103 courses with the subject ELN, 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.
This course will provide an orientation for EET students with group discussions to produce a well-rounded student capable of working with others in the school environment. Students will also become familiar with qualities that will help them become good employees upon graduation.
This course is an introduction to electronics. It includes basic semiconductor physics and theory as it applies to diodes, bipolar transistors, field effect tran- sistors, and other special purpose semiconductor devices. Subjects include basic diode characteristics and circuits, bipolar and field effect transistor pa- rameters, transistor biasing and switching, power supplies, and voltage regu- lators. Topics include the bipolar and field effect transistors as circuit elements in basic amplifier circuits. The DC and AC analysis of bipolar and field effect transistor circuits will be presented. Circuits may be analyzed by a circuit simu- lation and analysis software program. (Sp)
This course introduces operational amplifiers (op-amps) and the principles of feedback. Topics include differential amplifiers, ideal and practical op-amps, linear amplifiers, and differentiator and integrator circuits. Other topics in- clude the measurement of op-amp parameters, selection requirements, and use of operational purpose amplifier, impedance matching device, voltage comparator and waveform generator. Circuits may be analyzed by a circuit simulation and analysis software program. (Su) 205
the Hospital and Industry Credit 1 (1-0) An introduction to the field of Biomedical Equipment Technology. The student will be introduced to the organization and structure of the various medical facilities, the role of the BMET, the variety and functions of medical equipment. Consid- eration will be given to organizations affecting the BMET’s work and literature related to the field. Visitations will be made to medical facilities to observe the BMET at work. (F)
The objective of this course is to develop skill in the use of the various hand tools used by the technician. The student is trained to observe safety precau- tions, use hand tools properly and safely, prepare and solder wire, compo- nents, and devices. The student is expected to construct a chassis for an elec- tronic system, use fasteners, tubing and terminals where appropriate, using proper construction techniques, and produce a working system using printed circuit construction techniques. (Sp)
An introductory course in solid state devices beginning with diodes and pro- ceeding to bipolar junction transistors, metal-oxide semiconductor field effect transistors, junction field effect transistors, and other devices. Topics covered in class include regulatory, switching, and small signal applications. Labora- tory work teaches the common configurations and applications of these de- vices as well as troubleshooting techniques. Measurement instruments and techniques are introduced as needed. (Sp)
The study of solid state semiconductor devices beginning with atomic struc- ture of semiconductors and doping agents and proceeding through diodes and zener diodes and their applications.
A continuation of ELN 0130A to include bipolar transistors and their applications. Common emitter, base and collector circuits are studied before proceeding to amplifier circuits. 200
This course covers basic theory and application of transistors, diodes, opera- tional amplifiers, and various solid state devices used in computer circuitry. Power supplies, both linear types and switching types, are covered. Testing, measurements and troubleshooting of circuitry using these devices will be demonstrated through lab exercises. Thorough technical lab reporting of ex- ercises is required. (Sp)
A study of the use, operation, and limitations of typical measurement instruments used in electrical/electronics fields. (Su)
A continuation of ELN 0130 to include the operation and use of the SCR, Triac, Diac, Operational Amplifier, and other devices. Subject material covered in ELN 0130 and new material covered in this class will be used to introduce the student to more advanced applications of these devices. Laboratory work will require the student to build, troubleshoot, and verify typical analog circuits. (Su)
A quantitative study of control devices beginning with JFET’s and MOSFET’s and progressing through linear op amps. The student will analyze and verify the operation of control circuits in a laboratory setting.
A continuation of ELN 0141A to include SCR’s, triac’s, diac’s and UJT’s. The student is also introduced to oscillator theory.
