Electronic Engineer Scout Interest Badge
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Badge requirements
- Explain basic Electron Theory. Explain the difference between conventional current and electron flow.
- Define what is meant by “Current” and “Voltage” in an electronic circuit. State and explain Kirchhoff’s Laws of Current and Voltage. Explain what “Ground” is.
- Describe the basic functions of the following electronic components:
- Resistor
- Capacitor
- Inductor
- Diode
- Transistor
- Describe some of the different types of each of the above components.
- Explain Ohm’s Law by solving a simple problem of Current, Voltage and Resistance.
- Demonstrate your familiarity with passive component colour and number codes by correctly identifying the values of a resistor, capacitor, and inductor.
- Describe the function of an Operational Amplifier. Draw the circuit diagram of an Op-Amp being used for one of the following applications:
- Light Sensing
- Temperature Sensing
- Inverting or Non-Inverting Amplifier
- Voltage Summing, Integration or Differentiation
- Build the chosen Op-Amp circuit and demonstrate its function.
- Explain the differences between Digital and Analogue Electronics. Describe the function of both an ADC and a DAC
- Describe how a Printed Circuit Board is made.
- Do ONE of the following alternatives (A or B or C)
- A) Design a simple analogue electronic circuit and demonstrate its function. Do the following:
- With the examiner, agree on and specify what function the circuit must perform.
- Draw a schematic describing the circuit.
- Make a Veroboard or PCB and solder the circuit components onto it.
- Measure or illustrate that the circuit functions as intended.
- B) Design a simple digital embedded system. Do the following:
- Select suitable Microcontroller and use it to control your system.
- Draw a schematic describing the circuit.
- Make a Veroboard or PCB and solder the circuit components onto it.
- Write a program for the microcontroller, flash the program onto the device and demonstrate that the system functions correctly.
- C) Demonstrate your ability to locate and repair a fault in a simple electronic circuit. Do the following:
- Identify the components on the PCB and either reverse engineer the circuit schematic or find the circuit board’s schematic.
- Identify the fault and locate its source.
- Explain how the fault may have occurred.
- Either repair the circuit or explain why the circuit cannot be repaired.
- A) Design a simple analogue electronic circuit and demonstrate its function. Do the following:
Requirements in PDF
See also
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