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NXP Semiconductors Company presentation September 2010. NXP Semiconductors.
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NXP Semiconductors NXP Semiconductors N.V. (Nasdaq: NXPI) provides High Performance Mixed Signal and Standard Product solutions that leverage its leading RF, Analog, Power Management, Interface, Security and Digital Processing expertise. • Headquarters: Eindhoven, The Netherlands • Net sales: $3.8 billion in 2009 • Employee base: approximately28,000 employees working in more than 25 countries
High Performance Mixed Signal Solutions Radio Processor / Storage Interface Sensor Actuator Power Mixed-Signal Sub-Systems Digital Advanced CMOS 3
Strong innovation track record dating 50+ yearsFocused investment of over $600 million per year in R&D Eindhoven (NL) Nijmegen (NL) Leuven (B) Hamburg (GER) Caen (F) Gratkorn (Austria) Bellevue (US) Beijing San Jose (US) San Diego (US) Shanghai/Suzhou Hong Kong Tempe (US) R&D key figures • Approximately 3,200 employees in R&D of which over 2,600 support our High-Performance Mixed-Signal businesses • Engineering design teams in 23 locations • ~14,000 issued and pending patents Singapore Bangalore (India)
NXP Power & Lighting geographical presence Nijmegen, Netherlands Innovation/ R&D/ Application Foundries: ICN5,6,8 Test: TCN Hamburg, Germany Foundry: ICH Caen, France R&D/ Application Shanghai, China R&D/ Application Taipei, Taiwan Application Cary, USA Application Portland, USA Application Bangkok, Thailand Test & Assembly Singapore Foundry: SSMC Kaohsiung, Taiwan Test & Assembly
Key Technologies / Competencies • Extensive SMPS topology knowledge: • High efficient resonant, flyback, synchronous rectification and forward technology • Half bridge, full bridge converters • Hard switching, soft switching (quasi resonant & real ZVS) • Lighting control knowledge • NXP ICs drive every existing lamp type • Application and System know-how • Mobile and Desktop computing • General Lighting • Consumer Power • High voltage IC technology • Up to 750V • More than 750 million HV-products shipped Subject / Department / Author -
gate poly field plate IN1 field plate source drain LOX+OD p+ n- BOX Handler wafer NXP Solution 100% Target, efficiency 80% and higher Difference in losses ~ 80% 60% Efficiency Conventional Solutions 40% 20% 0W 400W+ Power Loading NXP in Power Management High-voltage SOI processes enable smaller footprint, lower leakage and larger operating temperature range Notebook Adaptors Resonant converter topology enables better efficiency over a larger range of loads Desktop PCs Displays Subject / Department / Author -
Challenges in AC/DC conversion Reduced stand-by powerdown to 10-50mW High Power efficiency Over a large load range Small IC package, small application Mains & EMC friendlyhigh power factor,frequency spread, low audible noise Safe Robust, High voltage compliant, protections Low cost 9
Lighting: new lamps require electronic drivers Compact Fluorescent (CFL) Compact Fluorescent (CFL) Discrete solution NXP UBA2024 Demoboard LED lamp contents: Subject / Department / Author -
gate poly field plate IN1 field plate source drain LOX+OD p+ n- BOX Handler wafer NXP in Lighting High-voltage SOI processes enable smaller footprint, lower leakage and larger operating temperature range Linear Fluorescent High Intensity Discharge Compact Fluorescent LED Subject / Department / Author -
Challenges in Lighting High Power efficiency Over a large load range Reduced stand-by powerdown to 10-50mW True replacement of incandescent Must work with any wall dimmer, instant on Increased quality, product lifetime and safety Small IC package, small application Mains & EMC friendlyhigh power factor,frequency spread, low audible noise Safe Robust, High voltage compliant, protections Low cost 12
But how does it work, what does it bring ? NXP Power management IC in iPod DC/DC DC/DC Digitalcontrol DC/DC Subject / Department / Author -