A beginning course in digital integrated circuits intended to provide a basic understanding of digital combinational systems. Topics included are: (1) Basic gates, (2) Transistor Switches, (3) Digital signal sources, (4) Truth Tables, (4) Boolean Algebra, (5) TTL and CMOS logic families, (6) Encoders and Decoders, (7) Displays, (8) Karnaugh Mapping. The main emphasis of the course is on digital electronics for the service technician as opposed to the engineering design approach. (W)
The student is placed in a medical facility or industry for an eleven-week pe- riod and works under the direct supervision of a qualified BMET or Clinical Engineer. During the internship the student is exposed to the variety of re- sponsibilities required in the profession. (Sp)
Designed in conjunction with the internship to afford students the opportu- nity to share their work experiences and to discuss with the instructor prob- lems encountered in this experience. Attention is also given to developing positive attitudes toward the work environment and human relationships. (Sp)
This course provides an introduction to the maintenance and troubleshooting of typical desk-top microcomputers. The basic hardware structure of the system is discussed. Thorough coverage is given to the large scale integrated circuits which 201
This course provides training in the service and repair of computer peripheral equipment including: display terminals, floppy disk, and fixed disk systems, print- ers and other hard copy equipment. Basic common elements in each of these systems are covered. Students gain practical experience through hands on trou- bleshooting of typical systems provided in lab. Proper use of manufacturers data books and service documentation is emphasized. (Sp) Class Limit: 12
A continuation of ELN 0211A. Subjects to include advanced programming of an 8 bit microprocessor to include logical and arithmetic functions.
An introductory class in digital electronics covering combinational logic cir- cuit design, analysis, construction, and troubleshooting. Theoretical concepts discussed in class will relate directly to laboratory work. (Su)
A beginning course in digital integrated circuits intended to provide a basic understanding of digital circuitry. Subjects covered include basic gates, num- ber systems and truth tables.
A continuation of ELN 0210A to include flip-flops, counters, coding/decod- ing, multiplexing/demultiplexing and memories.
An introductory course in microprocessor systems (computers) utilizing trainers based on the 6800 family of microprocessors. The primary focus of this course is on the programming of a variety of microprocessor systems at the machine and assembly level. Included in course material is the background information necessary for a thorough understanding of computer system hardware and software. (F)
An introductory course in microprocessors. Subjects to be covered include basic microprocessor architecture, registers, memory and simple commands.
A continuation of ELN 0211 A. Subjects to include advanced programming of an 8 bit microprocessor to include logical and arithmetic functions.
A course investigating numerous communication related electronic systems. Re- lated topics such as AM, FM, tuned circuit, RF amplifiers and oscillators.
A beginning course in microprocessors. This course covers computer number systems, computer arithmetic, and the basic internal organization and operation of the microprocessor. The basics of microprocessor programming concepts are introduced. The student will perform various lab exercises using a microprocessor trainer to reinforce topics covered. (Su) 202
An intermediate course in microprocessors which provides the student with ad- ditional fundamental microprocessor concepts. The course covers 16 bit micro- processors and microcomputer architecture, instruction sets, addressing modes, stack and index register operations, and basic program algorithms using assembly language instructions. Microprocessor families covered include the Intel 8088, 8086, 80188, 80186, and 80286. Extensive lab work using a microprocessor trainer will reinforce topics covered. (F)
This is an advanced course in 16 bit microprocessor technology dealing primarily with hardware interface topics. Assembly language is used to program lab projects involving hardware interface of components to the microprocessor system. Prac- tical hardware considerations are covered such as timing, interface signals, circuit loading, memory and I/O interface, and interrupts. Various computer circuits are wired and modified by the student. Necessary troubleshooting and prototyping skills are covered in the lab. Computer test equipment is covered and used extensively in the course. The student will develop professional technical reporting skills as projects are performed throughout the course. (W)
A continuation of ELN 0210 covering the operation of sequential devices typi- cally found in digital circuits. Course material will include applications of these devices as part of an overall system. Laboratory work will relate directly to material covered in class. (F)
An intermediate course in digital integrated circuits to include registers, counters and boolean algebra. The course will also include semiconductor memories (RAMS/ROMS).
A continuation of ELN 0220A. Related subjects such as monostable multivibrators and LED displays are covered. The course also covers busing through tri-state buffers and open collector circuitry.
