Advanced RF & Quantum Computing

Course Description

Join Rohde & Schwarz and Zurich Instruments for a full day of expert-led training spanning the full arc of modern RF and quantum measurement.  Signal generation, signal analysis, and data transmission form the foundation, with VNA techniques covering RF component and microwave assembly characterization across both R&D and production contexts. 

Quantum system instrumentation gets dedicated attention - including how traditional RF tools remain indispensable for measuring and qualifying quantum components, and where novel instrumentation fills the gaps.  Wireless design challenges are addressed head-on, with practical guidance on embedded design fundamentals, manufacturing test best practices, and the key distinctions between R&D and production test approaches.  EMC/EMI testing and coexistence strategies round out a uniquely broad and technically deep program.  This is a rare opportunity to get actionable answers to real engineering problems across RF, microwave, and quantum in a single session.  Don’t miss this chance to enhance your skills!

What will you learn?

► Signal generation & analysis, and modulation fundamentals

► RF component and microwave assembly characterization with VNAs

► Quantum system instrumentation and component qualification

► Embedded wireless design fundamentals and best practices

► EMC/EMI testing techniques

► Test methodologies, coexistence strategies, and signaling vs. non-signaling approaches

► & more...

Agenda

9:00 AM - 12:00 PM

► Instrument Fundamentals Covering: - Signal analyzers - Vector network analyzers - Signal generation

12:00 PM - 12:30 PM

► Lunch, Provided by Rohde & Schwarz

12:30 PM - 4:00 PM

► Embedded Wireless Design Fundamentals

► EMC/EMI Testing

► Quantum Computing Instrumentation

Please arrive prior to the session to allow for registration & seating.