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Compact Fluorescent
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Updated 13-XI-2022 |
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During the energy crisis of the 1970s, the first real efforts were initiated to begin developing a more efficient light source which could replace the traditional incandescent lamp. It was recognised that the relatively small improvements that had taken place in incandescent lamps during the previous four decades were not enough, and there was potential for replacing it with one of the other newer lamp technologies.
The main focus in Europe was on miniaturising fluorescent lamps and equipping them with compact integrated ballasts, while the Americans initially focussed on miniature self-ballasted metal halide sources. Additional efforts were directed by both continents towards miniaturised electrodeless induction lamps.
Ultimately it was the compact fluorescent approach that won, thanks to the timely development of a new series of phosphors that could endure the higher thermal loadings in small lamps, and the parallel development of miniaturised ballasts. The advantages of the resulting lamps were so significant that they also led to the introduction of the large family of non-ballasted compact fluorescent lamps, intended directly for use in new luminaires having remote control gear.
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| | Non-Retrofit Lamps |
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Thorn |
16W |
2D compact fluorescent |
1983 |
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Thorn |
16W |
2D compact fluorescent with half coated tube |
1984 |
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Philips |
9W |
PL*9 twin-tube |
1982 |
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Osram |
7W |
Dulux S twin-tube |
1983 |
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Sylvania |
5W |
F5TT/27K CF-S twin-tube |
1987 |
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GE |
13W |
Mod-U-Line twin-tube |
1986 |
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Tungsram |
7W |
FD*9 twin-tube |
1989 |
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Tesla |
9W |
DZ*9 twin-tube |
1989 |
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Narva |
9W |
LD:9 twin-tube |
1989 |
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Osram |
24W |
Dulux L twin-tube high power prototype cap |
1985 |
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Thorn |
24W |
2L twin-tube high power with cooling heat sink |
1989 |
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Sylvania |
18W |
Lynx-L twin-tube high power with clear ends |
2001 |
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Sylvania |
13W |
Sy-Lynx D with two discharge tubes |
1984 |
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Philips |
10W |
PLC*10 double-tube |
1986 |
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Osram |
13W |
Double Dulux Low Voltage F13DTT/35K |
1991 |
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Osram |
13W |
Dulux D/E double tube 4-pin Electronic |
1991 |
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Osram |
18W |
Dulux F double tube planar design |
1993 |
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Philips |
18W |
PL-T triple tube Amalgam |
1996 |
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GE |
13W |
Biax T/E triple tube |
1994 |
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Osram |
32W |
Dulux TE triple tube |
1995 |
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GE |
57W |
Biax Q/E quadruple tube |
2006 |
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Philips |
3-13W |
T1 Cold Cathode Meander |
1999 |
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| | Retrofit Lamps - Magnetically Ballasted |
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Philips |
18W |
SL*1000 first prototype compact fluorescent |
1976 |
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Philips |
18W |
SL*18 demonstration half coated |
1980 |
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Philips |
18W |
SL*18 first generation compact fluorescent |
1982 |
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Westinghouse |
25W |
Econ-Nova first USA compact fluorescent |
1983 |
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Philips |
18W |
SL*18R spherical lamp with reflector coating |
1987 |
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Mazda |
14W |
2D Low Energy - with same length as GLS |
1990 |
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| | Retrofit Lamps - Electronically Ballasted |
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Wotan |
18W |
Circolux Electronica for pendant luminaires |
1986 |
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Osram |
15W |
Dulux Electronic first generation |
1987 |
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Philips |
7W |
PLCE*7 with clear demonstration base |
1988 |
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Sylvania |
11W |
Mini-Lynx with world's smallest ballast |
c.1990 |
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Sylvania |
15W |
Mini-Lynx with rose coloured phosphor |
1995 |
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Philips |
11W |
Ambiance GLS-shaped compact fluorescent |
1998 |
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Osram |
5W |
Dulux EL Classic, first true GLS sized retrofit |
1999 |
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Philips |
9½W |
Nightlight LED feature integrated in CFL |
2003 |
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Philips |
11W |
"Genie" Asian low-cost compact fluorescent |
2003 |
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Philips |
23W |
"Tornado" Helical shape compact fluorescent |
2004 |
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GE |
42W |
"Heliax" Spiral shape FLE42HLX-VT-827 |
2005 |
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Sylvania |
8W |
MicroLynx 'F' Low-profile disc shaped lamp |
2001 |
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Xiangshan |
5W |
Nova-Lux Self-ballasted Cold Cathode |
1998 |
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