Please see ECET instead. Students will learn how to analyze a requirement specification and break it down into a modular design following both the Canadian Electrical Code and equipment manufacturing standards. Real-time operating and interrupt-driven systems are emphasized. Problems 8, 13, 16, 24, and 29 homework. They will also study engineering standards, the effect of engineering on the environment, professional responsibility, and engineering ethics.
Students will learn how to apply the Canadian Electrical Code for industrial and commercial electrical system design. September This course is an introduction to the analysis of signals and systems using complex functions, the complex Fourier series and the Fourier transform. Characteristics such as energy emitted by transmission devices, as well as speed, distance and reflection of energy waves, are discussed. September This course will provide students with knowledge of fundamental circuit analysis and fundamental theorems such as superposition, Thevenin, Norton, and maximum power transfer. Based on the timing chart 2. September Students will be introduced to industry standard methods of electrical panel construction in this course. September Students will study analog voice and data communications as used in the marine industry.
First and second order systems will be studied as well as operational amplifiers. September Students will be introduced to the Linux operating system for the Raspberry Pi. In addition, they will be introduced to specialized control schemes as used in marine and industrial electrical systems.
Write the Boolean equations for each of the following codes if an active-LOW decoder output is required: September Students will study sequential logic, the implementation of digital circuits using advanced programmable logic devices, counters and shift registers, state machine design, logic gate circuits and the interfacing of analog and digital circuits.
Deisgn a simple state machine. Students use computer software to simulate eceh of digital signal processing circuits discussed in class homewori to analyze data acquired in the lab.
Students will be able to select suitable system components, troubleshoot systems, determine circuit parameters, use appropriate instrumentation and apply appropriate safety procedures to implement various scenarios in a lab environment.
Protocols, flow control, buffering and network security are covered. Why is the co Students will have an opportunity to explore the many diverse careers available in the networking, electronics and computer engineering industry. Case studies of facility security are analyzed, and uses of analytical models and security devices are explored and applied through lab activities. Students program ASP and DSP chips for applications in communications, control systems, digital audio processing and digital image processing.
This course introduces industrial control systems based on programmable logic controllers, as well as other computer-based industrial control systems.
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They will integrate and consolidate the skills and knowledge gained throughout their program in this applied course, and further develop their project analysis and design skills. Additional topics covered include: Camosun offers English and Math assessment testing to determine current level of skill.
September Students will study signal conditioning fundamentals and instrumentation as well as circuits for controlling electrical power. Assume that Q starts LOW.
Topics include electromagnetic waves, antennas, propagation and digital modulation. Teams submit written progress reports, make oral presentations describing project progress, and provide concluding written and oral presentations.
Topics related to marine engineering, including generation, distribution and protection, steering and propulsion systems, gas analyzers, and hull protection systems are studied. Students will be introduced to the fundamentals of AC efet DC electrical motors, generators, electrical voltage conversion and transmission. This lab will take a simple three light, two-way intersection as in figure 1. Students will use a range of techniques, including the use of engineering simulation software to analyze systems for common parameters such as stability, transient behaviour, load sharing between paralleled systems and power factor.
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September Students will be introduced to the versatile Programmable Logic Controller PLC unit and will be able to identify the hardware components and their functions. Students will learn to program microcontrollers in both assembly and C programming languages and practice simulation and code development techniques in an embedded environment. They will be able to read and draw electrical wiring diagrams for electrical distribution systems and gain experience with the safety procedures surrounding an Arc-flash, and calculations for fault currents.
Real-time operating and interrupt-driven systems are emphasized. Students will implement a number of PLC projects within the lab periods. Using computer software, students simulate, analyze and solve related problems.
The group of bits is serially shifted exet bit first into an 8-bit shift register with an initial state of Using Quartus II compile and simulate the text file and then analyze the simulation for proper operation. Teams submit written progress reports and make oral presentations describing the project to the class. Assume that the register is initially cleared.