Electronics Manufacturing Technician

EMF 111 Electronics Math I (2-0) 2 hrs.
Introduces topics in algebra, vectors, trigonometry, and problem solving techniques as they apply to the Electronics Manufacturing Technician program within an industrial setting.
Prerequisite:
MTH 100 or equivalent.

EMF 112 Electronics Math II (2-0) 2 hrs.
Continues the use of algebra to solve linear equations. The quadratic equation is introduced along with right triangle trigonometry.
Prerequisite:
EMF 111 with a grade of "C" or better.

EMF 113 Electronics Math III (2-0) 2 hrs.
Continues EMF 112 with additional topics in trigonometry, logarithms and exponents. Introduces complex numbers and complex arithmetic with practical applications.
Prerequisite:
EMF 112 with a grade of "C" or better.

EMF 114 Electronics Math IV (2-0) 2 hrs.
Introduces the inverse trigonometric functions and continues the study of complex algebra. Calculus concepts such as the limit, derivative, and integral are introduced on a rudimentary level. The calculator is used to show applications of derivatives and integrals to solve technical problems.
Prerequisite:
EMF 113 with a grade of "C" or better.

EMF 132 Technical Programming I (1.5-0) 1.5 hrs.
Introduces the student to computer usage in the electronics/manufacturing environment. Basic software packages are used in the electronics manufacturing setting.

EMF 133 Technical Programming II (1.5-0) 1.5 hrs.
Introduces computer programming through a structural language. Technical programming is developed through problems formulated in an electronics manufacturing climate. Documentation of programs withing the industrial/technical setting is emphasized.
Prerequisite:
EMF 132 with a grade of "C" or better.

EMF 134 Digital Electronics I (1.5-1) 2 hrs.
Covers TTL and CMOS combinatorial logic circuits. Boolean Algebra and Karnaugh Mapping are tools used to analyze all logic systems. Common logic circuits such as adders, decoders, multiplexors, and parity generators are built and tested.

EMF 135 Digital Electronics II (1.5-1) 2 hrs.
Introduces basic flip-flop circuits. Counters, shift registers are analyzed showing applications in practical systems. Serial and parallel movement of data is covered along with troubleshooting methods.
Prerequisite:
EMF 134 with a grade of "C" or better.

EMF 136 DC Circuit Analysis I (1.5-2) 2.5 hrs.
Serves as the foundation course for all analog circuit analysis. The fundamental qualities of electric circuits are defined and basic units of measurement are emphasized in the laboratory. Ohm¹s Law, Kirchoff¹s Laws and the basic series and parallel circuit configurations are analyzed.
Prerequisite:
EMF 114 with a grade of "C" or better.

EMF 137 DC Circuit Analysis II (1.5-2) 2.5 hrs.
Continues the study of DC circuit analysis. The fundamental theorems of circuit analysis are covered along with the development of node and loop equations.
Prerequisite:
EMF 136 with a grade of "C" or better.

EMF 170 Electronics Manufacturing Internship I (1-15) 2 hrs.
Applies appropriate skills to the electronics manufacturing and electronics technology field.
Prerequisite:
EMF 135 with a grade of "C" or better, or consent of coordinator.

EMF 171 Electronics Manufacturing Internship II (.5-10) 1 hr.
Participates in appropriate technician level competencies and problem-solving skills related to the electronics manufacturing field.
Prerequisite:
EMF 170 with a grade of "C" or better, or consent of coordinator.

EMF 172 Electronics Manufacturing Internship III (1-15) 2 hrs.
Applies appropriate technician level applications and skill based seminars which enhance technician skills and competencies used in the electronics manufacturing environment.
Prerequisite:
EMF 171 with a grade of "C" or better, or consent of coordinator.

EMF 230 AC Circuit Analysis I (1.5-1) 2 hrs.
Introduces the analysis of AC circuits using principles, theorems and equations developed in EMF 136 and EMF 137. The fundamental circuit components of resistance, inductance and capacitance are studied with respect to changes in frequency. Builds on a strong foundation of complex numbers and trigonometry applied to the analysis of AC circuits. Time constants of simple circuits are analyzed.
Prerequisite:
EMF 137 with a grade of "C" or better.

EMF 231 AC Circuit Analysis II (1.5-1) 2 hrs.
Continues the study of AC circuits by developing the concepts of resonance, power and filter response. Frequency response characteristics of circuits will be stressed throughout.
Prerequisite:
EMF 230 with a grade of "C" or better.

EMF 232 Linear Devices I (1.5-1) 2 hrs.
Introduces semiconductor electronic devices. The DC theory of operation is emphasized throughout. The characteristic curves and DC biasing are developed. Simple troubleshooting techniques are defined.
Prerequisite:
EMF 137 with a grade of "C" or better.

EMF 233 Linear Devices II (1.5-1) 2 hrs.
Introduces the AC equivalent of semiconductor diode and amplifier circuits. Power amplifiers are analyzed and the FET is introduced. Several common amplifier configurations are analyzed.
Prerequisite:
EMF 232 with a grade of "C" or better.

EMF 234 Microprocessor I (1.5-1) 2 hrs.
Introduces microprocessor using the 8 bit machine. Basic computer arithmetic is covered along with memory and bus structure.
Prerequisite:
EMF 135 with a grade of "C" or better.

EMF 235 Microprocessor II (1.5-1) 2 hrs.
Continues the study of the 8 bit microprocessor. Addressing structures are covered along with simple program writing. Hardware configuration and its relation to input/output, interrupts and DMA are introduced.
Prerequisite:
EMF 234 with a grade of "C" or better.

EMF 236 Microprocessor III (1.5-1) 2 hrs.
Continues the study of microprocessors into the 16 bit machine. A 16 bit instruction set is introduced along with an assembler and debugger.
Prerequisite:
EMF 235 with a grade of "C" or better.

EMF 237 Microprocessor IV (1.5-1) 2 hrs.
Introduces C programming. The basic ideas of the C language are used to show operating system interfaces and control applications. The basics of compilers are given along with the use of disks and files.
Prerequisite:
EMF 236 with a grade of "C" or better.

EMF 238 Electronics Communications Systems I (1.5-1) 2 hrs.
Introduces the concepts of communications electronic systems. Modulation and detection techniques associated with amplitude modulation and single sideband are covered. Propagation, antenna characteristics and transmission line behavior are included.
Prerequisite:
EMF 231 and EMF 233 with grades of "C" or better.

EMF 239 Electronics Communications Systems II (1.5-1) 2 hrs.
Continues the study of communications electronic systems by analyzing frequency modulation and detection techniques. Digital modulation techniques such as FSK, PSK and QAM are also covered. Microwave, satellite and fiber optic systems are also introduced.
Prerequisite:
EMF 238 with a grade of "C" or better.

EMF 250 Linear Devices III (1.5-1) 2 hrs.
Studies more advanced solid state device circuits. Frequency response, operational amplifier configurations and tuned amplifiers are covered. Oscillator fundamentals and troubleshooting techniques to the component level are examples of the practical emphasis within the course.
Prerequisite:
EMF 233 with a grade of "C" or better.

EMF 251 Linear Devices IV (1.5-1) 2 hrs.
Continues the study of advanced topics in solid state systems. Schmitt trigger circuits, thyristors, photo conductor devices, and voltage regulators are a few of the circuits which are analyzed.
Prerequisite:
EMF 250 with a grade of "C" or better.