GreenChip
Encyclopedia
GreenChip is a process concept and technology invented by Philips Semiconductors (now NXP Semiconductors) which is used in company’s range of power adapter ICs with the same name. GreenChip ICs are used in power adapters and power supplies, as well as energy-saving CFL bulbs and LED
lighting products. In 2011, NXP introduced the GreenChip smart lighting solution -- including the GreenChip iCFL for compact fluorescent lamps and the GreenChip iSSL for LEDs -- to enable quick start times, dimming, extended lifetimes, and wireless connectivity via IPv4 or IPv6 using JenNet-IP
network layer software.
controller with integrated standby burst mode aimed at CRT
monitor applications. Improvements to standby behavior meant the chip realized a < 3 W consumption (the Energy Star
target at the time), without needing a separate standby power supply.
The second generation GreenChip II products appeared in 2000 with the release of the TEA1507, a quasi resonant flyback SMPS controller targeted at standby power savings in monitors, TVs and VCRs. It could achieve a standby performance of < 1 W and boasted efficiency improvements well beyond 90%. The IC was built in close cooperation with Philips CE TV and was included in the designs of numerous TV manufacturers.
In 2002/2003, the GreenChip II TEA155x series was released. Derived from the TEA1507, the new series was specifically aimed at notebook adapters. The GreenChip II series was capable of reducing notebook adapter no-load power to below 500 mW (a 100% improvement on the state-of-the-art 1 W at that time). It also improved system robustness by integrating more adapter specific protections and signaling conditioning functionality. The TEA155x grew to take a dominant share in the notebook adapter market.
The third generation GreenChip III arrived in 2007 with the launch of the TEA1750 . It established market leadership in the high power and high efficiency notebook and 75-250 W computing markets. GreenChip III combines an SMPS controller with an active PFC pre-conditioner to deliver a highly integrated solution with minimal external components. TEA175x achieves < 300 mW no-load performance, with typical efficiency levels at or beyond 90% over the power supply’s complete operating range. GreenChip III is used in the power adapters of notebook PCs, power supplies for small PCs and all-in-one integrated systems like the iMac.
The GreenChip SR, a secondary control IC for notebook adapters, was launched in 2006 with the TEA176x family. The GreenChip SR familiy was extended in 2009 with the TEA179x family. GreenChip SR is a control circuit for the output stage of power supplies. By replacing diode rectifiers with active MOSFET rectification, GreenChip SR enabled typical loss reductions of 20-30%.
In 2006, Philips also introduced the GreenChip PC, a chipset featuring a new topology designed to increase the overall efficiency of desktop PC power supplies to more than 80 percent; at the time, most desktop PC power supplies were only 60 to 70 percent efficient when operating. The GreenChip PC was based on patented Philips technology integrating the standby supply into the main converter, reducing the number of external components required.
Addressing 10-70 W class power supplies, the TEA173x GreenChip Low Power generation was launched towards the end of 2009. The TEA173x targeted high volume computing (netbook, printer, monitor) and consumer (STB, DVD, blue ray, audio) applications. The GreenChip Low Power series enabled efficiencies of up to 90% and standby performances of less than 100 mW.
GreenChip Resonant ICs such as the TEA1713, launched in early 2010, extend the higher end of the Greenchip portfolio. They feature a resonant converter capable of being applied from 90-600 W and delivering efficiencies of over 95%. They are suitable for a broad range of applications including LCD TV and high efficiency computing power like high density travel adapters.
2010 also saw the advent of GreenChip ICs for lamps. These enable the creation of compact energy-saving CFL
bulbs that resemble the familiar incandescent bulbs. GreenChip lighting ICs offer a number of benefits over other solutions including greater reliability (extended lifetimes), faster start-up, dimming capability and low noise operation.
for control in multi-chip configurations. In the second generation and after, BiCMOS was replaced by the A-BCD2 (Advanced Bipolar CMOS DMOS 2) process.
LEd
LEd is a TeX/LaTeX editing software working under Microsoft Windows. It is a freeware product....
lighting products. In 2011, NXP introduced the GreenChip smart lighting solution -- including the GreenChip iCFL for compact fluorescent lamps and the GreenChip iSSL for LEDs -- to enable quick start times, dimming, extended lifetimes, and wireless connectivity via IPv4 or IPv6 using JenNet-IP
JenNet-IP
JenNet-IP software is an enhanced 6LoWPAN network layer for ultra-low-power 802.15.4 based wireless networking. Using a "mesh-under" networking approach, JenNet-IP is designed to enable the Internet of Things and can serve wireless networks in excess of 500 nodes.In May 2011, NXP Semiconductors...
network layer software.
