Fairchild to Display LED Driver Solutions at APEC 2015

Fairchild, a leading global supplier of high-performance power semiconductor solutions, will show why it’s “Power Driven” at APEC 2015, the industry’s leading power electronics conference. Through seven conference papers and demonstrations of industrial motion control, LED lighting, automotive and consumer design applications, Fairchild will highlight its best-in-class solutions and design practices for ensuring exceptional energy efficiency and reliability.

Where: Charlotte Convention Center in Charlotte, North Carolina in booth 905

When: March 15-19

Demonstrations:

Motion Control for Industrial Applications – Discrete and integrated solutions for motor control applications, including the Motion SPM® Series that provides compact and high performance inverter solutions for all kinds of motor applications.
Renewable Energy – High voltage insulation solutions for solar inverters, including Optocoupler Solutions, that provide smart protection and isolation from high-voltage devices in inverter designs.
Power Supplies – Energy-efficient solutions that meet and exceed regulations and standards to provide robust and reliable operations. Fairchild will feature the world’s first 1000V Integrated Power Switch, buck switch solutions for motion control and industrial auxiliary power, and a demonstration of advanced adaptive charger products.
LED Lighting – Demonstrations of the new FL7733A and FL7734 devices, both are single-stage primary-side regulated LED drivers with PFC for flyback or buck-boost configurations. A 50W LED driver and 100W streetlight demonstration will be shown.
Automotive – Demonstration of high-efficiency building blocks for vehicle electrification and traction inverters featuring FAN7190 gate drivers, automotive Power56 and big dies for EV/HEV.
Packaging Portfolio – Fairchild will showcase the latest module packages (HPM, SPM, APM series) and discrete package (WL-CSP4L to TO247) line-up.

Technical papers, tutorials and presentations:

Dual Edge Tracking Control for Synchronous Rectification of LLC Resonant Converter
New Way to Regulate DC Link Voltage for Adaptive Travel Adaptor Applications
Design Considerations and Small Signal Modeling of the Flyback Converter Using Second Stage LC Filtering Circuit
A New Phase Shedding Scheme for Improved Transient Behavior of Interleaved Boost PFC Converters
Wireless Power Transfer System with an Asymmetric 4-Coil Resonator for Electric Vehicle Battery Chargers
Advanced Design Enablement for Optimized Discrete Device and Power System Design
Charge Current Control for LLC Resonant Converter

The locations, dates, times and other relevant details about these technical papers, tutorials and presentations are available athttps://info.fairchildsemi.com/FY15M03-PR-APEC_2015-Fairchild_Speakers.html

Fairchild experts will be at the booth to answer questions regarding the company’s solutions for energy efficient motion control, LED lighting design, automotive power systems, as well as packaging innovation and high-voltage invertor solutions for renewable energy systems.

For more details about Fairchild’s participation at APEC visit https://www.fairchildsemi.com/campaigns/apec-2015/ and register for a chance to win a UAV drone.

Disclaimers of Warranties
1. The website does not warrant the following:
1.1 The services from the website meets your requirement;
1.2 The accuracy, completeness, or timeliness of the service;
1.3 The accuracy, reliability of conclusions drawn from using the service;
1.4 The accuracy, completeness, or timeliness, or security of any information that you download from the website
2. The services provided by the website is intended for your reference only. The website shall be not be responsible for investment decisions, damages, or other losses resulting from use of the website or the information contained therein<

Proprietary Rights
You may not reproduce, modify, create derivative works from, display, perform, publish, distribute, disseminate, broadcast or circulate to any third party, any materials contained on the services without the express prior written consent of the website or its legal owner.