A continuation of ELN 0211 focusing on hardware and software interfacing techniques. Details of the hardware surrounding microprocessors are covered in class and laboratory exercises. Laboratory work reinforces hardware and software topics covered in class, and continues to develop the student’s programming skills. (W)
An intermediate course in microprocessors concerned with branching, stacks, interrupts and use of a monitor. A brief introduction in interfacing will also be covered. ELN 022IB Microcomputer Interfacing — Part B Credit 2 (2-0) A continuation of ELN 0221A. The course will primarily concentrate on interfacing an 8 bit microprocessor and systems trouble-shooting techniques. 203
A continuation of ELN 0221A. The course will primarily concentrate on inter- facing an 8 bit microprocessor and systems trouble-shooting techniques.
A study of linear integrated circuit devices with special emphasis on applications. Topics include operational amplifiers, comparators, voltage regulators, 555 tim- ers, bistable, astable, and monstable multivibrators.
An intensive exploration of the fundamentals of digital electronics. Students investigate the techniques, semiconductor devices, and integrated circuits used to implement the basic digital logic circuits. A discussion of Boolean Algebra and its relation to digital logic will also be presented. (F)
Modern medical equipment necessitates an understanding of the fundamen- tals of microprocessors. This course is designed to provide an introduction to a complete computing system. Number systems and codes, computer arith- metic and an introduction to programming are emphasized. (F)
The course will acquaint the student with common applications of computers in industrial control and instrumentation as used in the manufacturing industries. This course will relate much of the students’ prior training in programming to applications in industry and manufacturing. Class work will be reinforced by lab exercises dealing with single board computers. (W)
This course is a continuation of ELN 0226. Applications and programming of Programmable Logic Controllers are covered. In addition, topics in Computer Integrated Manufacturing (CIM) are covered. Class work is reinforced by lab exercises and projects using PLCs, single board computers, and industrial input/ output modules. The student is expected to draw heavily on previous course work such as programming languages and microprocessor interfacing. (Sp)
This course covers network installation and upgrade. Troubleshooting techniques used for local area network systems are covered. Sources of technical information and data critical to maintaining a network system are discussed. Interfacing a network between different computer types and Wide Area Networking are cov- ered. Typical network applications used in business and industry are discussed along with corresponding implementation methods. Hands-on lab exercises are emphasized. (W) Class Limit: 10
The course will acquaint the student with common applications of computers in industrial control and instrumentation as used in the manufacturing indus- tries. This course will relate much of the student's prior training in program- ming to applications in industry and manufacturing. Class work will be rein- forced by lab exercises dealing with single board computers. (Sp)
Upon completion of this course, student should be able to (1) Performance testing: a. chip select, b. data/address bus, and c. display, keyboard; (2) Logic probe and application; (3) Static control testing; (4) Oscilloscope multiplexer; (5) Signature analyzer; (6) Computer interfacing; (7) Input/Output troubleshoot- ing; (8) Omnilogic logic analyzer; (9) Using logic analyzer in computer trou- bleshooting; (10) Fluke 9010A computer troubleshooter; (11) Programming Fluke 9010 computer troubleshooter.
