Electronics (2CR) (1L, 2LB) Groundwork in electrical fundamentals needed for an understanding of modern electronics.
- Subject
- ELTR
- Type
- course
- Edition
- 2026-2027
- Source
- catalog.caspercollege.edu
- Prerequisite
- High school
23 courses with the subject ELTR, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
Electronics (2CR) (1L, 2LB) Groundwork in electrical fundamentals needed for an understanding of modern electronics.
Power (3CR) (2L, 2LB) Fundamentals of AC electrical machines and transformers. Topics covered are electromagnetism, transformers, AC motors and motor control. concurrent enrollment in ELTR 1515 or ELTR 1570, or permission of the instructor.
Locator Certification (2CR) (1.5L, 1LB) Fundamentals of underground utility location will be covered. This will include the methods used to change the transmitter current levels, change the shape of the magnetic field, how to measure the magnetic field with the receiver, and how to produce a round magnetic 207 field and verify depth. Successful completion of this course will result in certification as an underground utility locator.
Circuits (4CR) (4L) Fundamentals of DC and
Control (3CR) (2L, 2LB) Fundamentals of process control systems using PID control. Students will control single and multivariable processes and calibrate sensors. Other topics include valve actuators and industrial data communications. of ELTR 1570, or permission of the instructor.
to Solid State Electronics (4CR) (2L, 4LB) This course explores the principles of operation and behavior of solid state devices including diodes, BJTs, FETs,
to Digital Electronics (4.5CR) (3L, 3LB) Logic circuits associated with the control and operation of a digital computer. Application of the specific logic circuits through selected laboratory experiments. ELTR 1770 -
Electronics (1CR) (1L) This course is for electronic, electrical, industrial and educational technicians who need to be certified. The course will focus on the FCC, Certified
Fundamentals of process control systems using PID control. Students will control single and multivariable processes and calibrate sensors. Other topics include valve actuators and industrial data communications. Spring
Communication (4.5CR) (3L, 3LB) Emphasis on radio receivers and transmitters, antennas, amplitude and frequency modulation FM stereo multiplex circuits, and FM radios. permission of instructor. 208
Microprocessors (3CR) (2L, 2LB) Programming microcontrollers to read inputs and control outputs. Students will use common microcontrollers such as Arduino and Raspberry Pi. permission of the instructor. ELTR 2815 -
Students will learn Rockwell Automation CompactLogix hardware, Studio 5000 Logix Designer & RSLinx Classic software to build skills for programming Industrial Control Systems that operate critical infrastructure. Hands-on projects will use ladder logic, seal in logic, latches, timers, counters, comparison instructions & math instructions to solve Industrial Automation & Manufacturing problems.
Fundamentals of AC electrical machines and transformers. Topics covered are electromagnetism, transformers, AC motors and motor control. Spring
Networking (2CR) (1L, 2LB) This is an introduction
(2L, 4LB) Fundamentals of light- wave communications and transmission. Includes the fundamentals of light, light sources, optical fiber characteristics, splices, connectors, couplers, receiver, and driver systems. System maintenance and splicing will be stressed. Safety procedures will be stressed throughout the course of instruction.
Workshop (2CR) (1L, 2LB) An introductory course in the use of fiber optic technology as it applies to industry and education. This course is designed to instruct representatives from industry and secondary education in the area of fiber optics.
Study in Electronics (1- 3CR) (Max. 6) Electronics majors who have completed the introductory courses may be permitted to contract with the instructor for special advanced problems in electrical applications to be pursued as independent study. standing and permission of the instructor.
Source: Casper College's catalog, linked per course · table learning_unit · CourseShelf publish 59