ON Semiconductor, L.L.C.
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5005 E. McDowell Rd., A100 Phoenix, AZ 85008 USA
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WebSite:
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http://www.onsemi.com
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Phone:
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602-244-6600
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Toll Free:
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800-282-9855
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Fax:
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602-244-7211
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Products for ON Semiconductor, L.L.C.:
Recent Articles for ON Semiconductor, L.L.C.:
1:4 fanout buffers run at 6.5 or 10 Gbits/s
The NB6HQ14M and NB7HQ14M 1:4 fanout clock/data drivers feature input equalization. They operate at up to 6.5 or 10 . . .
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Clock drivers handle up to 10 Gbits/s
The NB7L585, NB7L585R, NB7V585M, and NB7V586M clock and data driver ICs provide a 2:1:6 function integrating a 2:1 mux . . .
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Dual-channel dig-pots offer 256-resitor taps
The CAT5270 and CAT5271 digitally programmable potentiometer (DPP) ICs are dual-channel devices with 256 resistor taps for fine resolution . . .
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0.18-µm CMOS process enables low-power SoCs
ON Semiconductor has announced a cost-competitive 0.18-µm CMOS process technology dubbed ONC18 — that is said to be . . .
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Voltage reference ICs have 0.02% accuracy
The CAT8900 family of high-accuracy voltage reference ICs combines 0.02% initial accuracy ±0.5 mV, 800-nA supply current consumption, and . . .
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Videos for ON Semiconductor, L.L.C.:
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High-Efficiency 255 W ATX Power Supp
Reference Design
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Understand the different design and regulatory challenges facing desktop power supplies and learn how to implement a practical energy efficient solution.
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ESD protection on high-speed USB 2.0
Capacitance on USB 2.0 Signals
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The effects of capacitance on USB signals, comparing ESD protection parts added to dataline with varying capacitances. See benefits of Ultra-Low Capacitance ESD Protection Diode family vs. Higher capacitance option
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ON Semiconductor's ESD9L
ESD protection diode
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ON Semi's Lon Robinson puts the ESD9L against competing silicon, polymer, and varistor technologies with staggering results.
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Reference Design Documents for ON Semiconductor, L.L.C.:
Power Supply, 220 W, LCD TV
220 W LCD TV Power Supply Reference Design; A High-Efficiency GreenPoint Solution
- Active mode efficiency: 88.2% @ 115 Vac; 90.6% @ 230 Vac
- Standby mode consumption (@ output power = 500 mW): 873 mW @ 230 Vac; 735 mW @ 115 Vac
- Power factor controlled, meets IEC 61000-3-2 requirements
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Power Supply, 160 W, CRT TV
160 W CRT TV Power Supply Reference Design; A High-Efficiency GreenPoint Solution
- Active mode efficiency: >91% @ 230 Vac; >87% @ 110 Vac
- Standby mode consumption (@ output power = 100 mW): < 800 mW
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Power Supply, up to 180 W, HV LIPS LCD TV
Up to 180 W, HV-LIPS LCD TV Power Supply Reference Design; A High-Efficiency GreenPoint Solution
- HV-LIPS topology powers inverter directly from the PFC stage, simplifying the design and improving efficiency
- Architecture supports ENERGY STAR 3.0 TV requirements for active and standby power
- Power capability to support LCD TV sizes from 32-42\"
- Typical standby mode consumption of 400 mW with 50 mW load
- Power factor controlled, meets IEC 61000-3-2 requirements
- Universal input range from 90-265 Vac
- Production ready design: fully tested, robust, cost-effective
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Power Supply, 255 W, ATX 80 PLUS Silver
255 W 80 PLUS Silver ATX Reference Design; A High-Efficiency GreenPoint Solution
- Production Ready 80 PLUS Silver Reference Design
- Active mode efficiency >85%, @ 100, 115, 230, and 240 Vac, @ 25%, 50%, and 100% of load
- Compliant with ENERGY STAR 5.0 and Climate Savers Computing Initiative Step 3
- Meets IEC 61000-3-2 requirements for power factor >0.95 @ 100, 115, 230, and 240 Vac
- Production ready design: fully tested, robust, cost-effective
- All measurements obtained at end of 41 cm (16 in) cable
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Power Supply, 50 W, STB
50 W STB Power Supply Reference Design; A High-Efficiency GreenPoint Solution
- Active mode efficiency: >81%
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eeTechBriefs –
15-Minute on-demand multimedia web casts covering the latest product developments.
Clock generation requirements for applications such as routers, servers, networking switches, and line cards continue to demand increased frequency, better signal purity and higher component reliability. Systems are getting more complex with additional new features requiring many different frequencies. Traditionally clock generation for markets such as High Definition Video (HDV) processing, high-end computing, networking / telecom, automatic test equipment and industrial applications have been primarily serviced by 3rd overtone or SAW based crystal oscillators. These technologies have physical limitations making them time consuming, difficult and costly to manufacture for frequencies above 50 MHz.
This presentation will compare and contrast traditional 3rd overtone or SAW based crystal oscillator solutions with PLL base crystal oscillator modules as an alternative solution for clock generation implementations suitable for frequencies above 50 MHz.
Are you looking for a power saving and low cost alternative to standard MOSFETs?
ON Semiconductor and Avnet Electronics are sponsoring a brief Webcast discussing traditional and new low power solutions for many standard power management problems.
The presentation will review:
- Technology comparisons
- Reference designs
- Circuit comparisons and considerations
- Product selection – finding the right products for your specific application
In less than 14-minutes, you’ll gain an understanding of how to optimize your next low voltage, high speed switching application where affordable efficient energy control is important.
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