Electrical Power
15
These training modules were compiled by the Electrical Power Technical Discipline Team (TDT). The Electrical Power community covers a wide range of disciplines including but not limited to Energy Conversion, Energy Storage, Power Electronics and Power Management & Distribution.
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High Voltage Engineering Techniques for Space Applications: Part 1, Background Engineering Discussion
| Presenter | Steve Battel |
|---|---|
| Published | July 2013 |
| Recorded | June 2012 |
| Duration | 01:08:51 |
| Tags | #Intermediate, ~Voltage System, ~Power Supply, ~Power System, ~Electric Field, .Design, .Materials, .Hardware |
Discipline: Electrical Power<br><br>Presented via Webcast on April 2-3, 2012
- Slides
- Confirmation of Attendance
- Part 2 (High Voltage Engineering Techniques for Space Applications: Part 2, Approach to Reliable High Voltage Engineering Design)
- Part 3 (High Voltage Engineering Techniques for Space Applications: Part 3, Background on High Voltage Components)
- Part 4 (High Voltage Engineering Techniques for Space Applications: Part 4, High Voltage Insulators and Electrical Field Control Methods)
- Part 5 (High Voltage Engineering Techniques for Space Applications: Part 5, Introduction to Weibull Methods plus Examples of Design Failures)
- Steve Battel's Biography
- NESC Academy (EP Catalog)
- NESC Academy Online
- Electrical Power Community of Practice
- Feedback
High Voltage Engineering Techniques for Space Applications: Part 2, Approach to Reliable High Voltage Engineering Design
| Presenter | Steve Battel |
|---|---|
| Published | July 2013 |
| Recorded | June 2012 |
| Duration | 01:07:59 |
| Tags | ~Voltage System, ~Power Supply, ~Power System, #Advanced, ~Thermal Analysis, .Design, .Hardware |
Discipline: Electrical Power<br><br>Presented via Webcast on April 2-3, 2012
- Slides
- Confirmation of Attendance
- Part 1 (High Voltage Engineering Techniques for Space Applications: Part 1, Background Engineering Discussion)
- Part 3 (High Voltage Engineering Techniques for Space Applications: Part 3, Background on High Voltage Components)
- Part 4 (High Voltage Engineering Techniques for Space Applications: Part 4, High Voltage Insulators and Electrical Field Control Methods)
- Part 5 (High Voltage Engineering Techniques for Space Applications: Part 5, Introduction to Weibull Methods plus Examples of Design Failures)
- Steve Battel's Biography
- NESC Academy (EP Catalog)
- NESC Academy Online
- Electrical Power Community of Practice
- Feedback
High Voltage Engineering Techniques for Space Applications: Part 3, Background on High Voltage Components
| Presenter | Steve Battel |
|---|---|
| Published | July 2013 |
| Recorded | June 2012 |
| Duration | 02:06:25 |
| Tags | ~Voltage System, ~Power Supply, ~Power System, #Advanced, .Design, .Materials, .Hardware |
Discipline: Electrical Power<br><br>Presented via Webcast on April 2-3, 2012
- Slides
- Confirmation of Attendance
- Part 1 (High Voltage Engineering Techniques for Space Applications: Part 1, Background Engineering Discussion)
- Part 2 (High Voltage Engineering Techniques for Space Applications: Part 2, Approach to Reliable High Voltage Engineering Design)
- Part 4 (High Voltage Engineering Techniques for Space Applications: Part 4, High Voltage Insulators and Electrical Field Control Methods)
- Part 5 (High Voltage Engineering Techniques for Space Applications: Part 5, Introduction to Weibull Methods plus Examples of Design Failures)
- Steve Battel 's Biography
- NESC Academy (EP Catalog)
- NESC Academy Online
- Electrical Power Community of Practice
- Feedback
High Voltage Engineering Techniques for Space Applications: Part 4, High Voltage Insulators and Electrical Field Control Methods
| Presenter | Eric Hertzberg |
|---|---|
| Published | August 2013 |
| Recorded | June 2012 |
| Duration | 01:36:51 |
