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ENGINEERING 153
152L. Electrical Circuit Analysis Laboratory (1)
Experiments and computations on networks, bridge circuits, coupled circuits,
non-sinusoidal waves, pulses, transients, unbalanced three-phase circuits, and symmetrical
components. (3 lab hours; field trips)
153, Elect~ical Transmission (3)
Prerequisite: Engr 151, 151L (or concurrently); 152, 152L. Principles of transmission
of electrical energy over wires at power and communication frequencies
and through wave guides and space at ultra-high frequencies.
153L. Electrical Transmission Laboratory (1)
Experiments involving electrical transmission of energy. (3 lab hours; field trips)
154. Electrical and Electronic Apparatus (3)
Not open to students with credit in both Engr 150 and 151. Prerequisite: Physics
4B, Math 4. Magnetic and electric circuits, direct and alternating current apparatus,
electronic devices and associated circuits.
154L, Electrical and Electronic Apparatus Laboratory (1)
Experiments involving magnetic, electrical, and electronic equipment. (3 lab
hours)
156. Electronics (2)
Prerequisite: Engr 150, 150L. Physical electronics, characteristics and properties
of electronic devices, both thermionic and solid state; introduction to basic systems.
156L. Electronics Laboratory (1)
Experimental study of electronic tubes and devices. (3 lab hours)
157. Electronic Circuits and Applications (2)
Prerequisite: Engr 156, 156L. Fundamenml theory of electronic circuits; applications
in communicacio.us, controls, and industrinl processes.
157L. Electronic Circuits and Applications Laboratory ( 1)
Experimental tudy of electronic circuits and commercial type electronic apparatus.
(3 bb hours; field trips)
158. High-Frequency Electronics (2)
Prerequisite: Engr l 3, 153L, 157, 157L. High-frequency techniques; clecrronic
ci.rcuircy in conrrol communication, computer, tclc,•ision, rnd:u·, and microwave
systems; spcci:tl applications.
158L. High-Frequency Electronics Laboratory (1)
Laboratory measurements and use of high-frequency equipment. (3 lab hours;
field trips) ·
160. Applied Thermodynamics: Gas Cycles (3)
Prerequ isite: Physics 4C; Engr 130 (or concurrently). Thermodynamic processes;
theoretical C)'cles for gasoline and diesel engines; performance of internal
combuStion engines; compression and expansion of air; flow of g-ases.
160L, Mechanical Engineering Laboratory (1)
Instruments employed in mechanical engineering practice; measurement of temperature,
pressure, and horsepower; performance of internal combustion engines
and air compressors. (3 lab hours; field trips)
161. Applied Thermodynamics: Vapor Cycles (3)
Prerequisite: Engr 160. Combustion; vapor processes; performance of boilers,
steam engines, turbines; heat transfer.
Object Description
| Title | 1963-64 General Catalog |
| Creator | Fresno State College |
| Format | PDF Document |
| Date of publication | 1963-05 |
| Subjects | California State University, Fresno. Curricula. Catalogs |
| Object type | Document |
| Rights | Fresno, California |
| Location | eng |
Description
| Title | Page 153 |
| Full Text Search | ENGINEERING 153 152L. Electrical Circuit Analysis Laboratory (1) Experiments and computations on networks, bridge circuits, coupled circuits, non-sinusoidal waves, pulses, transients, unbalanced three-phase circuits, and symmetrical components. (3 lab hours; field trips) 153, Elect~ical Transmission (3) Prerequisite: Engr 151, 151L (or concurrently); 152, 152L. Principles of transmission of electrical energy over wires at power and communication frequencies and through wave guides and space at ultra-high frequencies. 153L. Electrical Transmission Laboratory (1) Experiments involving electrical transmission of energy. (3 lab hours; field trips) 154. Electrical and Electronic Apparatus (3) Not open to students with credit in both Engr 150 and 151. Prerequisite: Physics 4B, Math 4. Magnetic and electric circuits, direct and alternating current apparatus, electronic devices and associated circuits. 154L, Electrical and Electronic Apparatus Laboratory (1) Experiments involving magnetic, electrical, and electronic equipment. (3 lab hours) 156. Electronics (2) Prerequisite: Engr 150, 150L. Physical electronics, characteristics and properties of electronic devices, both thermionic and solid state; introduction to basic systems. 156L. Electronics Laboratory (1) Experimental study of electronic tubes and devices. (3 lab hours) 157. Electronic Circuits and Applications (2) Prerequisite: Engr 156, 156L. Fundamenml theory of electronic circuits; applications in communicacio.us, controls, and industrinl processes. 157L. Electronic Circuits and Applications Laboratory ( 1) Experimental tudy of electronic circuits and commercial type electronic apparatus. (3 bb hours; field trips) 158. High-Frequency Electronics (2) Prerequisite: Engr l 3, 153L, 157, 157L. High-frequency techniques; clecrronic ci.rcuircy in conrrol communication, computer, tclc,•ision, rnd:u·, and microwave systems; spcci:tl applications. 158L. High-Frequency Electronics Laboratory (1) Laboratory measurements and use of high-frequency equipment. (3 lab hours; field trips) · 160. Applied Thermodynamics: Gas Cycles (3) Prerequ isite: Physics 4C; Engr 130 (or concurrently). Thermodynamic processes; theoretical C)'cles for gasoline and diesel engines; performance of internal combuStion engines; compression and expansion of air; flow of g-ases. 160L, Mechanical Engineering Laboratory (1) Instruments employed in mechanical engineering practice; measurement of temperature, pressure, and horsepower; performance of internal combustion engines and air compressors. (3 lab hours; field trips) 161. Applied Thermodynamics: Vapor Cycles (3) Prerequisite: Engr 160. Combustion; vapor processes; performance of boilers, steam engines, turbines; heat transfer. |
