AWR Connected ™ Zuken CR-8000 Collaborative RF PCB Design INTRODUCTION Designers face significant challenges when integrating RF circuits into a printed circuit board (PCB) design. Incorporating all elements such as digital, RF/microwave, and analog circuits on the same board requires a verification flow that simplifies the PCB design process by enabling users to quickly and easily simulate and verify embedded RF functionality. AWR Connected for Zuken provides a pathway from Zuken’s CR-8000 Design Force PCB design software to AWR’s Microwave Office ® high frequency simulation software. The solution enables designers to extract user-specified layout data from the Zuken platform, generate a 3Di file, and import that file into Microwave Office for further circuit simulation and electromagnetic (EM) analysis with any one of AWR’s advanced solutions: ACE™ automated circuit extraction, AXIEM ® 3D planar EM analysis, or Analyst™ 3D finite element method (FEM) EM analysis. FEATURES AT A GLANCE Export RF PCB layout data from Zuken CR-8000 · Specify layers and shape types Import layout into the AWR Design Environment™ · Full dielectric and conductor material definition transfer Simulate for performance/verification · Circuit simulation within Microwave Office software · Electromagnetic analysis within ACE, AXIEM, or Analyst modules AWR Connected for Zuken CR-8000 imports PCB layout directly into Microwave Office software for further analysis.

AWR Connected Zuken CR-8000 - awrcorp.com Connected™ Zuken CR-8000 Collaborative RF PCB Design INTRODUCTION Designers face signiﬁcant challenges when integrating RF circuits into

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AWR Connected™

Zuken CR-8000

Collaborative RF PCB Design

INTRODUCTIONDesigners face significant challenges when integrating RF circuits into a printed

circuit board (PCB) design. Incorporating all elements such as digital, RF/microwave,

and analog circuits on the same board requires a verifi cation fl ow that simplifi es

the PCB design process by enabling users to quickly and easily simulate and verify

embedded RF functionality.

AWR Connected for Zuken provides a pathway from Zuken’s CR-8000 Design

Force PCB design software to AWR’s Microwave Offi ce® high frequency simulation

software. The solution enables designers to extract user-specifi ed layout data from

the Zuken platform, generate a 3Di fi le, and import that fi le into Microwave Offi ce

for further circuit simulation and electromagnetic (EM) analysis with any one of

AWR’s advanced solutions: ACE™ automated circuit extraction, AXIEM® 3D planar

EM analysis, or Analyst™ 3D fi nite element method (FEM) EM analysis.

FEATURES AT A GLANCEExport RF PCB layout data from Zuken CR-8000

· Specify layers and shape types

Import layout into the AWR Design Environment™

· Full dielectric and conductor material definition transfer

Simulate for performance/verifi cation

· Circuit simulation within Microwave Offi ce software

· Electromagnetic analysis within ACE, AXIEM, or Analyst modules

AWR Connected for Zuken CR-8000 imports PCB layout directly into Microwave Offi ce software for further analysis.

Page 2: AWR Connected Zuken CR-8000 - awrcorp.com Connected™ Zuken CR-8000 Collaborative RF PCB Design INTRODUCTION Designers face signiﬁcant challenges when integrating RF circuits into

Copyright © 2013 AWR Corporation. All rights reserved. AWR logo, AWR Connected, ACE, Analyst and AWR Design Environment are trademarks of AWR Corporation. Other product and company names listed are trademarks or trade names of their respective companies. DS-ZK-AWRC-2013.1.25

AWR Corporation | www.awrcorp.com [email protected] | +1 (310) 726-3000

Step 1: Launch the Zuken CR-8000 Design

Force PCB Software

Within the Zuken environment, load in the project, identify the layout and save as a 3Di fi le.

HOW IT WORKS

Step 2: Launch the AWR Design Environment

platform

Within the Microwave Offi ce software, open and read in the corresponding Zuken-generated 3Di fi le.

Continue to set up the design as necessary in order to verify the RF electrical and electromag-netic behavior/functionality.