A laboratory class emphasizing independent research and design work by the student. The student will select a project in consultation with the instructor; order materials; build the project; and report on the results of that project. Supplemen- tary course work will help the student in various phases of the project. (Sp)
A specialized course related to the changing needs of industry and improving technology in which topics are selected according to the interests of the stu- dent and instructor. (On request)
An introductory course in various AC and DC motors and their control systems. This course is designed to introduce students to the maintenance and trouble- shooting of entire motor control systems. Lectures will support reading assign- ments, video selections, and laboratory work. (W) 204
An introduction to programmable logic controllers using the Allen Bradley SLC 5 / 02. To include the setup, wiring, programming, and troubleshooting of PLC systems. Various industrial applications will be used in class and labora- tory assignments. (W)
A continuation of ELN 0235 to include advanced programming, troubleshoot- ing, and hardware topics. Industrial applications are stressed throughout the course in both class and laboratory work. (Sp)
ELN 0237 Medical Instrumentation I (BMT 0244) Credit 5 (3-4) This course will extend the student’s knowledge of the operation of several biomedical instruments by continuing to build on the instruction from Introduction to Medical Instrumentation and looking at particular segments of medical in- strumentation such as cardiac monitoring, electrocardiographs, electroencephla- 139
This course will extend the student's knowledge of the operation of several biomedical instruments by continuing to build on the instruction from Intro- duction to Medical Instrumentation and looking at particular segments of medical instrumentation such as cardiac monitoring, electrocardiographs, electroencephlagraphs, defibrillators, procedures for maintaining, repairing, and calibrating this equipment will be learned. Each piece of equipment will be broken down into its major components, dismantled, reassembled and adjusted so that the equipment operates within the tolerances specified by the manufacturer. In addition, all aspects of electrical safety concerning the use of this equipment will be covered within this segment. (F)
This course provides fundamental training for the student to function as a Local Area Network administrator. The emphasis is on the setup and operational aspects of the network. Topics included are: network hardware components, topologies, directory structures, drive pointers, security, user menus and utilities, network printing, loading application software, login scripts, and system backup procedures. The Novell Netware system will be used. Hands-on exercises will be provided to the student. Data communications using modems and communi- cations software is covered. Practical applications for data communications are discussed. (W) Class Limit: 10 CET students have priority
This course is designed to provide the technician with the further understanding of instruments not covered in the Introduction to Medical Instrumentation or Instrumentation I. Procedures for maintaining, repairing and calibrating this equip- ment will also be learned and each piece of equipment will be broken down into its major components, dismantled, reassembled, and adjusted so that the equipment operates within the tolerances specified by the manufacturer. All aspects of electrical safety on this equipment will also be covered during the course of instruction. (W) 205
This course will introduce the student to the basic building blocks of medical instrumentation and will extend his knowledge into the operation of biomedical instruments through the introduction of common electrical circuitry of these instruments. Common electronic circuits will be pointed out and illustrated circuits such as differential amplifiers, operational amplifiers, voltage level detectors and other systems will be the basis of this source of inquiry. Other important aspects of biomedical systems will be covered as time permits. (Su)
An introduction to radiation producing equipment, ultrasound and nuclear scanners. Emphasis is placed on maintaining, repairing and adjusting this equipment to assure that the equipment operates within the tolerance speci- fied by the manufacturer. (F)
Principles learned in X-Ray I are applied to the analyses of actual specific x- ray equipment. Equipment theory is covered in detail and attention is given to troubleshooting and servicing techniques. Diagnostic nuclear-medicine equipment is also covered in this course. (W)
A fundamental study of how laser light is produced, contained, and used. Basic theory of different wavelengths of light, their properties, characteristics, etc. will be introduced. Lasers of different wavelengths will be discussed with special emphasis as to their effect on human tissue. Also included will be de- livery systems with special emphasis on fiber optics, lenses, and filters. Safety guidelines presented will come from ANSI standards, including class I, II, III, and IV lasers. (Su)
Basic problems involving tracking down and identifying problems frequently encountered with the various types of medical instrumentation are to be cov- ered in this course. Much of the time will be spent in developing the logical troubleshooting techniques such as backtracking and half split rule. Clinical monitoring devices and other equipment will be used for the laboratory exer- cise. Mechanical as well as electronic problems will be considered. (Sp)
This course provides the student with an understanding of digital sequential systems. Topics included are: (1) Flip Flop circuits, (2) Counters, (3) Shift Regis- ters, (4) Arithmetic Circuits, (5) Memory Circuits, (6) Analog interface, (7) digital Troubleshooting Techniques. Emphasis of the course is on digital electronics for the service technician. (Su)
ELN 0248 Computer and Peripherals Maintenance (CET 0270) Credit 4 (3-2) This course provides an introduction to the maintenance of typical industrial mini/micro computers, and associated peripheral equipment. The following topics will be covered: overview of computer system organization, instruction set, timing of computer systems, computer diagnostics, display terminals, printing equip- ment, mass storage devices, and troubleshooting methods. The function of I/O programming and control will be emphasized. ELN 0249 Medical Laser Equipment (BMT 0249) Credit 3 (2-2) A study of laser instrumentation pertaining to the field of medicine. Different types of lasers, including helium-neon, argo, C02, dye, excimer, and Neodymium. YAG will be studied. Special emphasis will be placed on wavelengths, methods of producing laser light, and reactions of different types of laser with human tissue. ANSI safety standards will be discussed as well as special safety factors pertaining to laser use in the hospital. A field trip to a hospital to observe a laser surgery will be taken as a part of the course, contingent upon a suitable available case and hospital/physician permission. ELN 0250 Computer Technology II (CET 0250) Credit 4 (3-2) An intermediate course in microprocessors which provides experience in 16 bit microprocessors. A 16 bit Intel 8088 microcomputer trainer provides experience in programming, expanded addressing, memory segmentation, data handling and hardware familiarization and use of logic analyzers.
