| OCR Text |
Show 163. Micro-Wave Laboratory—Adjustments and tests on devices generating and conducting micro-wave signals. Two laboratories. A (2). Staff 164. Micro-Wave Techniques—Elementary study of micro-wave generating and propagating devices; emphasis on phenomena peculiar to micro-wave signals. Three lectures. A (3). Staff 167. Air-Ground Communications Laboratory—Adjustment and operation of equipment used in air-ground communications. Two laboratories. S (2). Staff 168. Air-Ground Communications—Special circuits and problems relating to air-ground communication. Three lectures. S (3). Staff 181. Pulse and Digital Circuits Laboratory—Operation and adjustment of circuits and related control and readout components used in pulse and digital circuits. Two laboratories. A (2). Staff 182. Pulse and Digital Circuits—Number systems, memory devices, and elementary programming principles. Three lectures. A (3). Staff 185. Computer Circuits Laboratory—Operation and adjustment of circuits and related control and readout components in computer type devices. Two laboratories. W (2). Staff 186. Computer Circuits Applications—Application of basic circuits to digital and analog data handling devices. Three lectures. Prerequisites: Electronics 182 and 155 or equivalent. W (3). Staff 187. Principles of Automation Laboratory—Set-up, adjustment and operation of small automatic control and programming systems. Two laboratories. S (2). Staff 188. Principles of Automation—Introduction to methods used in automatic programming and control of industrial equipment. Three lectures. S (3). Staff 189. Comprehensive—Special problems covering scope of study during the previous four years. Two lectures. S (2). Staff Students desiring to begin a program of study in the department of Electronics but needing additional preparation in mathematics should complete Technical Education 001, Basic Mathematic Principles and Beginning Algebra, and Electronics 001 and 002, General Electronic Principles before entering the first quarter courses in Electronics. ELECTRONICS TECHNICAL MAJOR (Example Only) The curriculum for electronic technician prepares the student for employment at the end of two years of training as a technician in the field of electronics. Completion of the outlined program will qualify the student to receive a certificate of completion. If the student wishes to qualify for an A. S. Degree, he should consult with the department head. Freshman Course Title A W S Electronics 2, 4, 6 D-C Fundamentals, A-C Fundamentals, Basic Electronics 5 5 5 Electronics 1, 3, 5 D-C Laboratory, A-C Laboratory, Basic Elec tronics Laboratory 3 3 3 Electronics 13 Electronic Drafting 3 Tech. Ed. 14, 15, 17 Applied Algebra, Applied Trig., Applied Alg. and Trig. 5 5 5 Tech. Ed. 3 Technical Orientation 1 Health Ed. 1 Personal Health 2 English 8 or 1 Applied English or Basic Comm. 3 Physical Ed. Selected 1 1 1 17 17 17 Electronics 8, 76, 78 Electronics 7, 75, 77 Electronics 80, 74 Electronics 79, 73 Physics 5 or 21 English 32 Elective Sophomore Basic Elec. Cont'd, Elec. Circuit Operation, Color TV Ckts. 5 Basic Elect. Lab., Elect. Ckt. Maintenance,Color TV Maintenance 3 Test Equipment Circuits, Pulse and Switching Circuits 3 Test Equip. Lab., Pulse & Switch Circuits Lab. 2 Introduction to Physics or College Physics 5 Technical Reports Selected 18 17 17 Note: The student may select courses other than those shown in the Winter and Spring quarter of the Sophomore 278 279 |
