Describe the project. Find the courses that give it credit.

Outcomes this project would cover

• ELT3110.2.1 construct a 25-watt amplifier project (audio or video)
• ELT3110.1.9 draw a block diagram of a multistage audio amplifier
• ELT3110.2.3 construct and experiment with amplification circuits including:
• ELT3110.1.6 explain how volume and tone can be controlled in an audio amplifier

Outcomes this project would cover

• ELT1090.1.3 identify major components of an amplifier through the use of a block diagram, identifying power supply, preamplifier and amplifier
• ELT1090.2.6 construct a simple audio device; e.g., amplifier, crossover network, fader, equalizer, distribution network, mixers or light organ
• ELT1090.1.2.1 amplifier
• ELT1090.2.4 lay out and connect the wiring for an audio system

Outcomes this project would cover

• ELT2090.2.4 build a small audio amplifier and/or intercom for personal use
• ELT2090.2.3.2 audio amplifiers
• ELT2090.2.5 construct a speaker system with low-, mid- and high-range speakers with appropriate crossover networks such as an intercom system
• ELT2090.3.2.1 portable stereo systems

Outcomes this project would cover

• ELT2050.4.4 construct a full-wave, filtered and regulated power supply
• ELT2050.3.1 construct, energize, measure and graph the input and output of half-wave bridge, full-wave bridge and centre-tap rectifiers, and regulated power supply
• ELT2050.4 build, test and analyze filtering circuits used in electronic power supplies
• ELT2050.4.2 mathematically determine component values for the construction of a regulated power supply

Outcomes this project would cover

• ELT1050.2 construct a simple power supply
• ELT1050.2.1 construct simple power supplies, using perforated circuit boards
• ELT1050.1.3.7 voltage doubler/tripler
• ELT1050.3.1 measure power supply output using a multimeter

Outcomes this project would cover

• ELT2080.3.1.10 operational amplifiers
• ELT2080.3 construct a process control device, using analog and sensor components
• ELT2080.3.2.7 light controller resistors
• ELT2080.3.1.1 rectifiers

Outcomes this project would cover

• ELT2010.3.1 prototype an electronic circuit on a breadboard
• ELT2010.3 use a printed circuit board and proper fabrication techniques to assemble a project
• ELT2010.3.5 evaluate the circuit using electronic instruments
• ELT2010.3.3 practise printed circuit board building and component installation

Outcomes this project would cover

• MEC2090.3.1.7 growler
• MEC2090.5.1.3 use numbers
• MEC2090.3.1.3 ammeter
• MEC2090.3.1 identify and describe the purpose and functions of a:

Outcomes this project would cover

• MEC1090.2.13 construct and compare a series and a parallel circuit
• MEC1090.2.7 identify and label the parts of a simple circuit
• MEC1090.2.8 identify the physical form and circuit symbol of a:
• MEC1090.3.1.3 use numbers

Outcomes this project would cover

• ELT3010.4 assemble a project, using a PC board
• ELT3010.2.3 match actual components to schematic symbols
• ELT3010.2.2 use schematic symbols to represent electronic components
• ELT3010.3 construct a PC board, using a photographic method

Outcomes this project would cover

• ELT2130.3.1 draw a schematic and wiring diagram and construct the following electromagnetic circuits:
• ELT2130.3 design and construct electromagnetic circuits, using ladder logic systems and wiring diagrams
• ELT2130.1.2 identify coil voltage and frequency ratings
• ELT2130.4.3 demonstrate teamwork skills to:

Outcomes this project would cover

• ELT3150.1 identify and assemble the required components to build a frequency remote control or microprocessor control for a robotics unit
• ELT3150.1.2 explain the operation of the electronic components and circuit used to build either a remote control robot or a programmable control robot
• ELT3150.4.4 assemble electronic components to build a mobile robot
• ELT3150.4.3 draw the schematic diagram of the printed circuit board and wiring schematic of the control circuitry