Addressing Noise Immunity Challenges of New Generation High Speed Automotive Data Architectures Using Ethernet and Power-Over-Coax (PoC)_Webinar ITD 2022_Eaton and Digi-Key
1:01:05
0:00 - Introduction 2:27 - Eaton Electronics Overview 6:00 - Why Automotive High Speed Communication Lines? 12:32 - Power-over-Coax(PoC) Noise Immunity Improvement 33:20 - 100 / 1000 Base - T1 Automotive Ethernet Noise Filtering 54:52 - Q&A Fast adoption of Advanced Driver Assistance Systems (ADAS) and ongoing Autonomous Driving efforts, driving sensors, cameras, and other electronic control units(ECU) are continuously challenging engineers to improve noise immunity techniques for vehicle power and data signal lines. As vehicle electrification content increases, the risk of more unwanted noise interference or Electromagnetic Interference (EMI) from nearby circuits threatens data integrity and safety redundancy. Especially as more industry standard high-speed communication methods such as Ethernet and Power-over-Coax(PoC) continue to proliferate into new automotive platforms such as ADAS. Finding the most reliable and efficient noise filtering strategy is key to supporting all these new vehicle electrification platforms. Eaton provides a wide range of passive noise filtering components to overcome these challenges and achieve a more sustainable and successful design.
0:00 - Introduction 2:27 - Eaton Electronics Overview 6:00 - Why Automotive High Speed Communication Lines? 12:32 - Power-over-Coax(PoC) Noise Immunity Improvement 33:20 - 100 / 1000 Base - T1 Automotive Ethernet Noise Filtering 54:52 - Q&A Fast adoption of Advanced Driver Assistance Systems (ADAS) and ongoing Autonomous Driving efforts, driving sensors, cameras, and other electronic control units(ECU) are continuously challenging engineers to improve noise immunity techniques for vehicle power and data signal lines. As vehicle electrification content increases, the risk of more unwanted noise interference or Electromagnetic Interference (EMI) from nearby circuits threatens data integrity and safety redundancy. Especially as more industry standard high-speed communication methods such as Ethernet and Power-over-Coax(PoC) continue to proliferate into new automotive platforms such as ADAS. Finding the most reliable and efficient noise filtering strategy is key to supporting all these new vehicle electrification platforms. Eaton provides a wide range of passive noise filtering components to overcome these challenges and achieve a more sustainable and successful design.
Electronic components Similar Videos
-
The power of supercapacitor-based modules for high power applications
1:00
Our spotlight shines on the integration of XLHV supercapacitor modules within high-power applications such as STATCOMs, revolutionizing power quality management.
-
Automotive Power over coax (PoC) Inductors
1:04
Eaton PCA family of inductors provide high current performance and a wide range of broadband filtering options for power over coax automotive applications.
-
EV fuses from Eaton
1:34
Circuits in EV applications all require cost effective and highly reliable fuses that are coordinated with other protection components in downstream circuits. Designers are also faced with the need for smaller components to fit in tighter spaces
