Future Electronics – Learn How You Can Leverage Future Electronics’ System Design Center

FTMJulyAugust2018-ADS-FutureElectronics-tile-200x200

System Design Center 1 Concept Define • Create • Develop 2 Design Engineer • Refine • Document 3 Prototype Prove • Iterate • Learn 4 Manufacture Tool • Debug • Support  

Future Electronics — Maximizing the Efficiency of DC-DC Converters: How to Take Advantage of the Latest Topologies and Techniques

FTMSept2018-TV-FE-tile-200x200

By Robert Gabrysiak Applications Engineer, Future Electronics (Poland) Read this article to find out about: The main characteristics of the most widely used DC-DC converter topologies The performance benefits of zero-voltage switching and synchronous rectification Components which enable designers to achieve efficient conversion of a rectified mains input to a point-of-load output as low as […]

Future Electronics Wins TE Connectivity’s Distributor of the Year Award for Second Year in a Row

FTMSept2018-TEConnectivity-tile-200x200

MONTREAL – May 28, 2018 – Future Electronics, a global leading distributor of electronic components, has won the 2017 Global Broadline Distributor of the Year award from TE Connectivity (TE), a global leader in connectivity and sensors. TE’s Global Broadline Distributor of the Year award is presented based on sales growth and business plan realization, […]

Future Electronics — How Innovative LED Package Technology Enables New Solid State Lighting Designs

FTMJulyAugust2018-TV-FE-tile-200x200

By: Francois Mirand, EMEA Technical Director, Future Lighting Solutions (a division of Future Electronics) The popular high-power LEDs in use today are all formed of three basic elements: A ceramic substrate, generally made of aluminium oxide (also known as alumina) or of aluminium nitride. The LED chip, consisting of a die and a phosphor coating. […]

Future Electronics – Learn How You Can Leverage Future Electronics’ System Design Center

FTMJulyAugust2018-ADS-FutureElectronics-tile-200x200

System Design Center 1 Concept Define • Create • Develop 2 Design Engineer • Refine • Document 3 Prototype Prove • Iterate • Learn 4 Manufacture Tool • Debug • Support  

Future Electronics – Learn How You Can Leverage Future Electronics’ System Design Center

FTMJune2018-ADS-FutureElectronics-tile-200x200

System Design Center 1 Concept Define • Create • Develop 2 Design Engineer • Refine • Document 3 Prototype Prove • Iterate • Learn 4 Manufacture Tool • Debug • Support  

Future Electronics — RADAR for the Industrial and Consumer Space

FTMJune2018-TV-RADAR-FutureElectronics-tile-200x200

By: Cheong Wei Chua, System Program Manager, Future Electronics In recent years, there has been a lot of research on Radar-based Advanced Driver Assistance Systems (ADAS) as companies go head to head in the autonomous driving market. These systems use short range 24GHz and long range 77GHz radar in conjunction with other sensing or vision […]

Future Electronics — Why the Best Choice for Upgrading an 8-bit MCU Might Be…Another 8-bit MCU

FTMJune2018-TV-FutureElectronics-tile-200x200

By: Ian Fosberry Field, Applications Engineer, Future Electronics The upgrade path for the user of a conventional 8-bit microcontroller which has reached the limit of its capabilities, and which cannot support the application’s requirement for more features and better performance, is in most cases assumed to be a 32-bit MCU. The 32-bit device will execute […]

Future Electronics — How ST’s Motor Profiler Tool Helps Accelerate Motor-Control System Design

FTMMay2018-TV-FutureElectronics-tile-200x200

By: Gianluigi Forte, Andrea Spampinato, Marcello Palano, Alessandro Corsaro Field Oriented Commutation (FOC), also called vector control, a method for controlling electric motors, was invented in the early 1970s, and remains the most advanced motor-control technique available to the system designer today. It operates by controlling the alternating currents that flow into the phases of […]

Future Electronics – Learn How You Can Leverage Future Electronics’ System Design Center

FTMApril2018-ADS-FutureElectronics-tile-200x200

                    System Design Center 1 Concept Define • Create • Develop 2 Design Engineer • Refine • Document 3 Prototype Prove • Iterate • Learn 4 Manufacture Tool • Debug • Support