This course is an introduction to the maintenance and repair of micro computers and associated peripheral equipment. The course is intended for people with little or no background in electronics and computer hardware technology. The following topics will be covered: overview of computer system organization, system troubleshooting, system substitution methods, diagnostics software usage, cabling systems and connector troubleshooting, system expansion, network con- siderations, printers and printer interface, hard disk installation and management, safety procedures, and operating system configuration. (Sp) 206
A study of laser instrumentation pertaining to the field of medicine. Different types of lasers, including helium-neon, argon, C02, dye, excimer, and Neodymium. YAG will be studied. Special emphasis will be placed on wavelengths, methods of producing laser light, and reactions of different types of laser with human tissue. ANSI safety standards will be discussed as well as special safety factors pertaining to laser use in the hospital. A field trip to a hospital to observe a laser surgery will be taken as a part of the course, contingent upon a suitable available case and hospital/physician permission. (W)
A study of the basic theory and operation characteristics of the saturable reactor; vacuum tubes; PN devices used in basic rectification and regulating circuits; the transistor used in basic amplifier switching modulation and oscillation circuits; and integrated circuits used in basic differential and operational amplifiers. Ele- mental circuits are constructed and analyzed, using basic test equipment in lab- oratory experiments.
An intermediate course in digital integrates circuits and their use. An in-depth investigation of flip-flops, registers, sequential and combination logic circuits and digital troubleshoot techniques will be presented.
A study of the electrical structure of matter and electron theory, the relation- ship between voltage, current, and resistance in series, parallel and series parallel circuits. An analysis of direct current circuits by Ohm's Law and Kirch- hoff’s Law. An introduction into AC circuits involving resistance, capacitance, and inductance, leading to a working knowledge of how these components respond in different types of electronic circuits.
An introduction to vacuum tubes and their development: the theory. characteristics and operation of vacuum diodes, semi-conductor diodes, rectifier circuits, filter circuits. triodes and simple voltage amplifier circuits. Transistor theory, operation, characteristics, and their application to audio and radio fre- quency amplifier and oscillator circuits. Troubleshooting and repair of solid state devices.
This is a beginning theory course which introduced the study of the following: Brightness control and DC re-insertation circuits, video detector stages, automatic gain control circuits. deflection oscillator and amplifier stages, automatic frequen- 102
Basic theory, operating characteristics, and application of vacuum tubes such as: diodes, triodes, tetrodes, pentodes, and gaseous control tubes. An introduction to amplifiers using triodes, power supplies using diodes, and other basic applica- tions.
Basic industrial electronic systems such as: motor controls, alarm systems, heating systems and controls, magnetic amplifier controls, welding control systems using thyratron tubes, and other basic types of systems commonly found in most industries.
A continuation of ELN 1102. The study of number systems, codes, logic gates, flip flops counters, basic arithmetic, logic, data storage devices, memories, D.A. converters, and A.D. converters. Elemental circuits are constructed and analyzed, using basic test equipment, and LE readouts.
This course is designed to develop a skill in using circuit application and data sheets, the use of test equipment in analyzing electrical-electronic circuits, troubleshooting relay-analog and digital controls. The testing and replacement of devices, working with interface problems and an understanding of voltage tran- sients, thermal impedance and the coordination of protective elements. Field trips to local industries using these systems will compliment lab and class work.
