Request for consultation
Your form is submitting...
MindTap Electrical, 2 terms (12 months) Instant Access for Herman's Electornics for Electricians, 7th Edition
Overview
MindTap Electrical for Herman's Electronics for Electricians, 7th Edition is the digital learning solution that powers students from memorization to mastery. It gives you complete control of your course--to provide engaging content, to challenge every individual and to build their confidence. Empower students to accelerate their progress with MindTap. MindTap: Powered by You.
MindTap gives you complete ownership of your content and learning experience. Customize the interactive syllabi, emphasize the most important topics and add your own material or notes in the ebook.
- MindTap is an outcome-driven application that propels students from memorization to mastery. It’s the only platform that gives you complete ownership of your course. With it, you can challenge every student, build their confidence and empower them to be unstoppable.
- ACCESS EVERYTHING YOU NEED IN ONE PLACE. Cut down on prep with preloaded, organized course materials in MindTap. Teach more efficiently with interactive multimedia, assignments, quizzes and more. And give your students the power to read, listen and study on their phones, so they can learn on their terms.
- EMPOWER YOUR STUDENTS TO REACH THEIR POTENTIAL. Twelve distinct metrics give you actionable insights into student engagement. Identify topics troubling your entire class and instantly communicate with struggling students. And students can track their scores to stay motivated toward their goals. Together, you can accelerate progress.
- YOUR COURSE. YOUR CONTENT. Only MindTap gives you complete control over your course. You have the flexibility to reorder textbook chapters, add your own notes and embed a variety of content including OER. Personalize course content to your students’ needs. They can even read your notes, add their own and highlight key text to aid their progress.
- A DEDICATED TEAM, WHENEVER YOU NEED THEM. MindTap isn’t just a tool; it’s backed by a personalized team eager to support you. Get help setting up your course and tailoring it to your specific objectives. You’ll be ready to make an impact from day one. And, we’ll be right here to help you and your students throughout the semester--and beyond.
- DEVELOP YOUR STUDENTS' SOFT SKILLS. MindTap Electrical now includes S/P2's soft skills training modules that will help prepare students to enter the workforce!
1. The Oscilloscope.
2. Semiconductors.
3. Power Rating and Heat Sinking Components.
4. Junction Diodes.
5. Light-Emitting-Diodes (LEDs) and Photodiodes.
6. Single-Phase Rectifiers.
7. The Polyphase Rectifier.
8. Filters.
9. Special Diodes.
10. The Transistor.
11. The Transistor Switch.
12. The Transistor Amplifier.
13. The Darlington Amplifier.
14. Field Effect Transistors.
15. Current Generators.
16. The Unijunction Transistor.
17. The SCR in a DC Circuit.
18. The SCR in an AC Current.
19. Phase Shifting an SCR.
20. UJT Phase Shifting for an SCR.
21. SCR Control of a Full-Wave Rectifier.
22. A Solid-State Alarm with Battery Backup.
23. The Diac and Silicon Bilateral Switch.
24. The Triac.
25. Phase Shifting the Triac.
26. Other Methods of AC Voltage Control.
27. The Solid-State Relay.
28. The Oscillator.
29. The DC to DC Voltage Double.
30. The Off-Delay Timer.
31. The On-Delay Timer.
32. The Pulse Timer.
33. The 555 Timer.
34. The 555 Timer Used as an Oscillator.
35. The 555 On-Delay Timer.
36. The 555 Pulse Timer.
37. Above and Below-Ground Power Supplies.
38. The Operational Amplifier.
39. The 741 Op Amp Level Detector.
40. The 741 Operational Amplifier Used as an Oscillator.
41. Voltage Regulators.
42. Digital Logic.
43. The Bounceless Switches. Circuit Applications.
44. Design of Circuit #1 (Photodetector).
45. Design of Circuit #2 (Animal Feeder).
46. Design of Circuit #3 (Solid-State Pushbutton Control).
47. Design of Circuit #4 (Electronic Locks).
48. Design of Circuit #5 (Solid-State Thermostat).
Appendix A: Testing Solid-State Components.
Procedure 1: Testing a Diode.
Procedure 2: Testing a Transistor.
Procedure 3: Testing a Unijunction Transistor.
Procedure 4: Testing a SCR.
Procedure 5: Testing a Triac.
Appendix B: Ohm's Law Formulas.
Appendix C: Parts List.
Appendix D: Schematic Symbols.
Appendix E: Conversation Factors for Sine-Wave Voltages.
Glossary.
Index.
Compare Buying Options
{{collapseContainerClosed['compare-buying-options'] ? 'Show More' : 'Show Less'}}
This Cengage solution can be seamlessly integrated into most Learning Management Systems (Blackboard, Brightspace by D2L, Canvas, Moodle, and more) but does require a different ISBN for access codes. Please work with your Cengage Learning Consultant to ensure the proper course set up and ordering information. For additional information, please visit the LMS Integration site.
Standalone Digital Access — Ultimate Value
Recommended and most popular
- ISBN-10: 1337799041
- ISBN-13: 9781337799041
- RETAIL $89.95
Cengage provides a range of supplements that are updated in coordination with the main title selection. For more information about these supplements, contact your Learning Consultant.
FOR STUDENTS
Electronics for Electricians
ISBN: 9781305505995
Packed with practical lab experiments that give readers a hands-on approach to learning, ELECTRONICS FOR ELECTRICIANS, 7e was written specifically for the electrician working in an industrial environment confronted with power electronic equipment, such as variable frequency drives, rectifiers, DC drives, and other equipment dependent on electronic components. Offering comprehensive coverage of electronic components common to industry, the text explains how they work, how to use them, and how to test them. The Seventh Edition is a relevant guide for anyone preparing for a career in industrial settings. It includes up-to-date graphics, detailed examples, and expanded coverage of such key topics as light emitting diodes and spike and surge suppression. Review questions and problems in every chapter expose students to common electronic devices and their circuit applications, while hands-on lab exercises enable students to put what they learn into practice.