Littelfuse, Inc. Datasheets for Thermistors

Thermistors are thermally-sensitive devices whose electrical resistance varies with temperature. Unlike RTDs and thermocouples, thermistors do not have standards associated with their resistance vs. temperature characteristics or curves.
Thermistors: Learn more

Page: 1 2

Product Name	Notes
GP101B0M GP103G4F GP103J4F GP104L8F GP105V8J KC103J2F KR501D0J KS102J2 KS103G2 KS103J2 KS103J34 KS104R2 KS203J2 KS222J2 KS302J2 KS303J2 KS502J2 KS503J2 KS503R2 KS602J2 LC101B2K LC101D2N LC102F2K LC103E2K LC103G2K LC103J2G LC103J2K LC104R2K LC203J2K LC222J2K LC302J2J LC302J2K LC303H2K LC303J2J LC303J2K LC502J2K LC503J2K LR104R0J LR253K0F NPSSH103F3T1NDM01 NSSM502K3J1NHB001 NXKE502M3T1NEC001 NXUF103J3T1NFC001 PR103J2 PR203J2 PR222J2 PR302J2 PR303J2 PR502J2 PR503J2 PW102E3 PW102J2 PW103G2 PW103J2 PW104J2 PW104R2 PW203J2 PW222J2 PW302J2 PW303J2 PW502J2 PW503J2 PW503R2 PW602J2 RA102E0J RA103J0Q-TR RA204R0J RA402L0J RB501D0J SETP0805-100-CC-2 SETP0805-100-SE-2 SM103J1K-TR SM104J1O-TR SP102F1J USP11492 USP11595 USP12397
Glass Probe Thermistors (0.070" Diameter) -- GL102E5J Glass Probe Thermistors (0.070" Diameter) -- GL102E9J Glass Probe Thermistors (0.070" Diameter) -- GL103J5J Glass Probe Thermistors (0.070" Diameter) -- GL103J9J Glass Probe Thermistors (0.070" Diameter) -- GL104R5J Glass Probe Thermistors (0.070" Diameter) -- GL104R9J Glass Probe Thermistors (0.070" Diameter) -- GL122E5J Glass Probe Thermistors (0.070" Diameter) -- GL122E9J Glass Probe Thermistors (0.070" Diameter) -- GL202F5J Glass Probe Thermistors (0.070" Diameter) -- GL202F9J Glass Probe Thermistors (0.070" Diameter) -- GL502F5J Glass Probe Thermistors (0.070" Diameter) -- GL502F9J	Littelfuse high temperature glass probe thermistors feature superior long-term stability and fast thermal response. Their small size and glass encapsulation makes them especially suitable for temperature measurement and control where...
Leadless Top/Bottom Terminated Chip Thermistors (150°C) -- BC101B1K Leadless Top/Bottom Terminated Chip Thermistors (150°C) -- BC102F1K Leadless Top/Bottom Terminated Chip Thermistors (150°C) -- BC103J1K Leadless Top/Bottom Terminated Chip Thermistors (150°C) -- BC104R1K Leadless Top/Bottom Terminated Chip Thermistors (150°C) -- BC203J1K Leadless Top/Bottom Terminated Chip Thermistors (150°C) -- BC222J1K Leadless Top/Bottom Terminated Chip Thermistors (150°C) -- BC302J1K Leadless Top/Bottom Terminated Chip Thermistors (150°C) -- BC303J1K Leadless Top/Bottom Terminated Chip Thermistors (150°C) -- BC501B1K Leadless Top/Bottom Terminated Chip Thermistors (150°C) -- BC502J1K Leadless Top/Bottom Terminated Chip Thermistors (150°C) -- BC503J1K	Littelfuse leadless chip thermistor elements are designed for use on hybrid substrates, integrated circuits or printed circuit boards. They have silver metallization on their top and bottom surfaces which are...
Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM103E1K Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM103G1K Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM103J1F Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM103J1K Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM104J1F Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM104J1K Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM104R1K Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM153J1K Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM203J1F Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM203J1K Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM222E1K Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM254R1K Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM302F1K Surface Mount NTC LL-31 MicroMELF Style (220°C) -- MM502F1K	Littelfuse LL-31 “MicroMELF” style glass encapsulated surface mount thermistors are manufactured using super stable NTC chips which are hermetically sealed in a glass package. The result is a device which...
Surface Mount NTC LL-34 MiniMELF Interchangeable (220°C) ± 0.5°C Accuracy -- HM103J1A Surface Mount NTC LL-34 MiniMELF Interchangeable (220°C) ± 0.5°C Accuracy -- HM104J1A Surface Mount NTC LL-34 MiniMELF Interchangeable (220°C) ± 0.5°C Accuracy -- HM153J1A Surface Mount NTC LL-34 MiniMELF Interchangeable (220°C) ± 0.5°C Accuracy -- HM203J1A Surface Mount NTC LL-34 MiniMELF Interchangeable (220°C) ± 0.5°C Accuracy -- HM503J1A	Littelfuse LL-34 “MiniMELF” style interchangeable glass encapsulated surface mount thermistors are manufactured using super stable NTC chips which are hermetically sealed in a glass package. The result is a device...
Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM102B1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM102D1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM102E1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM103F5K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM103G1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM103J1F Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM103J1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM104J1F Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM104J1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM104J1O Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM104R1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM105R1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM105V3K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM153J1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM202F1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM203J1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM222E1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM252B1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM252B4K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM253J1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM254R1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM303J1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM403J1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM472F1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM472G1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM501B1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM502F1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM503J1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM504R1K Surface Mount NTC LL-34 MiniMELF Style (220°C) -- SM602F1K	Littelfuse LL-34 ''MiniMELF'' style glass encapsulated surface mount thermistors are manufactured using super stable NTC chips which are hermetically sealed in a glass package. The result is a device which...
Surface Mount NTC LL-41 MELF Style (220°C) -- SB102F1K Surface Mount NTC LL-41 MELF Style (220°C) -- SB203R1K Surface Mount NTC LL-41 MELF Style (220°C) -- SB222J1K Surface Mount NTC LL-41 MELF Style (220°C) -- SB252J1K Surface Mount NTC LL-41 MELF Style (220°C) -- SB272J1K Surface Mount NTC LL-41 MELF Style (220°C) -- SB302J1K Surface Mount NTC LL-41 MELF Style (220°C) -- SB502J1K	Littelfuse LL-41 ''MELF'' style glass encapsulated surface mount thermistors are manufactured using super stable NTC chips which are hermetically sealed in a glass package. The result is a device which...
Glass Encapsulated Thermistors (300°C) -- 103FF1K Glass Encapsulated Thermistors (300°C) -- 103JF1K Glass Encapsulated Thermistors (300°C) -- 104JF1K Glass Encapsulated Thermistors (300°C) -- 123JF1K Glass Encapsulated Thermistors (300°C) -- 202FF1K Glass Encapsulated Thermistors (300°C) -- 334RF1K Glass Encapsulated Thermistors (300°C) -- 683N1F1K	Littelfuse low cost glass encapsulated thermistors are manufactured using super stable NTC chips which are hermetically sealed in a glass (DO-34 diode style) package. The result is a device which...