| Tags | ~Voltage System, ~Power Supply, ~Power System, ~Thermal Analysis, #State of the Art, .Design, .Materials, .Hardware, .Systems / Subsystems |
Discipline: Electrical Power<br><br>Presented via Webcast on April 2-3, 2012
- Slides
- Confirmation of Attendance
- Part 1 (High Voltage Engineering Techniques for Space Applications: Part 1, Background Engineering Discussion)
- Part 2 (High Voltage Engineering Techniques for Space Applications: Part 2, Approach to Reliable High Voltage Engineering Design)
- Part 3 (High Voltage Engineering Techniques for Space Applications: Part 3, Background on High Voltage Components
- Part 5 (High Voltage Engineering Techniques for Space Applications: Part 5, Introduction to Weibull Methods plus Examples of Design Failures)
- Eric Hertzberg's Biography
- NESC Academy (EP Catalog)
- NESC Academy Online
- Electrical Power Community of Practice
- Feedback
High Voltage Engineering Techniques for Space Applications: Part 5, Introduction to Weibull Methods plus Examples of Design Failures
| Presenter | Dr H. Leidecker |
|---|---|
| Published | July 2013 |
| Recorded | July 2012 |
| Duration | 01:00:32 |
| Tags | ~Power Supply, #State of the Art, .Analysis / Modeling and Simulation |
Discipline: Electrical Power<br><br>Presented via Webcast on April 2-3, 2012
- Slides
- Confirmation of Attendance
- Part 1 (High Voltage Engineering Techniques for Space Applications: Part 1, Background Engineering Discussion)
- Part 2 (High Voltage Engineering Techniques for Space Applications: Part 2, Approach to Reliable High Voltage Engineering Design)
- Part 3 (High Voltage Engineering Techniques for Space Applications: Part 3, Background on High Voltage Components)
- Part 4 (High Voltage Engineering Techniques for Space Applications: Part 4, High Voltage Insulators and Electrical Field Control Methods)
- Dr. H. Leidecker's Biography
- NESC Academy (EP Catalog)
- NESC Academy Online
- Electrical Power Community of Practice
- Feedback
High Voltage Engineering Techniques for Space Applications: System Design Choices, Part 1
| Presenter | Steve Battel |
|---|---|
| Published | July 2013 |
| Recorded | July 2012 |
| Duration | 01:08:53 |
| Tags | ~Power Supply, #State of the Art, .Design, .Materials, .Hardware, .Lessons Learned |
Discipline: Electrical Power<br><br>Presented via Webcast on April 2-3, 2012
High Voltage Engineering Techniques for Space Applications: System Design Choices, Part 2
| Presenter | Steve Battel |
|---|---|
| Published | July 2013 |
| Recorded | July 2012 |
| Duration | 01:07:05 |
| Tags | ~Voltage System, ~Power Supply, ~Power System, ~Thermal Analysis, #State of the Art, .Design, .Hardware, .Systems / Subsystems |
Discipline: Electrical Power<br><br>Presented via Webcast on April 2-3, 2012
High Voltage Engineering Techniques for Space Applications: Elemental Design, Part 1
| Presenter | Steve Battel |
|---|---|
| Published | July 2013 |
| Recorded | July 2012 |
| Duration | 01:25:42 |
| Tags | ~Voltage System, ~Power Supply, #Advanced, .Design, .Materials, .Hardware |
Discipline: Electrical Power<br><br>Presented via Webcast on April 2-3, 2012
- Slides
- Confirmation of Attendance
- Part 2 (High Voltage Engineering Techniques for Space Applications: Elemental Design, Part 2)
- Part 3 (High Voltage Engineering Techniques for Space Applications: Other Important Stuff)
- Steve Battel's Biography
- NESC Academy (EP Catalog)
- NESC Academy Online
- Electrical Power Community of Practice
- Feedback
High Voltage Engineering Techniques for Space Applications: Elemental Design, Part 2
| Presenter | Steve Battel |
|---|---|
| Published | July 2013 |
| Recorded | July 2012 |
| Duration | 02:01:07 |
| Tags | ~Voltage System, ~Power Supply, #Advanced, .Design, .Materials, .Hardware, .Lessons Learned, .Systems / Subsystems |
Discipline: Electrical Power<br><br>Presented via Webcast on April 2-3, 2012
- Slides
- Confirmation of Attendance
- Part 1 (High Voltage Engineering Techniques for Space Applications: Elemental Design, Part 1)
