웨비나
Noise Reduction Measures for Circuit / PCB Design
This webinar is a technical seminar sponsored by Mouser.
As recently developed electronic products are trending toward high-speed interfaces, miniaturization, and weight reduction, electromagnetic interference phenomena between signal traces and components are increasing, requiring the development of specialized knowledge in this area.
In this seminar, we aim to understand the concept and phenomena of noise and EMI that occur within circuits among such electromagnetic interference, grasp several approaches for their reduction, and on this basis, present guidelines for design methods that enable effective noise reduction design.
[Webinar Content]
1. Understanding Noise Reduction
- Necessity of EMC Countermeasures
- Noise Generation Principles
- Magnetic Field Distribution Generated According to Current Flow in Transmission Lines
- Signal Domain
2. Understanding Transmission Lines and Reflection Phenomena
- Transmission Line Structure
- Microstrip and Strip Configuration
- Characteristic Impedance and Characteristic Impedance Formula
- Signal Transmission Characteristics in Medium
- Digital Signal Transmission Line Characteristics
3. Understanding Capacitors in Power Lines
- Capacitor Terminology
- Inductance Changes in PCB Traces With and Without Capacitors
4. Understanding Noise Reduction Components
- Beads and EMI Filters
5. PCB Design Guidelines
- Return Current Flow in Ground Planes
- Component Placement on PCB Boards, Return Current Paths and Loop Paths on PCB
- Capacitor Positioning
We encourage you to participate in this 1.5-hour lecture on noise reduction countermeasures for circuit and PCB design to build efficient and stable circuits.
As recently developed electronic products are trending toward high-speed interfaces, miniaturization, and weight reduction, electromagnetic interference phenomena between signal traces and components are increasing, requiring the development of specialized knowledge in this area.
In this seminar, we aim to understand the concept and phenomena of noise and EMI that occur within circuits among such electromagnetic interference, grasp several approaches for their reduction, and on this basis, present guidelines for design methods that enable effective noise reduction design.
[Webinar Content]
1. Understanding Noise Reduction
- Necessity of EMC Countermeasures
- Noise Generation Principles
- Magnetic Field Distribution Generated According to Current Flow in Transmission Lines
- Signal Domain
2. Understanding Transmission Lines and Reflection Phenomena
- Transmission Line Structure
- Microstrip and Strip Configuration
- Characteristic Impedance and Characteristic Impedance Formula
- Signal Transmission Characteristics in Medium
- Digital Signal Transmission Line Characteristics
3. Understanding Capacitors in Power Lines
- Capacitor Terminology
- Inductance Changes in PCB Traces With and Without Capacitors
4. Understanding Noise Reduction Components
- Beads and EMI Filters
5. PCB Design Guidelines
- Return Current Flow in Ground Planes
- Component Placement on PCB Boards, Return Current Paths and Loop Paths on PCB
- Capacitor Positioning
We encourage you to participate in this 1.5-hour lecture on noise reduction countermeasures for circuit and PCB design to build efficient and stable circuits.
댓글
- 45 Comments
- 최*휴 (2024-03-21 오후 1:47:30)
- 세미나 감사합니다.
- 최*휴 (2024-03-21 오후 1:47:25)
- 세미나 감사합니다.
- 유*우 (2020-01-07 오후 1:24:43)
- 흥미롭게 잘 봤습니다.
- 유*천 (2018-12-13 오후 1:26:01)
- 유익한 세미나였습니다.
- 김*철 (2018-11-29 오전 11:53:26)
- 시간을 놓쳐 재방보고 있습니다. 감사합니다.
- 이*환 (2018-11-29 오전 11:47:49)
- 바로 재방송하는 줄 알았는데 좀 시간이 걸리네요.^^ 수고하셨습니다.
- 유*동 (2018-11-29 오전 11:33:38)
- 재방보고 싶어요
- 최*호 (2018-11-29 오전 11:31:04)
- 수고하셨습니다. 유익한 강의 잘 들었습니다
- 최*호 (2018-11-29 오전 11:30:45)
- 수고하셨습니다. 유익한 강의 잘 들었습니다
- 문*용 (2018-11-29 오전 11:28:33)
- 좋은 세미나 잘 들었습니다. 감사합니다.