History
The TEA1504 was the first IC to bear the GreenChip name. Released in 1998, it was an SMPSSwitched-mode power supply
A switched-mode power supply is an electronic power supply that incorporates a switching regulator in order to be highly efficient in the conversion of electrical power...
controller with integrated standby burst mode aimed at CRT
Cathode ray tube
The cathode ray tube is a vacuum tube containing an electron gun and a fluorescent screen used to view images. It has a means to accelerate and deflect the electron beam onto the fluorescent screen to create the images. The image may represent electrical waveforms , pictures , radar targets and...
monitor applications. Improvements to standby behavior meant the chip realized a < 3 W consumption (the Energy Star
Energy Star
Energy Star is an international standard for energy efficient consumer products originated in the United States of America. It was first created as a United States government program during the early 1990s, but Australia, Canada, Japan, New Zealand, Taiwan and the European Union have also adopted...
target at the time), without needing a separate standby power supply.
The second generation GreenChip II products appeared in 2000 with the release of the TEA1507, a quasi resonant flyback SMPS controller targeted at standby power savings in monitors, TVs and VCRs. It could achieve a standby performance of < 1 W and boasted efficiency improvements well beyond 90%. The IC was built in close cooperation with Philips CE TV and was included in the designs of numerous TV manufacturers.
In 2002/2003, the GreenChip II TEA155x series was released. Derived from the TEA1507, the new series was specifically aimed at notebook adapters. The GreenChip II series was capable of reducing notebook adapter no-load power to below 500 mW (a 100% improvement on the state-of-the-art 1 W at that time). It also improved system robustness by integrating more adapter specific protections and signaling conditioning functionality. The TEA155x grew to take a dominant share in the notebook adapter market.
The third generation GreenChip III arrived in 2007 with the launch of the TEA1750 . It established market leadership in the high power and high efficiency notebook and 75-250 W computing markets. GreenChip III combines an SMPS controller with an active PFC pre-conditioner to deliver a highly integrated solution with minimal external components. TEA175x achieves < 300 mW no-load performance, with typical efficiency levels at or beyond 90% over the power supply’s complete operating range. GreenChip III is used in the power adapters of notebook PCs, power supplies for small PCs and all-in-one integrated systems like the iMac.
The GreenChip SR, a secondary control IC for notebook adapters, was launched in 2006 with the TEA176x family. The GreenChip SR familiy was extended in 2009 with the TEA179x family. GreenChip SR is a control circuit for the output stage of power supplies. By replacing diode rectifiers with active MOSFET rectification, GreenChip SR enabled typical loss reductions of 20-30%.
In 2006, Philips also introduced the GreenChip PC, a chipset featuring a new topology designed to increase the overall efficiency of desktop PC power supplies to more than 80 percent; at the time, most desktop PC power supplies were only 60 to 70 percent efficient when operating. The GreenChip PC was based on patented Philips technology integrating the standby supply into the main converter, reducing the number of external components required.
Addressing 10-70 W class power supplies, the TEA173x GreenChip Low Power generation was launched towards the end of 2009. The TEA173x targeted high volume computing (netbook, printer, monitor) and consumer (STB, DVD, blue ray, audio) applications. The GreenChip Low Power series enabled efficiencies of up to 90% and standby performances of less than 100 mW.
GreenChip Resonant ICs such as the TEA1713, launched in early 2010, extend the higher end of the Greenchip portfolio. They feature a resonant converter capable of being applied from 90-600 W and delivering efficiencies of over 95%. They are suitable for a broad range of applications including LCD TV and high efficiency computing power like high density travel adapters.
2010 also saw the advent of GreenChip ICs for lamps. These enable the creation of compact energy-saving CFL
Compact fluorescent lamp
A compact fluorescent lamp , also called compact fluorescent light, energy-saving light, and compact fluorescent tube, is a fluorescent lamp designed to replace an incandescent lamp; some types fit into light fixtures formerly used for incandescent lamps...
bulbs that resemble the familiar incandescent bulbs. GreenChip lighting ICs offer a number of benefits over other solutions including greater reliability (extended lifetimes), faster start-up, dimming capability and low noise operation.
Technology
The first and second generation of GreenChip ICs used a combination of High Voltage DMOS and more dense BiCMOSBiCMOS
BiCMOS is an evolved semiconductor technology that integrates two formerly separate semiconductor technologies - those of the analog bipolar junction transistor and the digital CMOS transistor - in a single integrated circuit device....
for control in multi-chip configurations. In the second generation and after, BiCMOS was replaced by the A-BCD2 (Advanced Bipolar CMOS DMOS 2) process.