- Part 3 (High Voltage Engineering Techniques for Space Applications: Other Important Stuff)
- Steve Battel's Biography
- NESC Academy (EP Catalog)
- NESC Academy Online
- Electrical Power Community of Practice
- Feedback
High Voltage Engineering Techniques for Space Applications: Other Important Stuff
| Presenter | Steve Battel |
|---|---|
| Published | July 2013 |
| Recorded | July 2012 |
| Duration | 49:15 |
| Tags | #Intermediate, ~Voltage System, ~Power Supply, ~Power System, .Design, .Materials, .Lessons Learned, .Systems / Subsystems |
Discipline: Electrical Power<br><br>Presented via Webcast on April 2-3, 2012
- Slides
- Confirmation of Attendance
- Part 1 (High Voltage Engineering Techniques for Space Applications: Elemental Design, Part 1)
- Part 2 (High Voltage Engineering Techniques for Space Applications: Elemental Design, Part 2)
- Steve Battel's Biography
- NESC Academy (EP Catalog)
- NESC Academy Online
- Electrical Power Community of Practice
- Feedback
PSPICE Circuit Simulation Overview: Part 1
| Presenter | Dr. Chris Iannello |
|---|---|
| Published | August 2012 |
| Recorded | February 2012 |
| Duration | 18:59 |
| Tags | ~Voltage System, #Fundamental, .Analysis / Modeling and Simulation |
Discipline - Electrical Power
PSPICE Circuit Simulation Overview: Part 2
| Presenter | Dr. Chris Iannello |
|---|---|
| Published | February 2012 |
| Recorded | February 2012 |
| Duration | 26:27 |
| Tags | ~Voltage System, #Fundamental, .Analysis / Modeling and Simulation |
Discipline - Electrical Power
PSPICE Circuit Simulation Overview: Part 3
| Presenter | Dr. Chris Iannello |
|---|---|
| Published | August 2012 |
| Recorded | February 2012 |
| Duration | 24:06 |
| Tags | ~Voltage System, #Advanced, .Analysis / Modeling and Simulation |
Discipline - Electrical Power
Short Course on Lithium-ion Batteries: Fundamental Concepts, Battery Safety, and Modeling Techniques
| Presenter | William Walker |
|---|---|
| Published | February 2019 |
| Recorded | February 2019 |
| Duration | 02:18:28 |
| Tags | ~Voltage System, ~Power System, ~Electrical Energy, ~Thermal Analysis, #Fundamental, .Analysis / Modeling and Simulation, .Design, .Systems / Subsystems |
Originally aired December 4, 2018.<br><br>This short course provides participants with an in-depth discussion on three aspects of lithium-ion (Li-ion) batteries. First an understanding of Li-ion battery fundamentals is provided through a brief discussion centered on the aerospace industry’s choice to use Li-ion batteries, general performance characteristics, electrochemical reaction basics, and the heat generated during nominal operation. Secondly, Li-ion battery safety is addressed with respect to thermal runaway and battery safety. Lastly, this course will lead the participants through the basic construction process of a thermal model of a Li-ion battery assembly that is capable of simulating nominal heating and thermal runaway heating. The overall goal of the course is to provide participants with an in-depth understanding of both the fundamental and thermal aspects of Li-ion batteries.
Single Event Environment (SEE) Effects on Spacecraft Avionics Systems
| Presenter | Dr. Steven Koontz |
|---|---|
| Published | April 2024 |
| Recorded | May 2024 |
| Duration | 01:29:58 |
| Tags | None |
The space-flight ionizing radiation environment is dominated by very high-kinetic energy-charged particles with relatively smaller contributions from neutrons, X-rays, and gamma rays. Strikes by individual high-energy charged particles and neutrons can cause data corruption, lock-ups, or even hard failures of mission-critical spacecraft electronics. Dr. Steven Koontz’s lecture will provide a solid foundation in the basic engineering physics underlying safety, reliability and missions’ success risks posed by the SEE environment in low-Earth orbit, Earth’s magnetosphere, and cis-lunar space.
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