13 courses with the subject ELT, 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.
Fundamental laws of electricity as applied to solution of resistive circuits with any excitation. Laboratory portion enables students to gain practical experience in use of test equipment and procedures while verifying principles learned in the lecture. (3 hrs. lecture, 2 hrs. laboratory) No prerequisite. Corequisite: MAT111. Offered on: A / 4 cr. hrs.
Introduction to digital electronics. Topics include number systems and codes, Boolean algebra, and combinatorial and synchronous circuits. Laboratory portion of course emphasizes implementation of concepts developed in the lecture and trouble-shooting techniques. (offered fall semester only) (3 hrs. lecture, 2 hrs. laboratory) Prerequisite: Admission to Electrical Technology program.
Practical methods of solving technical problems are explored. Flowcharting and computer programming skills are developed as tools in the problem solving- process. (offered fall semester only) (2 hrs. laboratory) Prerequisite: Admission to Electrical Technology program. Corequisites: MAT111, ELT112, and ELT113. Offered on: A / 1 cr. hr.
Operation and application of diodes, bipolar and field effect transistors and thyristors. Laboratory portion illustrates use of electronic equipment to test ideas presented in the lecture. (offered spring semester only) (3 hrs. lecture, 2 hrs. laboratory) Prerequisite: MAT111, ELT112, and ELT115. Corequisites: MAT120 and ELT224. Offered on: A / 4 cr. hrs.
The understanding of network analysis techniques learned in Electricity I is reinforced and extended to solution of networks with AC excitations. Topics emphasized include impedance, admittance, resonance and frequency response, transformers, power relations and 3-phase systems. Computers used as a problem-solving tool. Objective of the laboratory is to illustrate use of appropriate electronic equipment for testing of principles presented in the lecture. (offered spring semester only) (3 hrs. lecture, 2 hrs. laboratory) Prerequisite: ELT112, ELT115, and MAT111. Corequisite: MAT120. Offered on: A / 4 cr. hrs.
Introduction to general principles and practices of troubleshooting. Topics include design and construction of printed circuit boards. Construction of electronic circuits and systems. (offered spring semester only) (2 hrs. laboratory) Offered on: A / 1 cr. hr.
Microprocessors and associated circuitry are examined. Topics include architecture, peripheral devices and software. Laboratory portion deals with application of concepts learned in the lecture to practical working systems. (offered spring semester only) (2 hrs. lecture, 2 hrs. laboratory) Prerequisite: ELT112, ELT113, ELT115, and MAT111. Corequisite: ELT222. Offered on: A / 3 cr. hrs.
Methods of applying mathematical techniques to electrical and electronic circuits. Topics include voltage and current in RLC circuits with various excitations, energy in electrical circuits, instantaneous and average power, etc. (offered fall semester only) Prerequisite: ELT222, ELT224 and MAT120 or MAT124. Offered on: A / 4 cr. hrs.
Develops a thorough understanding of electronic circuit analysis techniques. Topics include study of circuits with the following emphases: multi-stage cascaded systems, frequency response, voltage comparators, Schmitt Trigger circuits and saturated and cutoff transistors. Integrated circuits are analyzed. Laboratory portion investigates practical aspects of topics covered in the lecture. (offered fall semester only) (2 hrs. lecture, 2 hrs. laboratory) Prerequisite: ELT222 and ELT224. Corequisite: ELT231. Offered on: A / 3 cr. hrs.
Microprocessor and computer interfacing and introduction to 16-bit microcomputers. Included are computer-controlled test equipment techniques. (offered fall semester only) (2 hrs. lecture, 2 hrs. laboratory) Prerequisite: ELT222 and ELT228. Corequisite: ELT236. Offered on: A / 3 cr. hrs.
Capstone course where students are evaluated in equipment setup and usage, trouble-shooting skills, team building and communication skills. Students given projects to design, build and demonstrate, including amplifiers, wireless communication circuits/systems, and signal generation circuits. (2 hrs. lecture, 2 hrs. laboratory) Prerequisite: ELT231, ELT236, and ELT238. Offered on: A / 3 cr. hrs.
Introduction to analogue and digital data communications techniques, a systems design approach. Includes analogue/digital modulation techniques, ISDN, video, cellular ATM, synchronous/asynchronous and wireless techniques. Digital/data communication systems techniques such as multiplexing, coding, PSK and others. Covers systems, transmission media and techniques in the analogue/digital/data transmission. (offered spring semester only) (2 hrs. lecture, 2 hrs. laboratory) Prerequisite: ELT231 and ELT236. Corequisite: ELT243. Offered on: A / 3 cr. hrs.
Source: Suffolk County Community College's catalog, linked per course · table learning_unit · CourseShelf publish 61
