Outcome-based 23/SP Course Syllabus
Course Rubric-Number-Section:AACT-1374-501
Credit:3
Contact Hours:
  • 2 hrs - Online Component
  • 4 hrs - Lab
CIP Code:15.0406
Course Title:Electronics Fundamentals in Automation II
Course Description:Advanced study of the fundamentals of electronics used in automation to include transistors, filters, diodes, IGBTs, SCRs and optic electronics, and encoders.
Prerequisites:
Take AACT-1371
Co-requisites:None
Course Meets:
Online
Instructor: Troy Powledge
Office Phone Number: 9039233343
Email Address: troy.powledge@tstc.edu
Office Fax Number:
Building & Office Room Number: South 404
Office Hours: Google Chat and TSTC Email
 
Approved by: Juan AlferezDate: 2022-12-05
Course Outcomes
CO1: Analyze various solid state devices;
CO2: Identify low pass and high pass filters;
CO3: Construct circuits using different electronics components;
CO4: Test circuits using various measurement equipment;
CO5: Troubleshoot system using different metering devices
 

 

Emergency Assistance Available

As a student you may experience a range of issues that can cause barriers to learning, such as food insecurity, housing, transportation, and childcare concerns, or you may be unable to pay your bills. These stressful events may lead to diminished academic performance or reduce your ability to participate in daily activities. TSTC offers emergency aid and services to assist you with addressing these and other concerns you may be experiencing. Please contact the TSTC Advocacy & Resource Center.

You can reach a coach here: http://bit.ly/ARCCoach

 

Title IX

Texas State Technical College (TSTC) seeks to provide an environment that promotes equal opportunity free from discrimination and harassment.

If you have been a victim of sexual harassment, sexual harassment, sexual assault, or any other form of protected class discrimination, we encourage you to make a report. If you report to a faculty member, she or he must notify TSTC’s Title IX Coordinator about the incident. You may also make a confidential report to TSTC’s Counselors.

All students (including pregnant and parent students), regardless of their legal status are entitled to protections under TSTC’s policy.

For more information about Title IX or sexual misconduct, as well as your options, please visit https://www.tstc.edu/student_life/titleix.

For information about equal opportunity and civil rights policies, visit https://www.tstc.edu/governance/sos.

 

Student Uniforms Requirement

Fully Online Students

Texas State Technical College requires all students to wear a program-specific uniform while attending functions on and off campus. This uniform is available for purchase at the campus bookstore. As a student in a fully online program you are required to purchase at least two program-specific uniforms in the event you attend any in person or off campus learning opportunities or events (i.e. Job Fairs, Resume & Interview workshops, and media interviews).

Hybrid & F2F Students

Texas State Technical College requires all students to wear a program-specific uniform while attending functions and labs on and off campus. This uniform is available for purchase at the campus bookstore. As a student in a hybrid program you are required to purchase at least two program-specific uniforms to wear to in person labs and other learning opportunities or events held on or off campus (i.e. Job Fairs, Resume & Interview workshops, and media interviews).

TSTC Grading Policy for Performance Based Education (PBE) General Education and Academic Courses*
Grade Percent Description Grade Points
A 90-100 Excellent/Superior Performance Level 4
B 80-89 Above Required Performance Level 3
C 70-79 Minimum Required Performance Level 2
F Below 70 Failure to meet Performance Requirements 0
NA - - Not Applicable (Mid-Term)
Note: Only applicable to PBE sections.
0
NE - - No Credit Earned - Accelerated Courses Only (End of Semester)
Note: Only applicable to PBE sections.
0
W - - Withdrawal 0
*Note: The above grade codes only apply to Academic/ACGM PBE courses.
 
TSTC PBE Grading Policy for Performance Based Education (PBE) Technical Programs **
Grade Percent Description Grade Points
A 90-100 Excellent/Superior Performance Level 4
B 80-89 Above Required Performance Level 3
F below 80 Failure to meet Performance Requirements 0
NA - - Not Applicable (Mid-Term) 0
NE - - No Credit Earned
Applicable to Accelerated Courses Only (End of Semester)
0
W - - Withdrawal 0
**Note: The above grade codes only apply to Technical/WECM PBE courses.
 
TSTC Grading Policy for Non-PBE Students
Grade Percent Description Grade Points
A 90-100 Excellent/Superior Performance Level 4
B 80-89 Above Required Performance Level 3
C 70-79 Minimum Required Performance Level 2
D 60-69 Below Required Performance Level 1
F Below 60 Failure to meet Performance Requirements 0
W - - Withdrawal 0
IP - - In Progress  
Reference: TSTC Statewide Operating Standard ES 4.06 Grading System

See College Catalog for complete descriptions.

