Input Filter Design

University of Colorado Boulder via Coursera

Go to Course: https://www.coursera.org/learn/inputfilterdesign

Introduction

### Course Review and Recommendation: Input Filter Design on Coursera **Course Name:** Input Filter Design **Offered by:** CU Boulder (Academic Credit available as ECEA 5707) **Field:** Electrical Engineering #### Overview The "Input Filter Design" course available on Coursera is a crucial stepping stone for anyone looking to specialize in power electronics. As the third installment in the Modeling and Control of Power Electronics course sequence, it delves deep into the critical subjects of electromagnetic interference (EMI) and electromagnetic compatibility (EMC). Designed for students and professionals in the field, this course provides comprehensive insights into the creation and implementation of input filters, essential for managing EMI in electrical systems. By completing this course, participants will not only grasp theoretical concepts but also apply practical skills necessary for input filter design. Engaging with this material serves as a valuable addition to your academic portfolio, especially for those pursuing a Master of Science in Electrical Engineering at CU Boulder. #### Syllabus Breakdown 1. **Introduction to Input Filter Design** - This introductory module sets the stage by discussing the significance of EMI in electrical engineering. Participants will learn about the necessity of input filtering, how filters mitigate interference, and the overall effects input filters have on converter responses. 2. **Single-Stage Input Filter Design** - Transitioning from theory to application, this section focuses on the design of single-section damped input filters. Practical examples and design principles will be explored, equipping students with the foundational skills to tackle basic filter design projects. 3. **Multi-Stage Input Filter Design** - Building on the previous lessons, this module delves into the complexities of designing multi-section damped input filters. Here, students will learn to address more intricate EMI challenges using advanced filtering techniques, preparing them for real-world engineering scenarios. #### Why You Should Take This Course 1. **Comprehensive Curriculum**: The course outlines an extensive approach, starting from foundational concepts and advancing to complex design methodologies. This progression ensures that even those with limited prior knowledge can catch up quickly and gain competence. 2. **Practical Relevance**: EMI and EMC are pressing concerns in the modern electronics landscape. By mastering input filter design, you will enhance your ability to design systems that meet strict regulatory standards, while also improving the efficiency and performance of electronic devices. 3. **Academic Credibility**: Being part of CU Boulder’s prestigious program, this course holds academic value, offering college credit that can be transferred to your degree. This adds not just knowledge but also a tangible asset to your educational journey. 4. **Flexibility of Learning**: As an online course, it provides the flexibility to study at your own pace, making it an excellent fit for working professionals or students juggling multiple commitments. 5. **Expert Instructors**: Learning from seasoned faculty members at CU Boulder ensures that you receive quality education from experienced professionals who are well-versed in the latest industry trends. #### Final Recommendation If you are aiming to strengthen your expertise in power electronics and are looking for an edge in the competitive field of electrical engineering, "Input Filter Design" on Coursera is a sound investment. With its focus on practical applications and academic rigor, this course will equip you with indispensable skills for your career. Don’t miss out on this opportunity to learn from leading experts while earning credits towards your advanced degree. Take the plunge and enhance your knowledge in one of the most essential areas of electrical engineering today!

Syllabus

Introduction to Input Filter Design

Introduction to electromagnetic interference, the need for input filtering, and the input filter effects

Single-Stage Input Filter Design

Design of single-section damped input filters

Multi-Stage Input Filter Design

Design of multiple-section damped inputs filters