1100 Series Lite-Pac® Trigger Modules
Type
Arc
Length
(mm)
Spectral
Distribution
(nm)
Window
Material
Energy
per Flash
(joules)
Average
Power
(watts)
Voltage
(Vdc)
Flash
Rate
(Hz)
Life (1)
(flashes)
Low Power
FX 1101
FX 1102
FX 1103
FX 1104
FX 1105
FX 1106
225 – 1100+
190 – 1100+
120 – 1100+
225 – 1100+
190 – 1100+
120 – 1100+
Borosilicate
UV
0.15
10
350 –
1000
300
1.5
3.0
>1 x 109
MAX.
MAX.
MAX.
VUV
Borosilicate
UV
0.15
MAX.
10
MAX.
350 –
1000
300
MAX.
>1 x 109
VUV
Medium Power
FX 1130
FX 1131
FX 1132
225 – 1100+
190 – 1100+
120 – 1100+
Borosilicate
UV
0.25
MAX.
15
MAX.
350 –
1000
300
MAX.
1.5
>1 x 109
VUV
High Power
FX 1150
FX 1151
FX 1152
FX 1153
FX 1154
FX 1155
225 – 1100+
190 – 1100+
120 – 1100+
225 – 1100+
190 – 1100+
120 – 1100+
Borosilicate
UV
0.5
20
350 –
1000
300
1.5
3.0
>1 x 109
>1 x 109
MAX.
MAX.
MAX.
VUV
Borosilicate
UV
0.5
MAX.
20
MAX.
350 –
1000
300
MAX.
VUV
Typical Spectral Distribution of Xenon Flashlamps and Window Transmittance
Air Cuttooffff
Ozzoonnee
1.0
0.8
RELATIVE SPECTRAL
RESPONSE OF SILICON
VUV
BOROSILICATE
UV
0.6
PHOTOPIC RESPONSE
0.4
0.2
0
100
150
200
250
300
350
400nm
500
600
700
800
900
1000
1100
9%
10%
15%
10%
5%
5%
14%
7%
5%
4%
7%
5%
4%
WAVELENGTH IN NANOMETERS AND LIGHT OUTPUT DISTRIBUTION IN %
PERKINELMER [ PERKINELMER OPTOELECTRONICS ]