NOTE: Course prerequisite/corequisite
When a course is a prerequisite or corequisite and the student is a PBE student, the PBE grading scheme is applicable. If the prerequisite was completed prior to the PBE start term for the student, the traditional grade may be acceptable. The student should review prior grades with the Enrollment Coach.

Performance Based Education (PBE) Program Competencies and Traditional Program Instruction (Non-PBE) Curriculum Revisions

Each Program of Study, at least once a year, reviews its degree plans, courses, lesson plans, course objectives, course outcomes and/or competencies. They do this to ensure that each degree plan contains the most current curriculum and that it meets industry standards and requirements.

Students who successfully complete courses by meeting the minimum standards set for the course will complete the course outcomes and/or PBE competencies and assessments set at the time of enrollment. Course outcomes, competencies, and assessments can be updated at any time, especially from one academic year to another. If a student needs to repeat a course they may need to complete different lesson plans, course objectives, assessments and/or course competencies.

Example: A student drops or fails a course in the Spring semester. When the student registers to retake a course, some or all of the course lesson plans and/or competencies and assessments may be different. Therefore, the student will need to successfully complete the newest assessment requirements for the course.

Campus Standard Policies

The Student Handbook contains valuable information on campus policies and procedures.

  • Student Code of Conduct
  • Student Drug and Alcohol Testing Policy
  • Plagiarism
  • Student Grievances and Complaints

Access and Learning Accommodations

(formerly Disability Services)

In compliance with the Americans with Disabilities Act Amendments Act of 2008, Americans with Disabilities Act of 1990 and Section 504 of the Rehabilitation Act, Texas State Technical College is committed to ensuring educational access to its students and promotes full participation in it’s programs, services, and course requirements.

Qualified students with disabilities are encouraged to access these services by contacting the Access and Learning Accommodations office to discuss their needs for accommodations.

Students reserve the right to request services at any time during the semester, however, instructors are not allowed to provide classroom accommodations to a student until appropriate verification from the Access and Learning Accommodations office has been provided.

For information, please contact the Access and Learning Accommodations office in a timely manner.

Statewide contact information:
Email: adarequest@tstc.edu
Phone #: 254.867.3842

 

Tutoring Statement

The Supplemental Instruction & Tutoring Program at TSTC offers free tutoring and academic support services to help you achieve your academic and career goals. You can access the Tutoring Schedule, as well as MyTSTC Video Tutor Library, by visiting: https://portal.tstc.edu/student/Student_Learning/Pages/Tutoring.aspx (shortened link: goo.gl/Z9vJvY ).

For more information, please contact Norma A. Salazar@ 956-364-4557.

Learning Resource Center

The Learning Resource Center provides online and in person library resources and services.  Go to tstc.libguides.com to find help with your assignments, projects, and papers.  Clicking the Student tab will allow you to find resources, homework help, tutorials, and real time chat to answer your questions.

 


 

