51:12

毫米波雷达设计中需考虑的PCB材料的基本特性 Mtl. Prop. to Consider When Designing PCB Radars for Auto and Industrial Apps

01:03:38

Antenna Material Solutions Across the Electro-Magnetic Spectrum (Broad Antenna Solutions)

00:56

Real World of RF Printed Circuit Boards Series Summary

11:52

What RF Engineers Need to Know About PCB Fabrication for Optimal Results

15:34

Basic PCB Design Guidelines for Microwave and Millimeter-Wave Applications

09:23

Select High Frequency Circuit Materials Based on Operating Frequency for Microwave and mmWave Apps

11:05

Material Properties and Fab Effects to Consider When Designing for Microwave Power Amplifiers

11:35

Material Properties & Fab Effects to Consider When Designing for Microwave and mmWave Patch Antennas

10:51

How Does Long-Term Exposure to Elevated Temperatures Affect Microwave & Millimeter-Wave Performance

09:48

Enhancing Millimeter-Wave Antenna Performance Using Radix(TM) 3D Printable Dielectric

09:04

Overview of Test Methods Used to Determine Dk and Df for High Frequency Circuit Materials

11:42

Material Properties Critical for PCB Thermal Management and Thermal Stability

01:00:59

Matching Millimeter-Wave Radar Software Models to PCB Antenna Measurements - Webinar

08:18

Overview of Copper Properties and the Impact on Microwave and Millimeter-Wave PCB Performance

15:53

How Does PCB Fabrication Affect RF Performance

17:03

Millimeter Wave Applications Benefit from the Use of Thin Laminates and Prepregs 毫米波频段中的薄的层压板和半固化片材料

14:10

Understanding mmWave Concepts to Improve Very High Speed Digital Performance 应用毫米波理念解决高速数字传输问题

10:31

Overview of 3D Printable RF Structures

02:05

Joey Kellner explains new copper option for commercial radar materials at IMS 2022.

11:51

What RF Engineers Need to Know About PCB Fabrication for Optimal Results

12:33

Understanding Millimeter Wave Concepts to Improve Very High Speed Digital Performance

14:09

Design Dk; Why Different Test Vehicle Structures Yield Different Dk Values

18:39

Design Dk; Why Different Test Vehicle Structures Yield Different Dk Values (Presented in Chinese)

19:51

Understanding Prepreg Performance at mmWave Frequencies (Presented in Chinese)

08:52

Rogers Corporation introduces Radix(TM) 3D Printable Dielectrics at IPC/APEX 2022

15:50

Millimeter Wave Applications Benefit from the Use of Thin Laminates and Prepregs Learn How!

49:52

Overview of Rogers PTFE - based Circuit Board Materials and Fabrication Consideration (In Chinese)

12:49

Rogers Corporation Releases Radix(TM) 3D Printable Dielectrics

01:13:53

Building Grounded Coplanar Waveguide & SIW Structures for mmWave Frequencies (In Chinese)

07:52

Coonrod's Corner 2021 - Overview of 3D Printable RF Structures

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PCB Material Selection and Design Optimization for Different Frequency Bands and Applications

14:34

Coonrod's Corner: Understanding Prepreg Performance at Millimeter-Wave Frequencies

09:52

Rogers Review High Performance Markets and Products

11:44

Bonding Hybrid Multilayer Constructions for High Frequency Applications

01:02:00

Understand How Circuit Materials and Fabrication Can Affect PCB Dk Variation and Phase Consistency

15:54

EDACafe’ with host Sanjay Gangal

20:22

MTTS 2020: The Impact Plated Finishes have on RF PCB Performance at Millimeter-Wave Frequencies

17:45

MTTS 2020: Test Methods to Determine Dielectric Constant for High Frequency Circuit Materials

19:02

MTTS 2020: How Does Glass-weave Affect Millimeter-wave PCB Performance

17:03

MTTS 2020 Technical Session: "Microstrip vs Coplanar Waveguides"

15:03

IMS 2020 "How Material Properties and Fabrication Can Impact RF Filter Performance" by John Coonrod.

01:05:19

Need to Successfully Design a Milimeter-Wave Automotive Radar Antenna?

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High Frequency Materials for 5G Base Station Applications

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High Performance PCB Laminates & Modeling for Microwave/mmWave Applications.

09:00

TCDk Circuit Performance Test is Critical to Understand Environmental Influences (5 of 5) [Chinese]

07:45

Critical Properties for Circuits Requiring Tightly Controlled Phase Response (4 of 5) [Chinese]

07:42

Make Sure Your PCB Based RF Filter Design Performs to Your Expectations (3 of 5) [Chinese]

07:22

What RF Designers Need to Know about SIW at mmWave Frequencies (2 of 5) [Chinese]

04:47

Benefits of High Dk Circuit Materials (1 of 5) [Chinese]

07:46

Make Sure Your PCB Based RF Filter Design Performs to Your Expectations (3 of 5)

09:29

Why TCDk Circuit Performance Test is Critical to Understand Environmental Influences (5 of 5)

10:03

Understanding Critical Properties for Circuits Requiring Tightly Controlled Phase Response (4 of 5)

09:54

What RF Designers Need to Know about SIW at mmWave Frequencies (2 of 5)

08:02

Benefits of High Dk Circuit Materials (1 of 5)

01:02:37

An Overview of Glass Weave Impact on mmWave PCB Performance

08:52

Rogers Tech Mini School: Microstrip vs Coplanar

07:34

Rogers Tech Mini School: Plated Finishes

08:11

Rogers Tech Mini School: Plated Through Hole Roughness

08:57

Rogers Tech Mini School: Glass Weave

08:41

Rogers Tech Mini School: Dk Measurements