A study of microprocessors-architecture/organization. Working with data sheets in developing simplified instruction sets in assembly and machine language. The 139
An introduction of commonly used servicing techniques as applied to monophonic and stereophonic high fidelity amplifier systems and auxiliary equipment. The operation and servicing of inter-communication amplifiers and switching circuits will also be taught. Principles of radio reception and practices of sevicing: included are block diagrams of radio receivers, servicing techniques of AM and FM receivers by resistance measurements. signal injection, voltage analysis, oscilloscope methods of locating faculty stages and components and the alignment of AM and FM receivers.
A study of principles of television receivers. alignment of radio and intermediate frequency amplifiers, adjustment of horizontal and vertical sweep circuits will be taught. Techniques of troubleshooting and repair of TV receivers with the proper use of associated test equipment will be stressed. Additional study of more specialized servicing techniques and oscilloscope wave-form analysis will be used in the adjustment, troubleshooting and repair of the color television circuits.
Presents qualitative electronics concepts beginning with systems and networks and proceeding to devices. Typical networks such as power supplies, amplifiers, oscillators, and feedback circuits are introduced. Solid state devices and vacuum tubes are introduced as idealized devices. Experience is provided in basic troubleshooting techniques. Instruments are introduced as needed for simple testing and measurements.
A quantitive study beginning with active control devices and proceeding to net- works. A variety of equivalent circuit models are used to evaluate device and system parameters and predict circuit performance. Instruments are used in the laboratory to collect data, verify math predictions, and troubleshoot.
A quantitive study beginning with active control devices and proceeding to net- works. Special emphasis is placed on bipolar transistor circuits, including an in- troduction to the JFET.
A continuation of ELN 122A, including in depth study of JFET, MDSFET, and PNPN devices. A variety of equivalent circuit models are used to evaluate device and system parameters and predict circuit performance. Instruments are used in the laboratory to collect data, verify math predictions, and troubleshoot.
The material covered during this course uses the solid state device and the will vacuum tube in power supplies and in basic signal amplifiers. The student design the basic amplifier and include in his design proper biasing and feed back. All design calculations are verified by laboratory measurements and testing. Various types of power supplies are covered, as well as the design of adequate filtering. The student is also provided an introduction to oscillator theory. Digital Electronics I Credit 5 (3-4) ELN 218 circuits used Investigates the techniques, semiconductor devices. and integrated the basic digital logic circuits. A discussion of Boolean Algebra and to implement its relation to digital logic will also be presented. 101
This course introduces the characteristics and applications of semiconductor devices and circuits. Emphasis is placed on analysis, selection, biasing, and applications. Upon completion, students should be able to construct, analyze, verify, and troubleshoot analog circuits using appropriate techniques and test equipment.
This course covers additional applications of analog electronic circuits with an emphasis on analog and mixed signal integrated circuits (IC). Topics include amplification, filtering, oscillation, voltage regulation, and other analog circuits. Upon completion, students should be able to construct, analyze, verify, and troubleshoot analog electronic circuits using appropriate techniques and test equipment.
This course covers combinational and sequential logic circuits. Topics include number systems, Boolean algebra, logic families, medium scale integration (MSI) and large scale integration (LSI) circuits, analog to digital (AD) and digital to analog (DA) conversion, and other related topics. Upon completion, students should be able to construct, analyze, verify, and troubleshoot digital circuits using appropriate techniques and test equipment.
This course is a laboratory to accompany ELN 133. Emphasis is placed on laboratory experiences which enhance the materials presented in ELN 133 and which provide practical experience. Upon completion students should be able to demonstrate a general understanding of digital fundamentals.