Grade Scheme
Category Description Category Value   
Online Content Participation 20%   
Assessment Label: Assessment Description Assessment Value
Online Content Participation 1:Weekly online content participation1.33%
Online Content Participation 2:Weekly online content participation1.33%
Online Content Participation 3:Weekly online content participation1.33%
Online Content Participation 4:Weekly online content participation1.33%
Online Content Participation 5:Weekly online content participation1.33%
Online Content Participation 6:Weekly online content participation1.33%
Online Content Participation 7:Weekly online content participation1.33%
Online Content Participation 8:Weekly online content participation1.33%
Online Content Participation 9:Weekly online content participation1.33%
Online Content Participation 10:Weekly online content participation1.33%
Online Content Participation 11:Weekly online content participation1.33%
Online Content Participation 12:Weekly online content participation1.33%
Online Content Participation 13:Weekly online content participation1.33%
Online Content Participation 14:Weekly online content participation1.33%
Online Content Participation 15:Weekly online content participation1.33%
Category Description Category Value   
Homework 15%   
Assessment Label: Assessment Description Assessment Value
Homework 1:Research Mouser Part # 863-1N4001 What is the "Working Peak Reverse Voltage"?1.00%
Homework 2:20-1 Canvas Homework Questions over Diodes/Rectifiers1.00%
Homework 3:20-1 Checkpoint Questions P4271.00%
Homework 4:20-2, -3 Checkpoint Questions P429, P4301.00%
Homework 5:20-6 Checkpoint Questions P4381.00%
Homework 6:23-1, 23-2 Checkpoint Questions P484, P4911.00%
Homework 7:23-3, 23-4, 23-5 Checkpoint Questions P494, P496, P4981.00%
Homework 8:Checkpoint Questions 24-1(p509), 24-2(p509)1.00%
Homework 9:Checkpoint Questions 24-3(p511), 24-4(p519)1.00%
Homework 10:Checkpoint Questions 24-5(p521)1.00%
Homework 11:Written homework covering the conversion to and from various computer/control related numbering systems.1.00%
Homework 12:Written homework covering the converting to and from Binary, Octal, BCD, Hex, and Decimal.1.00%
Homework 13:Utilize "Logic" simulation software to create logic circuits and their relationship to "Truth Tables".1.00%
Homework 14:Checkpoint questions 5-3 P1301.00%
Homework 15:Checkpoint questions 21-7 P4541.00%
Category Description Category Value   
Labs 20%   
Assessment Label: Assessment Description Assessment Value
Lab 1:Using breadboard, build various diode circuits to demonstrate diode operation of forward and reverse bias. Also use multimeter to test diodes. Use multimeter to measure and record voltages as per written lab instructions to be provided.1.33%
Lab 2:Lab 2 - Halfwave and Full wave Rectifiers1.33%
Lab 3:Lab 3 - Construct Half Wave and Full Wave Rectifier using bread board. Use Multi meter to measure and record voltages as per written lab instructions to be provided.1.33%
Lab 4:Lab 4 - Construct a simple dc power supply utilizing both filtering and regulation.1.33%
Lab 5:Construct Simple DC Power Supply1.33%
Lab 6:Using bread board and proper lab equipment, construct various transistor circuits. Both Sink and Source circuits.1.33%
Lab 7:Continue with Transistor circuits - Construct various transistor circuits. Both Sink and Source circuits.1.33%
Lab 8:Opto Couplers - construct phototransistor circuits.1.33%
Lab 9:Lab 9 - Using bread board and lab equipment, Opto Transistor circuit - Continued1.33%
Lab 10:Wire, operate, and observe the operation of photo-eyes.1.33%
Lab 11:Perform experiments to demonstrate the different numbering systems.1.33%
Lab 12:Perform experiments to demonstrate the different numbering systems.1.33%
Lab 13:Using bread board and lab equipment to create logic circuits.1.33%
Lab 14:Continue - Using bread board and lab equipment to create logic circuits.1.33%
Lab 15:Connect and observe the operation of both inductive and capacitive proximity sensors1.33%
Category Description Category Value   
Quizzes 15%   
Assessment Label: Assessment Description Assessment Value
Quiz 1:Quiz 1 - Basic DC/AC Theory of series, parallel, combination DC circuits, Inductance, Inductive Reactance.2.50%
Quiz 2:Quiz over diode/rectifier operation, Forward and Reverse Bias, Types of Diodes and rectifiers, Doping, and Testing.2.50%
Quiz 3:Transistors-Operation as a switch/amplifier, circuits, sinking and sourcing configurations.2.50%
Quiz 4:Quiz 4 - Photoelectronics2.50%
Quiz 5:Quiz to assess the students ability to convert numeric values to and from Binary, Octal, BCD, Hex, and Decimal.2.50%
Quiz 6:Quiz to assess the students knowledge of logic gates and their truth tables.2.50%
Category Description Category Value   
Mid-Term Exam 15%   
Assessment Label: Assessment Description Assessment Value
Mid-Term Exam:Mid-Term Exam covering diodes, transistors and dc power supplies.15.00%
Category Description Category Value   
Final Exam 15%   
Assessment Label: Assessment Description Assessment Value
Final Exam:Final Exam covering optoelectronics, different number systems used in logic circuits including Binary, Octal, Hexadecimal and BCD, Logic Gates and Truth Tables.15.00%
Total Assessment Percent          100.00%
Total Category Percent 100.00%
A = 100-90 B = 89-80 C = 79-70 D = 69-60 F = 59-0


