Find Events

or
Design a Comprehensive Driving Signal Path for Quantum Computing Using DAC EV12DS460/480

Design a Comprehensive Driving Signal Path for Quantum Computing Using DAC EV12DS460/480

Registration

Register For This Event

When

1/30/23 9:30 am to 2/12/23 EST

Event Description

Technical Education Webinar Series

Title: Design a Comprehensive Driving Signal Path for Quantum Computing Using DAC EV12DS460/480

Date: OnDemand

Sponsored by: Teledyne e2v Semiconductors

Presented by: Stéphane Breysse, Applications Engineer at Teledyne e2v Semiconductors

Abstract:
You will understand how the DAC EV12DS460/480 can guarantee good performances for the control of one or multiple Qubit and how it can simplify drive chain architecture using direct conversion. Thank you to our colleagues from Teledyne Lecroy for their Master Control Module SDA MCM-Zi-A and their LabMaster 10-36Zi-A.

Presenter Bio:
Stéphane is a senior applications engineer in charge of high-Speed data converters and of the ESIstream high speed serial interface protocol used on latest Teledyne e2v ADC and DAC since 2019. He is passionate about FPGAs and embedded systems on which he acquired a solid experience after working 10 years as an R&D engineer.

Stéphane graduated from Grenoble INP - ESISAR in France in 2010.

Please note:
By registering for this webinar, the details of your profile may be used by Microwave Journal®, the presenter and the sponsor to contact you by email.