Prize-winning live broadcast: How to reduce design errors? Registration for Mentor PCB online seminar opens on July 7!

eric_wang

Prize-winning live broadcast: How to reduce design errors? Registration for Mentor PCB online seminar opens on July 7! [Copy link]

Schematic input seems to be an easy job, but it is the foundation of the entire electronic design. Any simple mistake will cause rework and project delays for the entire design. Common errors include wrong or missing power supply connection, wrong termination, wrong diode direction, wrong drive strength calculation, etc. 75% of the projects require time-consuming and laborious modifications and rework. It is not easy to check a complex single board (dozens or hundreds of pages of schematics), let alone check the connection of a multi-board system. Getting it right the first time is very important for electronic design.

The design review process relies on manual inspection to detect possible design errors. Automated methods can use programs to detect these errors and help designers better design circuit functions.

This webinar will demonstrate methods and means to reduce design errors and mitigate design risks during the schematic design stage.

Mentor PCB July 7 online seminar topic: How to reduce design errors

Time: July 7 (Tuesday) 20:00

Study Highlights

Common mistakes in schematic design

Avoid logical and electrical errors in design

How to automatically check schematic design errors

Extend single-board inspection to multi-board systems

Analyze reports and locate design errors

lecturer

Yulifu

Graduated from Harbin Engineering University in 1998 with a Ph.D. in Engineering. Has 20 years of experience in the EDA industry and currently works as a technical marketing engineer for Mentor PCB Products. Has extensive experience and background in electronic system design and simulation, data management, etc.

Scan the QR code to register now!

Participate in this online seminar and take part in the questionnaire to receive exquisite gifts~

btty038

This is called the bottom-level design. The more careful the design, the fewer errors there will be later.