Description of Graded Elements of the Course
Assessment Label Assessment Description/Course outcomes met Assessment Value
in Percent
% of Final Grade
Quiz 1Quiz 1 - Basic DC/AC Theory of series, parallel, combination DC circuits, Inductance, Inductive Reactance.
Course outcomes met: CO1
2.502.50%
Lab 1Using breadboard, build various diode circuits to demonstrate diode operation of forward and reverse bias. Also use multimeter to test diodes. Use multimeter to measure and record voltages as per written lab instructions to be provided.
Course outcomes met: CO4, CO5, CO3
1.331.33%
Homework 1Research Mouser Part # 863-1N4001 What is the "Working Peak Reverse Voltage"?
Course outcomes met: CO1
1.001.00%
Online Content Participation 1Weekly online content participation
Course outcomes met: CO1
1.331.33%
Homework 220-1 Canvas Homework Questions over Diodes/Rectifiers
Course outcomes met: CO1
1.001.00%
Lab 2Lab 2 - Halfwave and Full wave Rectifiers
Course outcomes met: CO3, CO4, CO5
1.331.33%
Online Content Participation 2Weekly online content participation
Course outcomes met: CO1
1.331.33%
Homework 320-1 Checkpoint Questions P427
Course outcomes met: CO1
1.001.00%
Lab 3Lab 3 - Construct Half Wave and Full Wave Rectifier using bread board. Use Multi meter to measure and record voltages as per written lab instructions to be provided.
Course outcomes met: CO4, CO3, CO5
1.331.33%
Online Content Participation 3Weekly online content participation
Course outcomes met: CO1
1.331.33%
Quiz 2Quiz over diode/rectifier operation, Forward and Reverse Bias, Types of Diodes and rectifiers, Doping, and Testing.
Course outcomes met: CO1
2.502.50%
Lab 4Lab 4 - Construct a simple dc power supply utilizing both filtering and regulation.
Course outcomes met: CO5, CO3, CO4, CO2
1.331.33%
Homework 420-2, -3 Checkpoint Questions P429, P430
Course outcomes met: CO1
1.001.00%
Online Content Participation 4Weekly online content participation
Course outcomes met: CO1
1.331.33%
Lab 5Construct Simple DC Power Supply
Course outcomes met: CO5, CO4, CO3, CO2
1.331.33%
Homework 520-6 Checkpoint Questions P438
Course outcomes met: CO1
1.001.00%
Online Content Participation 5Weekly online content participation
Course outcomes met: CO1
1.331.33%
Lab 6Using bread board and proper lab equipment, construct various transistor circuits. Both Sink and Source circuits.
Course outcomes met: CO5, CO3, CO4
1.331.33%
Homework 623-1, 23-2 Checkpoint Questions P484, P491
Course outcomes met: CO1
1.001.00%
Online Content Participation 6Weekly online content participation
Course outcomes met: CO1
1.331.33%
Lab 7Continue with Transistor circuits - Construct various transistor circuits. Both Sink and Source circuits.
Course outcomes met: CO5, CO4, CO3
1.331.33%
Quiz 3Transistors-Operation as a switch/amplifier, circuits, sinking and sourcing configurations.
Course outcomes met: CO1
2.502.50%
Homework 723-3, 23-4, 23-5 Checkpoint Questions P494, P496, P498
Course outcomes met: CO1
1.001.00%
Online Content Participation 7Weekly online content participation
Course outcomes met: CO1
1.331.33%
Lab 8Opto Couplers - construct phototransistor circuits.
Course outcomes met: CO5, CO3, CO4
1.331.33%
Mid-Term ExamMid-Term Exam covering diodes, transistors and dc power supplies.
Course outcomes met: CO1, CO2
15.0015.00%
Homework 8Checkpoint Questions 24-1(p509), 24-2(p509)
Course outcomes met: CO1
1.001.00%
Online Content Participation 8Weekly online content participation
Course outcomes met: CO1
1.331.33%
Lab 9Lab 9 - Using bread board and lab equipment, Opto Transistor circuit - Continued
Course outcomes met: CO5, CO4, CO3
1.331.33%
Homework 9Checkpoint Questions 24-3(p511), 24-4(p519)
Course outcomes met: CO1
1.001.00%
Online Content Participation 9Weekly online content participation
Course outcomes met: CO1
1.331.33%
Lab 10Wire, operate, and observe the operation of photo-eyes.
Course outcomes met: CO5, CO4, CO3
1.331.33%
Homework 10Checkpoint Questions 24-5(p521)
Course outcomes met: CO1
1.001.00%
Quiz 4Quiz 4 - Photoelectronics
Course outcomes met: CO1
2.502.50%
Online Content Participation 10Weekly online content participation
Course outcomes met: CO1
1.331.33%
Homework 11Written homework covering the conversion to and from various computer/control related numbering systems.
Course outcomes met: CO1
1.001.00%
Lab 11Perform experiments to demonstrate the different numbering systems.
Course outcomes met: CO3, CO4, CO5
1.331.33%
Online Content Participation 11Weekly online content participation
Course outcomes met: CO1
1.331.33%
Quiz 5Quiz to assess the students ability to convert numeric values to and from Binary, Octal, BCD, Hex, and Decimal.
Course outcomes met: CO1
2.502.50%
Lab 12Perform experiments to demonstrate the different numbering systems.
Course outcomes met: CO5, CO4, CO3
1.331.33%
Homework 12Written homework covering the converting to and from Binary, Octal, BCD, Hex, and Decimal.
Course outcomes met: CO1
1.001.00%
Online Content Participation 12Weekly online content participation
Course outcomes met: CO1
1.331.33%
Homework 13Utilize "Logic" simulation software to create logic circuits and their relationship to "Truth Tables".
Course outcomes met: CO1
1.001.00%
Lab 13Using bread board and lab equipment to create logic circuits.
Course outcomes met: CO3, CO4, CO5
1.331.33%
Online Content Participation 13Weekly online content participation
Course outcomes met: CO1
1.331.33%
Homework 14Checkpoint questions 5-3 P130
Course outcomes met: CO1
1.001.00%
Lab 14Continue - Using bread board and lab equipment to create logic circuits.
Course outcomes met: CO3, CO5, CO4
1.331.33%
Quiz 6Quiz to assess the students knowledge of logic gates and their truth tables.
Course outcomes met: CO1
2.502.50%
Online Content Participation 14Weekly online content participation
Course outcomes met: CO1
1.331.33%
Homework 15Checkpoint questions 21-7 P454
Course outcomes met: CO1
1.001.00%
Lab 15Connect and observe the operation of both inductive and capacitive proximity sensors
Course outcomes met: CO3, CO4, CO5
1.331.33%
Online Content Participation 15Weekly online content participation
Course outcomes met: CO1
1.331.33%
Final ExamFinal Exam covering optoelectronics, different number systems used in logic circuits including Binary, Octal, Hexadecimal and BCD, Logic Gates and Truth Tables.
Course outcomes met: CO1, CO2
15.0015.00%
  100.00100.00%

