L6999 Ver la hoja de datos (PDF) - Hamamatsu Photonics
Número de pieza
componentes Descripción
Lista de partido
L6999 Datasheet PDF : 7 Pages
| |||
L2D2 Lamps (Deuterium Lamps )
LONG LIFE : 4000 HOURS
4 times longer guaranteed life
I Life Characteristics
100
The L2-4000 series lamps
assure an operating life of
4000 hours-4 times longer
than conventional lamps.
This is the longest operat-
ing life of any deuterium
lamp.
50
TCYOPNEVENTIONAL
LL22D-220L0A0MP
SERIES
0
0
1000
2000
TIME(hours)
LL22D-4200LA0MP
SERIES
3000
4000
TLSOB0050EA
HIGH STABILITY : 2 TIMES STABLE
Fluctuation: 0.05 %p-p, Drift: ±0.3 %/h
I Light Output Stability
TLSOB0051EA
L2D2 LAMPS
1×10-5AU
By using a newly devel-
oped ceramic structure, a
uniform and optimum tem-
perature distribution, which
are the most important
factor for stable operation,
can be obtained. This
results in fluctuations of
only 0.05 %p-p in the light
output, as well as a re-
duced drift of only ±0.3 %/h.
CONVENTIONAL LAMPS
TIME (30 s/div.)
EXCELLENT
TEMPERATURE
CHARACTERISTICS
Use of a ceramic structure with excellent thermal
stability ensures stable lamp operation even in
the presence of ambient temperature variations.
1
HIGH LIGHT OUTPUT : 1.3 TIMES HIGHER
1.1 times higher (L2-4000 series) (L2-2000 Series)
The L2-2000 series lamps
produce 1.3 times higher
light output than conven-
tional lamps. The L2-4000
series lamps even offer
light output 1.1 times higher
than conventional lamps.
I Radiant Output Intensity
4
3
1L.23DT2ILMAEMSPHLI2G-H20E0R0 SERIES
2
1
TCYOPNEVENTIONAL
0
190 210
230W2A5V0EL2E70NGT2H90(nm3)10 330 350 370 390
TLSOB0052EA
APPLICATIONS
UV-VIS Spectrophotometers
CE(Capillary Electrophoresis)
SOx/NOx Analyzers
Film Thickness Measurement
TLSOF0138
HPLC
Atomic Absorption Spectrophotometers
Thin Layer Chromatography
SMALL INTENSITY VARIATIONS : 1/2
Compared to our conventional lamps
The spacing between elec-
trodes is kept fixed by a
molded ceramic spacer.
This reduces the lamp to
lamp variations in the light
output to one half of that
obtained with our lamps
having a conventional all
metal structure.
I Intensity Variation
TLSOB0053EA
4
3.5
L2D2 LAMPS
3
CONVENTIONAL
2.5
LAMPS
2
1.5
1
0.5
0
190 210 230 250 270 290 310 330 350 370 390
WAVELENGTH (nm)
LESS MOVEMENT
OF ARC
EMISSION POINT
Since the ceramic structure has a small thermal
expansion coefficient, there is virtually no move-
ment of the arc emission point during operation.
2
Share Link: 