Jean-Jacques DeLisle

Jean-Jacques
DeLisle

Jean-Jacques DeLisle
Technical Editor

Jean-Jacques graduated from the Rochester Institute of Technology, where he completed his Master of Science in Electrical Engineering. In his studies, Jean-Jacques focused on Control Systems Design, Mixed-Signal IC Design, and RF Design. His research focus was in smart-sensor platform design for RF connector applications for the telecommunications industry. During his research, Jean-Jacques developed a passion for the field of RF/microwaves and expanded his knowledge by doing R&D for the telecommunications industry. Journalism was always a passion of Jean-Jacques’ as well. He enjoyed writing for RIT’s university publication in addition to working on white papers, patents, and technical articles.

Jean-Jacques is excited to cover the latest trends in research, technology, and products. He is also determined to help engineers gain access to information services, which will aid in the design process while preventing many engineers from having to "reinvent the wheel"--a problem that is so common to the field.

Articles
What’s The Difference Between Noise Terms and Noise Generators?
Noise negatively impacts the performance of almost every RF/microwave system; therefore, understanding how engineers describe it will help pinpoint the best noise-mitigating design considerations.
Software Reveals Cosite Challenges
Cosite challenges are increasing exponentially alongside the growth of radio systems used in most applications. Simulation software that predicts cosite issues and optimizes antenna placement has recently been enhanced with libraries of common radio systems.
To Balun or Not to Balun?
Because most IoT RF integrated circuits (RFICs) have differential transceiver (TRX) ports to the antenna, using a single-ended antenna architecture therefore requires a balun.
5 Antenna Topologies Squeeze into IoT Modules
Merging sensor, computing, and radio technologies into a single module is creating significant interference challenges for the radios inside complex IoT devices. Many antenna design techniques achieve the desired size reduction, but at the cost of performance tradeoffs.
Inside Track with Lorne Graves, Chief Technologist for Mercury Systems
Technology Editor Jean-Jacques DeLisle talks with Lorne Graves, chief technologist at Mercury Systems, about the OpenRFM initiative targeting defense systems.
4 Major M2M and IoT Challenges You Need to Know
The industry now faces the challenge of solving the complex issues of radio transmission, networking, low power, and high data rates in IoT applications.
Ambient RF Energy Supports Wireless Sensors
Investigators from the U.S., Canada, and Spain study far-field, low-power-density energy-harvesting technology to enable self-sustaining wireless platforms.
Organic Substrates Aid Ultra-Miniaturization of WLAN Receiver
Using chip-last embedded actives and passives in low-loss organic substrates, researchers from the Georgia Institute of Technology are able to implement an ultra-thin WLAN Rx module.
Printing Wireless IoT Sensors
Researchers from Toulouse, France, use inkjet printers to deposit carbon nanotubes on paper and other organic substrates, thus enabling IoT smart skins and zero-power electronics.
LTE Device Testing: from Theory to Measurement
As more mobile devices are being equipped with LTE technology, understanding both theory and practical measurement techniques is necessary for everyone from troubleshooting technicians to design engineers.
Enhance Active Load-Pull and Doherty PAs
Doherty PAs are becoming more common as modulation schemes increase in peak-to-average-power ratio. Using load-pull to optimize a Doherty PA design can lower device power levels and increase the PA design’s efficiency.
How to EM Simulate Large and Complex Objects
To reduce costly trial and error troubleshooting and speed design cycles, EM simulators are using specialized methods, software, and hardware techniques. These features enable them to provide significant details into the EM behavior of massive objects and simulation environments.
Inside Track with Aaron Partridge, SiTime
SiTime's founder and chief scientist discusses how MEMS timing solutions are opening the doors to low-cost RF and a plethora of Internet of Things devices.
Man and Machine: Bonded Together with RF Glue
By embracing cost-sensitive and integrated approaches, unmanned systems, COTS, DASs/small cells, and test are opening doors to technology previously only seen in science fiction.
A Closer Look at RF Power Measurements
Because measuring RF/microwave power is one of the most commonly used methods of understanding system performance, detailed knowledge of how power measurements are made is key to successfully interpreting measurement results.
Whitepapers

Adding EMI Pre-compliance Testing to the Product Development Process is Cost-effective Insurance
Sponsored by Keysight Technologies
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New! Wi-Fi Standards Poster
Sponsored by Tektronix
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Reducing Life Cycle Costs with Reliable Airframe Microwave Assemblies
Sponsored by WL Gore
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Webcasts

Power Integrity Measurements – Choosing the Right Tools
February 26, 2015 @ 1pm EST
Sponsored by Keysight Technologies
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USB 3.1 - Gen2 10Gbps Receiver Test Challenges
March 11, 2015 @ 1pm EST
Sponsored by Keysight Technologies
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