 

Course Schedule
Unit/
Week
Unit Description/Objectives Assessment Label:Description Due Date
1Week 1
Class Introduction, Rules, & Expectations. Introduction to diodes.
Review DC/AC Circuits, Lab stations, Lab equipment.
 
  • Evaluate students level of understanding of
    DC/AC circuits to establish a starting point.
  • Introduction of diodes, forward and reverse bias,
    types of diodes and testing diodes
Quiz 1: Quiz 1 - Basic DC/AC Theory of series,
parallel, combination DC circuits, Inductance,
Inductive Reactance.
To be determined
Lab 1: Using breadboard, build various diode circuits to
demonstrate diode operation of forward and reverse
bias. Also use multimeter to test diodes. Use
multimeter to measure and record voltages as per
written lab instructions to be provided.
To be determined
Homework 1: Research Mouser Part #
863-1N4001 What is the "Working Peak Reverse Voltage"?
To be determined
Online Content Participation 1: Weekly online content participationTo be determined
2Week 2
Chapter 20 Section 20-1
Introduction To Semiconductors and Power Supplies
Semiconductors - Atomic characteristics, conduction of electricity, doping.
Semiconductor Diodes - Forward and Reverse Biasing, Types of Diodes, Diode Characteristics, Series and Parallel Rectifier Arrangements, Testing Diodes.
 
  • Introduction to Rectifiers and
    the various types of Signal Rectification and the
    components that make up different types of power
    supplies.
Homework 2: 20-1 Canvas Homework Questions over Diodes/RectifiersTo be determined
Lab 2: Lab 2 - Halfwave and Full wave RectifiersTo be determined
Online Content Participation 2: Weekly online content participationTo be determined
3Week 3
Chapter 20 Section 20-1 Continued
Power Supplies - Power Supply Function, Power Transformers, Half Wave and Full Wave Rectification, Full Wave Bridge Rectification, and Filters.
 
  • Introduction to Power Supplies (Rectifiers) and
    the various types of Signal Rectification and the
    components that make up different types of power
    supplies
Homework 3: 20-1 Checkpoint Questions P427To be determined
Lab 3: Lab 3 - Construct Half Wave and Full Wave Rectifier using
bread board. Use Multi meter to measure and record
voltages as per written lab instructions to be
provided.
To be determined
Online Content Participation 3: Weekly online content participationTo be determined
4Week 4
Chapter 20 Section 20-1 Continued
Introduction to various ways of voltage regulation schemes and used in Power Supplies.
 
