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PCIM Europe
Date: May 14 — 16, 2013
Location: Nuremberg, Germany
Link: http://www.mesago.de/en/PCIM/The_conference/Welcome/index.htm
Fairchild Solution Focus: Industrial Power, Automotive, LED Lighting and DC-DC Conversion Solutions.
Visit us at PCIM Europe and see Fairchild in Motion with live demonstrations; enjoy in-depth papers and presentations throughout the conference. You can also arrange a private meeting with our power experts.
Efficiency, reliability, and thermal performance, along with reducing noise and board space and ease of design, are critical challenges for motor control architectures. Designers commonly choose AC Induction Motors (ACIM), brushed and brushless DC, stepper and Permanent Magnet Synchronous (PMSM) to meet these challenges. However, choosing the right components for the system is also critical to the success of the design.
During the show, demos will focus on motion control applications such as: 3-Phase Motors, Single-Phase AC Input Motors, Low/Medium Voltage Motors, Low Voltage DC Input Motors and Automotive Motors
Other demonstrations at the show include LED light solutions (dimmable and non-dimmable), industrial power solutions; Opto/IGBT/SiC driver boards; wide-input range power supply solutions using SiC 2kW LLC board; and DC-DC conversion demos with superior thermal regulation.
Fairchild experts will also present on power semiconductor solutions during the show. Sessions include:
- Tuesday, 14 May 2013: Poster Dialogue Session, Power Devices I, PP08: A New 1200V High Speed Field Stop Trench IGBT, by Sungmo Young
- Tuesday, 14 May 2013: Poster Dialogue Session, Power Devices II, PP14: New Generation Super-Junction MOSFET for Lower Switching Noise and Reliable Operation by Controlled dv/dt and di/dt Switching Behavior, by Wonsuk Choi
- Tuesday, 14 May 2013: Poster Dialogue Session, Power Devices II, PP17: Circuit-simulation Methodology for Application-specific Device Design for Mid-voltage MOSFETS,
by Tirthajyoti Sarka - Tuesday, 14 May 2013: Exhibitor Forum, Hall 7, Booth 636, 1140-1200: Solving Design Challenges in Motion Control, by Jonathan Harper
- Wednesday, 15 May 2013: Morning and Afternoon Oral Sessions, Power Semiconductor Switches I, Room Munchen I, 11:00 a.m.: Optimized Buffer Layer for the High Performance and Enhanced Short Circuit Immunity of Trench IGBT, by Kyu-Hyun Lee
- Thursday, 16 May 2013: Exhibitor Forum, Hall 7, Booth 636, 1240-1300: Meet Automotive Challenges with Fairchild's Energy Efficient and Optimized Performance Solutions that Help Designers to Reduce Emissions, by Marco Atzeri
Date: May 30, 2013
Time: 10:00am
Language: Mandarin
Topic: Highly Efficient and Reliable Discrete Solutions for AC-DC SMPS Applications Design: SuperFET® II MOSFET Series
Registration Link: http://seminar.21ic.com/meeting/detail?meeting_id=124
In this webinar, we will introduce Fairchild’s new generation of Super-Junction MOSFET, SuperFET® II MOSFETs and how they can minimize your design effort and maximize system efficiency and reliability in AC-DC SMPS applications.
Due to constantly growing speed and power requirements of data processing, AC-DC SMPS designers face the challenge of improving system efficiencies and power densities. Fairchild’s new Super-Junction (SJ) MOSFETs address the variety of design challenges concurrently. SJ MOSFETs, based on charge-balanced technology, offer outstanding performance in both on-resistance and parasitic capacitances, which usually are a trade-off. With smaller parasitic capacitances, the super-junction MOSFETs have extremely fast switching characteristics and therefore reduced switching losses. However, without dv/dt control, the drain-source voltage slew rate reaching up to 100V/ns. Additionally, this could lead to EMI problems and unstable operation related to the stray parasitic in devices (or printed circuit boards) and non-linear parasitic capacitances of super-junction MOSFET in switching mode power supplies. Fairchild’s new generation super-junction MOSFET, SuperFET® II devices enable fast switching and low switching noise to achieve high efficiency and low EMI in applications due to its optimized design of SuperFET® II MOSFET.
Date: June 18, 2013
Time: 10:00am
Language: Mandarin
Topic: High Performance Package Solutions for DC-DC Power Applications
Registration Link: http://seminar.21ic.com/meeting/detail?meeting_id=128
Date: June 18 – 20, 2013
Location: Shanghai, China
Link: http://www.mesago.de/en/AsiaPCIM/The_conference/Program/index.htm
At the show, Fairchild Semiconductor Senior Application Engineers Dongwook Kim and Wonsuk Choi will present their paper, “Benefits of the Power56 Package in Combination with New PowerTrench® MOSFETs in Synchronous Rectification.” This paper is one of three nominated for PCIM Asia’s Best Paper Award.
Other Fairchild technical papers to be presented at PCIM include:
- “Development of a New Smart Power Module (SPM®) Single In-Line Package for Up to 3kW Industrial Motor Drive Applications” by Seung-Hyun Hong, Kang-Yoon Lee and Tae-Sung Kwon, Fairchild Semiconductor, South Korea.
- “Improving Standby Power Consumption of a Two-Stage Switching Power Supply,” by WonSeok Kang, Fairchild Semiconductor, South Korea.
- “An Innovative Rthjc Measurement Solution for Power Devices in PQFN/MLP Packages,” by Xianglin Song, Fairchild Semiconductor, China
Past Events
Date: April 2, 2013
Location: http://webinar.e4ds.com/
Speaking Timeslot: 10:30 am - 12:00 pm
Speaker: H.S. Song (Apps/Sys Engineer)
Registration link: http://www.eewebinar.co.kr/webcast/index.html?category=webcast&idx=121
Join Fairchild's technical expert, H.S. Song, for an on-line webinar where he will present "Simplifying BLDC Motor Control Designs." This webinar will explore Fairchild’s hybrid BLDC/PMSM solutions.
Motor control application designers are now moving away from the traditional universal, or AC motor design, to a more sophisticated brushless DC (BLDC) motor or permanent magnet synchronous motor (PMSM) design. However, engineers who must convert AC motor controls to a BLDC/PMSM solution face such significant challenges such as developing complex electronic control algorithms and the daunting task of transforming complicated mathematical computation into software coding.
Fairchild’s hybrid BLDC/PMSM solution represents the industry’s highest level of hardware and software integration. In this webinar, we will introduce the new parallel processing architecture and how it can minimize your design effort in PMSM/BLDC motor applications.
Find more information about BLDC Motor Control solutions at www.fairchildsemi.com/bldc.
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