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2013-03-19 EPC rolls out dev board for 100V eGaN FET apps
The EPC9010 development board a 100 V maximum device voltage, 7 A maximum output current, half bridge with onboard gate drives, featuring the EPC2016 enhancement mode field effect transistor.
2015-07-16 EPC eGaN half bridge power ICs with integrated bootstrap FET
Geared for resonant wireless power transfer applications, the EPC2107 and EPC2108 promise to eliminate gate driver induced reverse recovery loses as well as the need for a high side clamp.
2013-04-12 EPC arms development board with TI's eGaN FETs
The EPC9005 development board is a half bridge configuration containing two 40 V EPC2014 eGaN FETs with a 7 A maximum output current using a gate driver optimised for GaN devices.
2011-08-22 eGaN FETs feature superior dV/dt immunity
EPC's second-generation 200V enhancement mode gallium nitride FETs tout high frequency switching.
2011-08-19 Development board features 200V eGaN FET
The EPC9004 is a 200V maximum input voltage board that can be used in solar microinverters and class D audio amplifiers.
2013-10-08 Dev't board features eGaN FETs in parallel operation
The EPC9017 is geared for high current, high step down voltage, buck intermediate bus converter (IBC) applications using eGaN FETs.
2014-02-10 Dev't board features 100V eGaN FETs with 35A max output
The EPC9013 boasts a parallel configuration and can be operated as a buck, boost or bidirectional, as well as a half bridge for motor drives and isolated converter applications.
2015-09-16 120V, 20A eGaN IC optimised for wireless power transfer
The EPC2110 promises high performance as a result of its ultra high switching frequency, extremely low RDS(on), exceptionally low QG and in a 1.35mm x 1.35mm package.
2015-12-14 Get 500W in converter with GaN (Part 2)
In Part 2, we tackle the key details of physical and electrical design, including layout, key waveforms and losses. We also summarise key potential improvements.
2013-05-16 Exploring the gallium nitride technology
Discover why GaN technology is touted to displace silicon MOSFET devices.
2012-08-15 EPC taps hi-fi eGans for new wireless charging system
Advanced switching speeds enhances power efficiency for highly resonant wireless power.
2014-07-10 Converters get boost from power transistors
Power transistors from EPC provide lower on-resistance, lower capacitance, higher current, and superior thermal performance, allowing power converters to perform with greater efficiency.
2015-12-07 Get 500W in converter with GaN (Part 1)
Part 1 covers brick technology, a comparison of eGaN FETs to silicon MOSFETS, a basic overview of the GaN-based eighth-brick design, and experimental results.
2005-08-11 X-EMI readies chips to cut EMI by 20 dB
A startup with roots in the network-processor company SiTera Inc. has demonstrated a unique solution to electromagnetic interference problems at a vertical EMI show in Chicago.
2012-09-06 Suntech Power, Hanwha Solar sign collaborative research deal
An advanced processing technology being pioneered at UNSW to improve the efficiency of first generation silicon solar cells has the competing solar makers into unlikely collaborators.
2005-10-03 Startup tames EMI using spectral-diffusion scheme
X-EMI Inc. uses a method of spectral diffusion that modifies system clocks to reduce EMI from various sources.
2015-05-27 IDT, EPC collaboration merges GaN, silicon tech
The two companies are joining forces to focus on wireless power, communications and computing infrastructure, and radio frequency.
2014-12-11 Half-bridge transistor touts 87 per cent system efficiency
The EPC2101 offers improved switching speed and thermal performance, as well as increased power density. It also aims to save space and lower system costs.
2012-08-16 Gallium Nitrate superior for 6.78MHz carrier frequency
Efficient Power Conversion claims that GaN transistors are superior for the proposed 6.78MHz carrier frequency for resonant transfer.
2015-02-02 CMOS finds its match: GaN ignites shift in power
The CEO of EPC said that its low-cost gallium nitride chips will enable a range of applications from wireless charging to autonomous vehicles and more efficient cellular communications.
2009-09-04 Automating the analog design flow
Complete automation of the analog IC design flow is a concept that has been debated for decades. The EDA community has focused on automating elements of the design process. But why does 100 percent automation evade us stilland, indeed, should it even be the focus?
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