InfraTec Infrared LLC Datasheets for Noncontact Infrared Temperature Sensors
Noncontact infrared temperature sensors absorb ambient infrared (IR) radiation given off by a heated surface. They are used in applications where direct temperature measurement is not possible.
Noncontact Infrared Temperature Sensors: Learn more
| Product Name | Notes |
|---|---|
| LIM-032 | dual channel; TO39 housing; small chip size; JFET; voltage mode; beamsplitter; |
|
LIM-122
LIM-152 |
dual channel; TO39 housing; small chip size; JFET; voltage mode; |
| LIM-162 | dual channel; TO39 housing; small chip size; OpAmp; current mode; feedback 24GOhm; |
|
LIM-222
LIM-252 |
dual channel; TO39 housing; small chip size; thermal compensation; JFET; voltage mode; |
| LIM-262 | dual channel; TO39 housing; small chip size; thermal compensation; OpAmp; current mode; feedback 100GOhm; |
| LIM-212 | dual channel; TO8 housing; medium chip size; thermal compensation; JFET; voltage mode; |
| LMM-242 | dual channel; TO8 housing; medium chip size; thermal compensation; low Micro; OpAmp; current mode; feedback 100GOhm; |
| LIM-012 | dual channel; TO8 housing; small chip size; JFET; voltage mode; beamsplitter; |
| LIM-052 | dual channel; TO8 housing; small chip size; OpAmp; current mode; feedback 22GOhm; beamsplitter; |
| LFP-3041L-337 | Pyroelectric IR detector with integrated ø1.9mm micromachined tunable Fabry-Perot filter. Tuning range 3.0 ... 4.1µm, spectral bandwidth 80nm, low spring stiffness, pyroelectric element area 2.0x2.0mm² thermal compensation, ultra low microphonic... |
| LFP-3950H-337 | Pyroelectric IR detector with integrated ø1.9mm micromachined tunable Fabry-Perot filter. Tuning range 3.9 ... 4.8µm, spectral bandwidth 100nm, low spring stiffness, pyroelectric element area 2.0x2.0mm² thermal compensation, ultra low microphonic... |
| LIM-114 | quad channel; TO8 housing; medium chip size; JFET; voltage mode; |
|
LIM-214
LIM-314 |
quad channel; TO8 housing; medium chip size; thermal compensation; JFET; voltage mode; |
| LMM-244 | quad channel; TO8 housing; medium chip size; thermal compensation; low Micro; OpAmp; current mode; feedback 100GOhm; |
| LIM-011 | quad channel; TO8 housing; small chip size; JFET; voltage mode; beamsplitter; |
| LIM-054 | quad channel; TO8 housing; small chip size; OpAmp; current mode; feedback 22GOhm; beamsplitter; |
| LIE-201 | single channel; TO18 housing; small chip size; current mode; |
| LIE-200 | single channel; TO18 housing; small chip size; JFET; current mode; feedback 1GOhm; |
| LIE-202 | single channel; TO18 housing; small chip size; JFET; voltage mode; |
| LIE-216 | single channel; TO18 housing; small chip size; thermal compensation; JFET; voltage mode; |
| LME-501 | single channel; TO39 housing; large chip size; low Micro; current mode; |
| LME-500 | single channel; TO39 housing; large chip size; low Micro; JFET; current mode; feedback 24GOhm; |
| LME-502 | single channel; TO39 housing; large chip size; low Micro; JFET; voltage mode; |
| LME-541 | single channel; TO39 housing; large chip size; low Micro; OpAmp; current mode; feedback 24GOhm; |
| LME-553 | single channel; TO39 housing; large chip size; low Micro; OpAmp; current mode; feedback 5GOhm; expanded transimpedance amplifier (TIA) for 1Hz to 1kHz modulation frequency range |
| LME-551 | single channel; TO39 housing; large chip size; low Micro; OpAmp; current mode; feedback 5GOhm; |
| LIE-312 | single channel; TO39 housing; medium chip size; JFET; voltage mode; long time constant, metal black coating |
| LIE-312f | single channel; TO39 housing; medium chip size; JFET; voltage mode; short time constant, metal black coating |
| LIE-302 | single channel; TO39 housing; medium chip size; JFET; voltage mode; |
| LME-301 | single channel; TO39 housing; medium chip size; low Micro; current mode; |
| LME-300 | single channel; TO39 housing; medium chip size; low Micro; JFET; current mode; feedback 24GOhm; |
|
LME-302
LME-304 |
single channel; TO39 housing; medium chip size; low Micro; JFET; voltage mode; |
| LME-341 | single channel; TO39 housing; medium chip size; low Micro; OpAmp; current mode; feedback 24GOhm; |
|
LME-353
LME-392 |
single channel; TO39 housing; medium chip size; low Micro; OpAmp; current mode; feedback 2GOhm; advanced transimpedance amplifier (TIA) for 1Hz to 750Hz modulation frequency range time response flat from 10Hz... |
| LME-351 | single channel; TO39 housing; medium chip size; low Micro; OpAmp; current mode; feedback 5GOhm; |
| LIE-316 | single channel; TO39 housing; medium chip size; thermal compensation; JFET; voltage mode |
| LME-316 | single channel; TO39 housing; medium chip size; thermal compensation; low Micro; JFET; voltage mode; |
| LME-337 | single channel; TO39 housing; medium chip size; thermal compensation; low Micro; OpAmp; current mode; feedback 100GOhm; advanced transimpedance amplifier (TIA) for 1Hz to 100Hz modulation frequency range |
| LME-335 | single channel; TO39 housing; medium chip size; thermal compensation; low Micro; OpAmp;current mode; feedback 100GOhm; |
| LME-345 | single channel; TO39 housing; medium chip size; thermal compensation; low Micro; OpAmp;current mode; feedback 24GOhm; |
| LIE-332f | single channel; TO39 housing; small chip size; JFET; voltage mode; short time constant, metal black coating |
| LIE-332 | single channel; TO39 housing; small chip size; JFET; voltage mode;long time constant, metal black coating |
| LIE-241 | single channel; TO39 housing; small chip size; OpAmp; current mode; feedback 24GOhm; |
| LIE-251 | single channel; TO39 housing; small chip size; OpAmp; current mode; feedback 5GOhm |
| LIE-235 | single channel; TO39 housing; small chip size; thermal compensation; OpAmp; current mode;feedback 100GOhm; |
| LIE-245 | single channel; TO39 housing; small chip size; thermal compensation; OpAmp; current mode;feedback 24GOhm; |
| LIE-329 | single channel; TO8 housing; large chip size; current mode; |