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Large Aperature Calorimeters
For large area
(diameter) or diverging laser beams, Scientech 100 mm and
200 mm diameter disc calorimeters are ideal. Available in
both surface and volume absorbing models, these calorimeters
can handle both cw and pulsed lasers with average power
levels to 100 watts and peak pulse power fluence levels
to 100 GW/cm2. These calorimeters
have found extensive service in scientific research, measuring
single pulse energy levels to 1 kilojoule, in measuring
laser range finders and Lidar systems, and measuring laser
diode arrays and metal vapor lasers. These calorimeters
will operate with the Vector indicators with an interface
module (see below). |
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| 100 mm AND 200 MM DISC CALORIMETER INTERFACE MODULES FOR INDICATORS |
| Part Number |
Description |
| 10735 |
Interface Module for 100 mm Calorimeter Hookup to Vector Indicators for power and energy readings up to 30 W, 30 J |
| 10747 |
Interface Module for 200 mm Calorimeter Hookup to Vector Indicators for power and energy readings up to 30 W, 30 J |
| 10748 |
Interface Module for 100 mm Calorimeter Hookup to Vector Indicators
with 10X electrical attenuator. The indicator will display 1/10 the
actual value thereby allowing readings up to the calorimeters maximum
power and energy capacities. For readings up to
50 W, 150 J
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| 10769 |
Interface Module for 200 mm Calorimeter Hookup to Vector Indicators
with 10X electrical attenuator. The indicator will display 1/10 the actual
value thereby allowing readings up to the calorimeters maximum power and
energy capacities. For readings up to 100 W, 300 J. |
| Notes |
| Note 1 | AC2501, AC5001
30W/cm2@1064nm, 23W/cm2@532nm, 8.5W/cm2@355nm, 175mW/cm2@266nm |
| Note 2 | ACX2501, ACX5001
Note 1 specs x 8 for 400nm to 1.2µm |
| Note 3 | AC25UV, AC50UV, 384UV5, 388UV5, UC150UV
50W/cm2@355nm |
| Note 4 | AC2504, AC5004
35W/cm2@1064nm |
| Note 5 | AC2501, AC5001
100GW/cm2@1064nm, 78GW/cm2@532nm, 29GW/cm2@355nm, 580MW/cm2@266nm |
| Note 6 | AC25UV, AC50UV, 384UV5, 388UV5, UC150UV
Repetitive pulses: 101MW/cm2@355nm; Single pulses: 3.5GW/cm2@355nm |
| Note 7 | AC2504, AC5004
125GW/cm2@1064nm |
| Note 8 | AC2500, AC5000, 360401, 360801, UC150
Max J/cm2 = 1,000 x (pulse width)1/2 to a max of 200J/cm2 |
| Note 9 | AC250FX, AC50FX
Max J/cm2 = 4,950 x (pulse width)1/2 to a max of 12.3J/cm2 |
| Note 10 | ACX25FX, ACX50FX
Max J/cm2 = 39,600 x (pulse width)1/2 to a max of 36.9J/cm2 |
| Note 11 | AC2501, AC5001
Repetitive pulses: 4.1J/cm2@1064nm, 3.2J/cm2@532nm, 1.2J/cm2@355nm, 24mJ/cm2@266nm
Single pulses: 8J/cm2@1064nm, 6.2J/cm2@532nm, 2.3J/cm2@355nm, 46mJ/cm2@266nm |
| Note 12 | ACX2501, ACX5001
Note 11 specs x 8 for 400nm to 1.2µm |
| Note 13 | AC25UV, AC50UV, 384UV5, 388UV5, UC150UV
Repetitive pulses: 1.1J/cm2@355nm; Single pulses: 40J/cm2@355nm |
| Note 14 | AC25004, AC5004
Repetitive pulses: 4.8J/cm2@1064nm; Single pulses: 10J/cm2@1064nm |
| Note 15 | AC25FX, AC50FX
Max p.p.d.: 70MW/cm2@1064nm pulse |
| Note 16 | ACX25FX, ACX50FX
Max p.p.d.: 560MW/cm2@1064nm pulse |
| Note 17 | 380401
27W/cm2@1064nm, 21W/cm2@532nm, 7.7W/cm2@355nm, 158mW/cm2@266nm |
| Note 18 | 380801
13.5W/cm2@1064nm, 10.5W/cm2@532nm, 3.85W/cm2@355nm, 79mW/cm2@266nm |
| Note 19 | 380401
90GW/cm2@1064nm, 71GW/cm2@532nm, 27GW/cm2@355nm, 530MW/cm2@266nm |
| Note 20 | 380801
45GW/cm2@1064nm, 35.5GW/cm2@532nm, 13.5GW/cm2@355nm, 265MW/cm2@266nm |
| Note 21 | 380401
Repetitive pulses: 3.7J/cm2@1064nm, 2.9J/cm2@532nm, 1J/cm2@355nm, 20mJ/cm2@266nm
Single pulses: 7J/cm2@1064nm, 5.6J/cm2@532nm, 2.1J/cm2@355nm, 41mJ/cm2@266nm |
| Note 22 | 380801
Repetitive pulses: 1.85J/cm2@1064nm, 1.45J/cm2@532nm, 0.5J/cm2@355nm, 10mJ/cm2@266nm
Single pulses: 3.5J/cm2@1064nm, 2.8J/cm2@532nm, 1.05J/cm2@355nm, 20.5mJ/cm2@266nm |
| Note 23 | AC25HD, AC50HD, UC150HD, UC150HD40
Max J/cm_ = 4,500 x (pulse width)1/2 to a max of 14J/cm2 |
| Note 24 | ACX25HD, ACX50HD
Max J/cm2 = 36,000 x (pulse width)1/2 to a max of 42.5J/cm2 |
| Note 25 | SP25, SPHF25, SP50, SPHF50, P25, PHF25, P50, PHF50, PHF02, PHF05, PHF09, P05, P09
Max J/cm2 = 316 x (pulse width)1/2 |
| Note 26 | SPHD25, SPHD50, PHD25, PHD50
Max J/cm2 = 4,500 x (pulse width)1/2 to a max of 1.4J/cm2 |
| Note 27 | PHDX25, PHDX50
Max J/cm2 = 36,000 x (pulse width)1/2to a max of 12.6J/cm2 |
| Note 28 | PHDX25UV, PHDX50UV
Max J/cm2 = 18,000 x (pulse width)1/2to a max of 5.6J/cm2 |
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