
Printed Circuit Design and Construction
Learn to design and build printed circuits, commonly found in electronics like radios and computers. Start by drawing your circuit on a copper-coated plastic sheet, protecting it with waterproof ink. Then, use FeCl3 to etch away the exposed copper, leaving behind your desired circuit.
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Practice
Uses all content from the modules below.
Quiz20 Questions
Flashcards9 Cards
Study Notes1 Note
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Modules
Printed Circuit Design and Construction
Quiz • 20 Questions
Printed Circuit Design and Construction - Flashcards
Flashcards • 9 Cards
Study Notes
2 min • Summary
Materials
List of Questions20 questions
- Question 1
- To make the circuit more visible on the plastic sheet.
- To enhance the conductivity of the circuit.
- To protect the copper layer that will form the circuit diagram during etching.
- To prevent the plastic sheet from dissolving in the FeCl3 solution.
- Question 2
- True
- False
- Question 3
- To remove unwanted copper
- Question 4
- soap
- Question 5
- Question 6
- 3:1
- 2:1
- 1:3
- 1:1
- Question 7
- True
- False
- Question 8
- Designing a theoretical circuit
- Question 9
- carbon
- Question 10
- 1.5-1.7 mm
- 0.1-0.3 mm
- 0.6-0.8 mm
- 1.0-1.2 mm
- Question 11
- True
- False
- Question 12
- copper
- Question 13
- FeCl3
- Question 14
- Question 15
- Slide rules
- Computers
- Mechanical clocks
- Abacuses
- Question 16
- True
- False
- Question 17
- drying it
- Question 18
- printed
- Question 19
- The circuit will be incomplete and non-functional.
- The circuit will function as intended.
- The circuit will require less soldering.
- The circuit will be more conductive.
- Question 20
List of Flashcards9 flashcards
- Card 1HintUsed in nearly all electronic devices.Memory TipThink of a city map printed on a small board.
- Card 2HintBase material for printed circuits.Memory TipImagine copper on plastic as foundation.
- Card 3HintUses a chemical solution to reveal the circuit.Memory TipEtching is like developing a photo.
- Card 4HintDissolves copper not protected by waterproof layer.Memory TipIron Chloride eats away exposed copper.
- Card 5HintInvolves carbon paper and a suitable pen.Memory TipLike tracing a design onto a new surface.
- Card 6HintMade using a narrow drill.Memory TipPores are homes for electronic components.
- Card 7HintUses tin to create electrical connections.Memory TipSoldering is like electronic welding.
- Card 8HintCovers the copper on the circuit.Memory TipOnly the waterproof pen prevent Cu from being removed.
- Card 9HintAvoid touching FeCl3.Memory TipQuality and Safety First.