  • Students will gain an understanding of the
    different methods used for Voltage Regulation.
Quiz 2: Quiz over diode/rectifier operation, Forward and
Reverse Bias, Types of Diodes and rectifiers, Doping, and
Testing.
To be determined
Lab 4: Lab 4 - Construct a simple dc power supply utilizing both filtering and regulation.To be determined
Homework 4: 20-2, -3 Checkpoint Questions P429, P430To be determined
Online Content Participation 4: Weekly online content participationTo be determined
5Week 5
Chapter 20 Continued
DC Power Supply functional sections and the Troubleshooting of DC Power Supplies.
 
  • Students will gain an understanding of the functional sections of a typical dc power supply and different methods used for troubleshooting industrial dc power supplies.
Lab 5: Construct Simple DC Power SupplyTo be determined
Homework 5: 20-6 Checkpoint Questions P438To be determined
Online Content Participation 5: Weekly online content participationTo be determined
6Week 6
Introduction to Transistors. BJT, SCR, TRIAC, DIAC, and UJT
 
  • 23-1
    • Describe solid-state switches.
    • Define and describe transistors. • Explain how to test transistors.
    23-2
    • Define and describe silicon-controlled rectifiers (SCRs).
    • Describe how an SCR operates. • Explain how an SCR is used to control DC motor
    base speed.
    • Explain how to test an SCR
Lab 6: Using bread board and proper lab
equipment, construct various transistor circuits. Both Sink and Source circuits.
To be determined
Homework 6: 23-1, 23-2 Checkpoint Questions P484, P491To be determined
Online Content Participation 6: Weekly online content participationTo be determined
7Week 7
Transistors. BJT, SCR, TRIAC, DIAC, and UJT - Continued
 
  • 23-1 - Continued
    • Describe solid-state switches.
    • Define and describe transistors. • Explain how to test transistors.
    23-2
    • Define and describe silicon-controlled rectifiers (SCRs).
    • Describe how an SCR operates. • Explain how an SCR is used to control DC motor
    base speed.
    • Explain how to test an SCR
Lab 7: Continue with Transistor circuits - Construct various transistor circuits. Both Sink and Source circuits.To be determined
Quiz 3: Transistors-Operation as a switch/amplifier, circuits, sinking and sourcing configurations.To be determined
Homework 7: 23-3, 23-4, 23-5 Checkpoint Questions P494, P496, P498To be determined
Online Content Participation 7: Weekly online content participationTo be determined
8Week 8
Chapter 24 Introduction to photoelectronic devices.
 
  • This will begin the study of photoelectric devices used in industry to sense and control various equipment and components such as photoelectric sensors, encoders, solid state relays, and opto-couplers.
Lab 8: Opto Couplers - construct phototransistor circuits.To be determined
Mid-Term Exam: Mid-Term Exam covering diodes, transistors and dc power supplies.To be determined
Homework 8: Checkpoint Questions 24-1(p509), 24-2(p509)To be determined
Online Content Participation 8: Weekly online content participationTo be determined
9Week 9
Chapter 24 Introduction to photoelectronic devices. -Continued
 
  • Continue the study of photoelectric devices used in industry to sense and control various equipment and components such as photoelectric sensors, encoders, solid state relays, and opto-couplers.
Lab 9: Lab 9 - Using bread board and lab equipment,
Opto Transistor circuit - Continued
To be determined
Homework 9: Checkpoint Questions 24-3(p511), 24-4(p519)To be determined
Online Content Participation 9: Weekly online content participationTo be determined
10Week 10
Chapter 24-5 Introduction to photoelectric control devices.
 
  • 24-5• Explain how to properly mount, install, and wire photoelectric sensor.
Lab 10: Wire, operate, and observe the operation of photo-eyes.To be determined
Homework 10: Checkpoint Questions 24-5(p521)To be determined
Quiz 4: Quiz 4 - PhotoelectronicsTo be determined
Online Content Participation 10: Weekly online content participationTo be determined
11Week 11
Counting Systems - Binary, Octal, Hexadecimal, and BCD.
 
