211
Alternating Current Networks130
Bode Plots15
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Communication Electronics N5 April 2021 question papers and memos

April 2021: Electronics

Communication Electronics N5 April 2021: Electronics question paper, first page of questions
Communication Electronics N5 April 2021: Electronics question paper

100 marks · 3 hours · 5 pages · 6 questions

What is in this paper (6 questions)
  1. Q1 Ac Networks1.1 Use any method to derive the equation for the resonance frequency of a 18 marks
  2. Q2 2.1 Draw diagrams and derive the expression for the series impedance Z of a 21 marks
  3. Q3 Design from first principle a prototype high-pass filter with a design impedance of 15 marks
  4. Q4 4.1 Determine the characteristic impedance of R , R and R of the bridged 13 marks
  5. Q5 5.1 5.1.1 Describe the construction of a Yagi-Uda antenna. (3) 18 marks
  6. Q6 6.1 Two RC circuits are shown in the following diagrams: 15 marks

Instructions to candidates

  1. Answer all the questions.
  2. Read all the questions carefully.
  3. Number the answers according to the numbering system used in this question paper.
  4. Diagrams must be large, neat and clear and may be done in pencil.
  5. Use only a blue or black pen.
  6. Write neatly and legibly. (8080235) -3-
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Communication Electronics N5 April 2020 question papers and memos

April 2020: Electronics

Communication Electronics N5 April 2020: Electronics question paper, first page of questions
Communication Electronics N5 April 2020: Electronics question paper

100 marks · 3 hours · 5 pages · 7 questions

What is in this paper (7 questions)
  1. Q1 Indicate whether the following statements are TRUE or FALSE by writing only 'True' or 10 marks
  2. Q2 Ac Networks2.1 Give the THREE characteristics of the following RLC circuits at resonance:
  3. Q3 Four-Terminal Networks3.1 Find the characteristic impedance of the network in FIGURE 1. 12 marks
  4. Q4 Filters 4.1 Design T- and TT-type high pass filters with an impedance of 600 Ω and a 15 marks
  5. Q5 Receivers and Transmtters5.1 Identify the block diagram in FIGURE 3. (1) 15 marks
  6. Q6 Antennae6.1 Explain how the radiation efficiency of an antenna can be improved. (4) 10 marks
  7. Q7 Bode Plots7.1 Explain why the phase-lead and phase-lag networks are used in Bode plots. (4) 10 marks

Instructions to candidates

  1. Answer all the questions.
  2. Read all the questions carefully.
  3. Number the answers according to the numbering system used in this question paper.
  4. Start each section on a new page.
  5. Write neatly and legibly. (8080235) -3-

Communication Electronics N5 April 2019 question papers and memos

April 2019: Electronics

Communication Electronics N5 April 2019: Electronics question paper, first page of questions
Communication Electronics N5 April 2019: Electronics question paper

100 marks · 3 hours · 6 pages · 7 questions

What is in this paper (7 questions)
  1. Q1 1.1 What is understood by the term selectivity as applied to electronic circuits? (3) 22 marks
  2. Q2 Determine the following parameters for the circuit shown in FIGURE 2. The two coils 10 marks
  3. Q3 3.1 Draw and label a circuit that will suppress all frequencies above 4,3 kHz. The 24 marks
  4. Q4 A symmetrical T-type network gives the following readings: 15 marks
  5. Q5 Use simple sketches to represent the frequency spectrum of the RF signal of an 7 marks
  6. Q6 Name any FM demodulator and draw a labelled diagram of the circuit.  [12] 12 marks
  7. Q7 7.1 Make a neat, labelled sketch of a Yagi antenna consisting of THREE 10 marks

Instructions to candidates

  1. Answer ALL the questions.
  2. Read ALL the questions carefully.
  3. Number the answers according to the numbering system used in this question paper.
  4. Write neatly and legibly. (8080235) -3- T390(E)(M28)T
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Communication Electronics N5 April 2018 question papers and memos

April 2018: Electronics

Communication Electronics N5 April 2018: Electronics question paper, first page of questions
Communication Electronics N5 April 2018: Electronics question paper

100 marks · 3 hours · 6 pages · 6 questions

What is in this paper (6 questions)
  1. Q1 Alternating Current Networks1.1 A parallel resonance circuit is connected to a 100 V alternating-current supply 30 marks
  2. Q2 Four-Terminal NetworksConsider the circuit diagram below and derive the formulae for RA and RB of the L-type 30 marks
  3. Q3 Filters3.1 Design TWO types of high-pass filters consisting of a T-filter and a TT-filter 10 marks
  4. Q4 Receivers and Transmitters4.1 Identify the TWO phasor diagrams in FIGURE 2 by writing the answer next to 20 marks
  5. Q5 Antennas5.1 Give TWO disadvantages of a half-wave dipole. (2) 5 marks
  6. Q6 Bode Plots6.1 Identify the TWO RC circuits in FIGURE 2 and FIGURE 3. 5 marks

Instructions to candidates

  1. Answer ALL the questions.
  2. Read ALL the questions carefully.
  3. Number the answers according to the numbering system used in this question paper.
  4. Write neatly and legibly. (8080235) -3- T390(E)(M27)T

Communication Electronics N5 April 2016 question papers and memos

April 2016: Electronics

Communication Electronics N5 April 2016: Electronics question paper, first page of questions
Communication Electronics N5 April 2016: Electronics question paper

100 marks · 3 hours · 5 pages · 5 questions

What is in this paper (5 questions)
  1. Q1 Ac Networks1.1 Explain the THREE characteristics of each of the following RLC circuits at 23 marks
  2. Q2 Four-Terminal Networks2.1 Define insertion loss of a symmetrical two-port network. (5) 25 marks
  3. Q3 Filters3.1 Design and determine the cut-off frequency of a low-pass π-type filter having 20 marks
  4. Q4 Receivers and Transmitters4.1 Identify the block diagram below and label all the stages shown from A–G. 16 marks
  5. Q5 Antennas5.1 With an aid of a sketch showing a reflector and radiation pattern, describe the 16 marks

Instructions to candidates

  1. Answer ALL the questions.
  2. Read ALL the questions carefully.
  3. Number the answers according to the numbering system used in this question paper.
  4. Sketches should be neat and be clearly labelled.
  5. Keep questions and subsections of questions together.
  6. Rule off across the page on completion of each question.
  7. Write neatly and legibly. (8080235) -3- T310(E)(A7)T

Communication Electronics N5 April 2015 question papers and memos

Communication Electronics N5 April 2014 question papers and memos

April 2014: Electronics

Communication Electronics N5 April 2014: Electronics question paper, first page of questions
Communication Electronics N5 April 2014: Electronics question paper

13 pages

The memo for this paper is not available yet.

More Communication Electronics N5 papers

All Communication Electronics N5 past papers and memos

Questions about these papers

Which years of Communication Electronics N5 April papers are on this page?

Papers from 2021, 2020, 2019, 2018, 2016, 2015, 2014. The newest year is at the top.

How many marks is the Communication Electronics N5 April electronics?

Electronics is usually out of 100 marks and you get 3 hours to write it.

Are the memos included?

Yes. 5 of the 7 papers on this page have their marking memo next to the question paper.

Which topics come up most in Electronics?

Four-terminal networks, ac networks and receivers and transmitters, based on 2 papers on this page.

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