Features: ·Room temperature operation Makes PbS cells useful in a wide range of applications including radiation thermometers and flame monitors·High sensitivity·Large active area·Low price·Lower temperature detection limit: 100 °C·Thermoelectrically cooled types Cooling a PbS cell increases sensi...
P2532-01: Features: ·Room temperature operation Makes PbS cells useful in a wide range of applications including radiation thermometers and flame monitors·High sensitivity·Large active area·Low price·Lower te...
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·Room temperature operation Makes PbS cells useful in a wide range of applications including radiation thermometers and flame monitors
·High sensitivity
·Large active area
·Low price
·Lower temperature detection limit: 100 °C
·Thermoelectrically cooled types Cooling a PbS cell increases sensitivity and improves S/N, so cooledtypes are widely used in precision photometry such as in analytical instruments.
Type No. |
Dimensional outline/ Window material *1 |
Package |
Cooling |
Active area (mm) |
Thermistor resistance (k) |
Absolute maximum ratings | ||||
Thermistor power dissipation (mW) |
TE-cooler current issipation (A) |
Supply voltage (V) |
Operating temperature Topr (°C) |
Storage temperature Tstg (°C) | ||||||
P2532-01 |
/S |
TO-8 |
One-stage TE-cooled |
4 * 5 |
9 |
0.2 |
1.5 |
100 |
-30 to +50 |
-55 to +50 |
P2682-01 |
/S |
Two-stage TE-cooled |
1.0 |