  • This begins the introduction to computer/control related numbering systems. We will cover the conversion between decimal and other
    number systems such as Binary, Octal, Hexadecimal, and Binary Coded decimal (BCD).
Homework 11: Written homework covering the conversion to and from various computer/control related numbering systems.To be determined
Lab 11: Perform experiments to demonstrate the different numbering systems.To be determined
Online Content Participation 11: Weekly online content participationTo be determined
12Week 12
Counting Systems - Binary, Octal, Hexadecimal, and BCD. - Continued
 
  • Conversion between decimal and other
    number systems such as Binary, Octal, Hexadecimal, and Binary Coded decimal (BCD). - Continued
Quiz 5: Quiz to assess the students ability to convert numeric values to and from Binary, Octal, BCD, Hex, and Decimal.To be determined
Lab 12: Perform experiments to demonstrate the different numbering systems.To be determined
Homework 12: Written homework covering the converting to and from Binary, Octal, BCD, Hex, and Decimal.To be determined
Online Content Participation 12: Weekly online content participationTo be determined
13Week 13
Chapter 5 Section 3 - This begins the introduction to Logic Gates such as AND, OR, NOT, NOR, and XOR
 
  • • Define and give an example of switches connected for AND
    circuit control logic.
    • Define and give an example of switches connected for OR circuit
    control logic.
    • Define and give an example of how a switch is connected for NOT
    circuit control logic.
    • Define and give an example of switches connected for NOR circuit
    control logic.
    • Define and give an example of switches connected for NAND circuit
    control logic.
    • Define and give an example of switches connected to develop
    memory control logic.
    • List the four most common gates used in digital electronics.
    • Identify the input and output pin numbers of digital logic gates
    within a digital integrated circuit (IC) chip.
Homework 13: Utilize "Logic" simulation software to create logic circuits and their relationship to "Truth Tables".To be determined
Lab 13: Using bread board and lab equipment to create logic circuits.To be determined
Online Content Participation 13: Weekly online content participationTo be determined
14Week 14
Chapter 5 Section 3 - Continue the investigation of Logic Gates such as AND, OR, NOT, NOR, and XOR
 
  • Continue building understanding of the Logic gates.
Homework 14: Checkpoint questions 5-3 P130To be determined
Lab 14: Continue - Using bread board and lab equipment to create logic circuits.To be determined
Quiz 6: Quiz to assess the students knowledge of logic gates and their truth tables.To be determined
Online Content Participation 14: Weekly online content participationTo be determined
15Week 15
Chapter 21-7 Introduction to Inductive and capacitive proxes.
 
  • • Define proximity sensor and explain how it operates.
    • Explain the difference between an inductive proximity sensor and a capacitive proximity sensor.
Homework 15: Checkpoint questions 21-7 P454To be determined
Lab 15: Connect and observe the operation of both inductive and capacitive proximity sensorsTo be determined
Online Content Participation 15: Weekly online content participationTo be determined
16Week 16
Final Exam
 
  • Review for Final Exam
Final Exam: Final Exam covering optoelectronics, different number systems used in logic circuits including Binary, Octal, Hexadecimal and BCD, Logic Gates and Truth Tables.To be determined
Resources
Textbooks & Publications:
ItemTitleAuthorPublisherEditionISBN
1Electrical Motor Controls for Integrated SystemsGary J. Rockis, Glen A.MazurAmerican TechnicalPublishers, Inc5978-0-8269-1226-8
Tools, Materials:
ItemResource Quantity
1Calculator, scientific, TI-301
2Alligator Clips1 Set
3Digital Multimeter (see instructor for specifics)1
4Breadboard1
5Laptop Computer running Windows with Internet Connection1
6Wire Strippers1
7Wire Cutters1
8Paper, pens, pencils, erasers, etc.1

The Student Handbook contains valuable information on campus policies and procedures.

  • Student Code of Conduct
  • Student Drug and Alcohol Testing Policy
  • Plagiarism
  • Student Grievances and Complaints

(formerly Disability Services)


In compliance with the Americans with Disabilities Act Amendments Act of 2008, Americans with Disabilities Act of 1990 and Section 504of the Rehabilitation Act, Texas State Technical College is committed to ensuring educational access to its students and promotes full participation in it’s programs, services, and course requirements.

Qualified students with disabilities are encouraged to access these services by contacting the Access and Learning Accommodations office to discuss their needs for accommodations.

Students reserve the right to request services at any time during the semester, however, instructors are not allowed to provide classroom accommodations to a student until appropriate verification from the Access and Learning Accommodations office has been provided.

For information, please contact the Access and Learning Accommodations office in a timely manner.

Statewide contact information:
Email: adarequest@tstc.edu
Phone #: 254.867.3842

The Supplemental Instruction & Tutoring Program at TSTC offers free tutoring and academic support services to help you achieve your academic and career goals. You can access the Tutoring Schedule, as well as MyTSTC Video Tutor Library, by visiting:https://portal.tstc.edu/student/Student_Learning/Pages/Tutoring.aspx (shortened link: goo.gl/Z9vJvY ).

