Minnesota State College Southeast ELEC 2260: Linear Integrated Circuits
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1 Minnesota State College Southeast ELEC 2260: Linear Integrated Circuits A. COURSE DESCRIPTION Credits: 4 Lecture Hours/Week: 2 Lab Hours/Week: 4 OJT Hours/Week: *.* Prerequisites: None Corequisites: None MnTC Goals: None This course covers linear integrated circuits. In this course a wide variety of amplifiers, oscillators and generators will be analyzed, which use the op amp. The op amp is one of the most versatile integrated circuits; it provides high gain and wideband width in a simple configuration. (Prerequisite: ELEC1218) (4 Credits: 2 lecture/2 lab) B. COURSE EFFECTIVE DATES: 07/01/ Present C. OUTLINE OF MAJOR CONTENT AREAS Version Page 1 of 5
2 D. LEARNING OUTCOMES (General) Version Page 2 of 5
3 1. Breadboard experiments 2. Interpret data sheets 3. Locate IC pin designations 4. Distinguish between analog and digital systems 5. Measure input offset voltage 6. Describe analog signal characteristics 7. Measure input bias current 8. Measure input impedance 9. Measure slew rate 10. Measure common-mode rejection ratio 11. Measure closed-loop response 12. Calculate voltage gain 13. Troubleshoot amplifier 14. Identify three stages of an op amp 15. Verify voltage follower operation 16. Verify noninverting amplifier operation 17. Analyze op-amp input current 18. Measure voltage gain 19. Verify inverting amplifier operation 20. Describe IC identifications 21. Measure summing amplifier operation 22. Analyze common-mode characteristics 23. Measure difference amplifier operation 24. Describe feedback characteristics 25. Identify input and feedback elements 26. Analyze inverting op amp circuit 27. Verify 3 terminal regulator operation 28. Analyze a noninverting op amp circuit 29. Measure oscillator frequency 30. Measure input offset voltage 31. Analyze a summing op amp circuit 32. Measure input impedance 33. Analyze a difference op amp circuit 34. Measure common-mode refection ration 35. Analyze a comparator circuit 36. Distinguish between dual and single power supply circuits 37. Measure bandwidth 38. Describe troubleshooting techniques 39. Verify constant-current source operation 40. Verify summing amplifier operation 41. Analyze system manuals 42. Verify difference amplifier operation 43. Verify current to voltage converter operation 44. Describe troubleshooting precautions Version Page 3 of 5
4 45. Verify voltage to current converter operation 46. Select test equipment 47. Verify noninverting amplify operation 48. Verify voltage converter operation 49. Describe voltage regulators 50. Verify three terminal regul operation 51. Measure oscillator operating frequency 52. Measure ripple voltage 53. Describe current regulators 54. Measure response time 55. Analyze series regulators 56. Verify wein-bridge oscillator operation 57. Analyze shunt regulators 58. Verify sine-cosine oscillator operation 59. Analyze switching regulators 60. Describe monolithic regulator circuits 61. Analyze protection circuits 62. Analyze current to voltage converter 63. Analyze voltage to current converter 64. Verify wein-bridge operation 65. List oscillator characteristics 66. Verify square-wave generator operation 67. Describe oscillator operation 68. Verify Schmitt trigger operation 69. Verify triangle-wave generator operation 70. Calculate operating frequency 71. Verify timer circuit operation 72. Identify frequency determining components 73. Verify sine-cosine oscillate operation 74. Verify active filter circuit operation 75. Analyze RC oscillators 76. Analyze crystal oscillators 77. Describe multivibrator operation 78. Verify peak detector operation 79. Verify triangle-wave genera operation 80. Measure phase shift 81. Measure holding time 82. Analyze square-wave generator 83. Analyze triangle-wave generator 84. Verify window detector operation 85. Measure thresholds 86. Analyze staircase-wave generator 87. Verify instrumentation amplifier operation 88. Analyze timer circuit Version Page 4 of 5
5 89. Analyze active filter circuit 90. Verify astable timer operation 91. Analyze peak detector circuit 92. Verify sample-and-hold circuit operation 93. Analyze Schmitt trigger circuit 94. Verify square-wave oscillate operation 95. Analyze window detector circuit 96. Verify comparator ADC 97. Analyze instrumentation amplifier 98. Verify DAC operation 99. Describe conversion systems 10 Verify monostable timer operation Verify S/H circuit operation Describe DAC operation Describe ADC operation Analyze sample-and-hold circuits Verify ADC operation 5. E. Minnesota Transfer Curriculum Goal Area(s) and Competencies None F. LEARNER OUTCOMES ASSESSMENT As noted on course syllabus G. SPECIAL INFORMATION None noted Version Page 5 of 5
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