This course covers the fabrication methods required to create a prototype product from the initial circuit design. Topics include CAD, layout, sheet metal working, component selection, wire wrapping, PC board layout and construction, reverse engineering, soldering, and other related topics. Upon completion, students should be able to design and construct an electronic product with all its associated documentation.
soidal wave generating Emphasizes the study of wave shaping and non-sinu Wave shaping topics in- circuits using discrete and integrated components. wave shaping circuits and more complicated sais clude simple passive Topics covered under eiestesini shaping circuits using active devices. generati ng circuits include multivibr ators, sweep generators, and ot < wave nts. 4 and integrated compone types of special purpose circuits using discrete ions for the simplification o introduction to Boolean algebra and its applicat logic circuits is also included. 97
Continues the study of digital circuits. An in-depth investiga‘ion of flip-flops. registers, sequential and combinational logic circuits, and digital design tech- niques will be presented.
This course introduces microprocessor architecture and microcomputer systems including memory and input/output interfacing. Topics include low-level language programming, bus architecture, I/O systems, memory systems, interrupts, and other related topics. Upon completion, students should be able to interpret, analyze, verify, and troubleshoot fundamental microprocessor circuits and programs using appropriate techniques and test equipment.
This course introduces the fundamentals of electronic communication systems. Topics include the frequency spectrum, electrical noise, modulation techniques, characteristics of transmitters and receivers, and digital communications. Upon completion, students should be able to interpret analog and digital communication circuit diagrams, analyze transmitter and receiver circuits, and use appropriate communication test equipment.
This course covers data communication systems and the transmission of digital information from source to destination. Topics include data transmission systems, serial interfaces and modems, protocols, networks, and other related topics. Upon completion, students should be able to demonstrate knowledge of the concepts associated with data communication systems.
This course introduces the fundamentals of fiber optics and lasers. Topics include the transmission of light; characteristics of fiber optic and lasers and their systems; fiber optic production; types of lasers; and laser safety. Upon completion, students should be able to understand fiber optic communications and basic laser fundamentals.
This course introduces the fundamentals of local area networks and their operation in business and computer environments. Topics include the characteristics of network topologies, system hardware (repeaters, bridges, routers, gateways), system configuration, and installation and administration of the LAN. Upon completion, students should be able to install, maintain, and manage a local area network. ELN 245 Computer Peripherals 3 6 5 This course covers the assembly, upgrading, and repair of microcomputer peripherals. Topics include printers, monitors, and modems. Upon completion, students should be able to assemble, upgrade, maintain, troubleshoot, and repair microcomputer peripherals.
A general survey of electronic systems with emphasis on their description in block diagram format. Systems to be studied are those in communications, com- puting, measurement, automatic control, and others of a specialized nature as ap- propriate.
Introduction to fundamental aspects of electronic communication systems with special emphasis on need for modulation, types of modulation, frequency spectra and bandwidth requirements. Qualitative study of the principles of AM, SSB, and FM including the generation and detection of radio signals will be studied.
Study of specialized electronic communication systems such as TV, microwave, radar, and optical communication systems. Discussion of sampling and pulse systems including techniques of multiplexing such as PAM, PDM, and PPM.
Especially designed for the BMET, this course introduces the study of brightness control and DC reinsertion circuits, video amplifiers, video detector stages. automatic gain control. video IF amplifier stages. and RF tuner units. Sweep cir- cuits and high voltage circuits will also be analyzed. Lab exercises will include signed tracing and troubleshooting of these circuits.
This course covers the assembly, upgrading, and repair of microcomputer peripherals. Topics include printers, monitors, and modems. Upon completion, students should be able to assemble, upgrade, maintain, troubleshoot, and repair microcomputer peripherals.
This course provides a structured approach to an application-oriented electronics project. Emphasis is placed on selecting, planning, implementing, testing, and presenting an application-oriented project. Upon completion, students should be able to present and demonstrate an electronics application-oriented project.
A continuation of ELN 247. Emphasis is placed on advanced programming techniques, interfacing, and applications of the basic computing system.
This course provides a detailed study of PLC applications, with a focus on design of industrial controls using the PLC. Topics include PLC components, memory organization, math instructions, documentation, input/output devices, and applying PLCs in industrial control systems. Upon completion, students should be able to select and program a PLC system to perform a wide variety of industrial control functions. EMERGENCY MEDICAL SCIENCE (EMS)
Source: Stanly Community College's catalog, linked per course · table learning_unit · CourseShelf publish 61