 

For more information, please contact Norma A. Salazar@ 956-364-4557.

The Learning Resource Center provides online and in person library resources and services. Go to tstc.libguides.com to find help with your assignments, projects, and papers. Clicking the Student tab will allow you to find resources, homework help, tutorials, and real time chat to answer your questions.

For the latest information on COVID-19 safety and protocols, visit tstc.edu/coronavirus.

Wearing a face mask while indoors is strongly encouraged.

Should you, or someone with whom you have had close contact, have shown any signs or symptoms of COVID-19 please stay home and let us know as soon as possible by filling out this simple form. We will contact you to provide you with further guidance on when you may return to campus.

As a student you may experience a range of issues that can cause barriers to learning, such as food insecurity, housing, transportation, and childcare concerns, or you may be unable to pay your bills. These stressful events may lead to diminished academic performance or reduce your ability to participate in daily activities. TSTC offers emergency aid and services to assist you with addressing these and other concerns you may be experiencing. Please contact the TSTC Advocacy & Resource Center. You can reach a coach here: http://bit.ly/ARCCoach

Texas State Technical College (TSTC) seeks to provide an environment that promotes equal opportunity free from discrimination and harassment.

 If you have been a victim of sexual harassment, sexual harassment, sexual assault, or any other form of protected class discrimination, we encourage you to make a report. If you report to a faculty member, she or he must notify TSTC’s Title IX Coordinator about the incident. You may also make a confidential report to TSTC’s Counselors.

 All students (including pregnant and parent students), regardless of their legal status are entitled to protections under TSTC’s policy.

 For more information about Title IX or sexual misconduct, as well as your options, please visit https://www.tstc.edu/student_life/titleix.

 For information about equal opportunity and civil rights policies, visit https://www.tstc.edu/governance/sos.

(Attendance)

A student absent for more than 10% of the total class meetings (6 absences) will be issued a course grade of "F". When attendance roll is called at the beginning of class and you do not answer you will be considered absent. Treat this like a job!!

Make-up Work

 

You are responsible for arranging to make-up missed work with proper documentation.

If you miss any Quizzes or Daily Labs it will be counted as a "0"!

Quizzes - No make-up for missed quizzes. No exceptions.

Tests - No make-tests for missed tests. Must be present to win!

Late Work - Some late work can be turned in with proper documentation

 

Special circumstances will be considered. Take-home quizzes will not be accepted late.

 

Lab Sessions

Supplies - Every time you come to lab you must bring the following supplies: lab book, textbook, DMM, calculator, and proto board. Points will be deducted for failing to bring these supplies.

Conduct- No food, no drink, no smoking, no vaping, no horseplay.

Breaks- Breaks are allowed at your choosing on a limited basis. Be sure you will have time to complete the lab. Do not expect me to stay after class if you take frequent or long breaks.

Equipment- Intentional abuse of equipment will not be tolerated. No equipment will be removed from lab. You must have a valid campus ID to check-out items from the stockroom.

Cell Phones-

Cell phones must be on “silence”.

Cell phones may be used for class work at the direction of the instructor.

Using a cell phone for non-class related activities will forfeit your ability to receive any special attention to get caught up with the class.

Lab Skills Evaluations - There are possibly 2 Lab Skill Evaluations; one at midterm and one at the end of the semester. These will test performance of skills learned in lab.

 

Tutoring

Tutoring is available upon request. Please see me to schedule a time for individual help from myself or another instructor.

 

General

All assignments must have your name and section number legibly printed on them. Five points will be deducted if either is missing. All work must be legible and neat. Preferred that all work be done with a pencil.

 For students in this course who may have a criminal background, please be advised that the background could keep you from being licensed by the State of Texas. If you have a question about your background and licensure, please speak with your faculty member or the department chair. You also have the right to request a criminal history evaluation letter from the applicable licensing agency.

 For students in this course who may have a criminal background, please be advised that the background could keep you from being licensed by the State of Texas. If you have a question about your background and licensure, please speak with your faculty member or the department chair. You also have the right to request a criminal history evaluation letter from the applicable licensing agency.

 All students in this course will comply with all general safety rules, which apply to the type of activity in progress in each class. Violation of course safety rules can result in grade penalties and/or other appropriate disciplinary action.

 If you are a student with a disability and would like to request special accommodations, please notify the Counseling Office. Requests should be made before the 12th class day to receive special accommodations for the present semester. Proper documentation of your disability will be required.