The Applied Science and Engineering Technology (ASET) building houses the modern classroom and laboratory facilities for the Electronic Engineering Technology program.
The Computer Aided Electronic Design Laboratory is equipped with computers and interface devices that allow students to interface their FPLA experiments with the computer. These computers are equipped with advanced electronic simulation software, including "Electronics Workbench", "P-Spice", and the Xilinx programmable logic array simulator. The laboratory is used extensively for senior projects, pre-lab work, and preparation of lab reports.
The Basic Electronics Laboratory is used for the basic electronics classes. It is equipped with oscilloscopes, power supplies, function generators, and digital multimeters, and is used for basic DC & AC lab experiments, digital experiments, and transistor circuit experiments.
The Communications and Controls Laboratory is used for more advanced experiments, including the design of transistor amplifier circuits, operational amplifier circuits, and analog and digital communications related circuits. This lab houses digitizing oscilloscopes with plotters, power supplies, function generators, digital multimeters, and other supporting test equipment.
The Motor and Generator Laboratory is used to study the characteristics of electric motors and generators. Students can determine torque - speed curves for various motor designs. This lab is also used for project work.
The Computer Aided Electronic Design Laboratory is equipped with computers and interface devices that allow students to interface their FPLA experiments with the computer. These computers are equipped with advanced electronic simulation software, including "Electronics Workbench", "P-Spice", and the Xilinx programmable logic array simulator. The laboratory is used extensively for senior projects, pre-lab work, and preparation of lab reports.
The Basic Electronics Laboratory is used for the basic electronics classes. It is equipped with oscilloscopes, power supplies, function generators, and digital multimeters, and is used for basic DC & AC lab experiments, digital experiments, and transistor circuit experiments.
The Communications and Controls Laboratory is used for more advanced experiments, including the design of transistor amplifier circuits, operational amplifier circuits, and analog and digital communications related circuits. This lab houses digitizing oscilloscopes with plotters, power supplies, function generators, digital multimeters, and other supporting test equipment.
The Motor and Generator Laboratory is used to study the characteristics of electric motors and generators. Students can determine torque - speed curves for various motor designs. This lab is also used for project work.