Glass Encapsulated Thermistors (300°C) -- 102BG1J Glass Encapsulated Thermistors (300°C) -- 102BG1K Glass Encapsulated Thermistors (300°C) -- 102EG1K Glass Encapsulated Thermistors (300°C) -- 103E1G1F Glass Encapsulated Thermistors (300°C) -- 103E1G1K Glass Encapsulated Thermistors (300°C) -- 103FG1K Glass Encapsulated Thermistors (300°C) -- 103GG1K Glass Encapsulated Thermistors (300°C) -- 103JG1F Glass Encapsulated Thermistors (300°C) -- 103JG1G Glass Encapsulated Thermistors (300°C) -- 103JG1J Glass Encapsulated Thermistors (300°C) -- 103JG1K Glass Encapsulated Thermistors (300°C) -- 103JG1KE Glass Encapsulated Thermistors (300°C) -- 104JG1F Glass Encapsulated Thermistors (300°C) -- 104JG1H Glass Encapsulated Thermistors (300°C) -- 104JG1J Glass Encapsulated Thermistors (300°C) -- 104JG1K Glass Encapsulated Thermistors (300°C) -- 104LG2K Glass Encapsulated Thermistors (300°C) -- 104N1G1K Glass Encapsulated Thermistors (300°C) -- 104RG1J Glass Encapsulated Thermistors (300°C) -- 104RG1K Glass Encapsulated Thermistors (300°C) -- 105RG1J Glass Encapsulated Thermistors (300°C) -- 105RG1K Glass Encapsulated Thermistors (300°C) -- 105V3G1K Glass Encapsulated Thermistors (300°C) -- 123GG1K Glass Encapsulated Thermistors (300°C) -- 123JG1K Glass Encapsulated Thermistors (300°C) -- 124JG1K Glass Encapsulated Thermistors (300°C) -- 153JG1K Glass Encapsulated Thermistors (300°C) -- 154JG1K Glass Encapsulated Thermistors (300°C) -- 182FG1K Glass Encapsulated Thermistors (300°C) -- 202FG1J Glass Encapsulated Thermistors (300°C) -- 202FG1K Glass Encapsulated Thermistors (300°C) -- 203JG1F Glass Encapsulated Thermistors (300°C) -- 203JG1J Glass Encapsulated Thermistors (300°C) -- 203JG1K Glass Encapsulated Thermistors (300°C) -- 204JG1K Glass Encapsulated Thermistors (300°C) -- 205RG1K Glass Encapsulated Thermistors (300°C) -- 205V4G1K Glass Encapsulated Thermistors (300°C) -- 222E1G1K Glass Encapsulated Thermistors (300°C) -- 224JG1K Glass Encapsulated Thermistors (300°C) -- 234RG1G Glass Encapsulated Thermistors (300°C) -- 252BG1K Glass Encapsulated Thermistors (300°C) -- 252FG1J Glass Encapsulated Thermistors (300°C) -- 252FG1K Glass Encapsulated Thermistors (300°C) -- 253JG1F Glass Encapsulated Thermistors (300°C) -- 253JG1K Glass Encapsulated Thermistors (300°C) -- 254JG1J Glass Encapsulated Thermistors (300°C) -- 254JG1K Glass Encapsulated Thermistors (300°C) -- 282FG1K Glass Encapsulated Thermistors (300°C) -- 302FG1K Glass Encapsulated Thermistors (300°C) -- 302JG1K Glass Encapsulated Thermistors (300°C) -- 303HG1K Glass Encapsulated Thermistors (300°C) -- 303JG1F Glass Encapsulated Thermistors (300°C) -- 303JG1J Glass Encapsulated Thermistors (300°C) -- 303JG1K Glass Encapsulated Thermistors (300°C) -- 304JG1K Glass Encapsulated Thermistors (300°C) -- 332FG1K Glass Encapsulated Thermistors (300°C) -- 334RG1K Glass Encapsulated Thermistors (300°C) -- 375Y1G2K Glass Encapsulated Thermistors (300°C) -- 402FG4K Glass Encapsulated Thermistors (300°C) -- 403GG1K Glass Encapsulated Thermistors (300°C) -- 501BG1J Glass Encapsulated Thermistors (300°C) -- 501BG1K Glass Encapsulated Thermistors (300°C) -- 502E1G1K Glass Encapsulated Thermistors (300°C) -- 502FG1J Glass Encapsulated Thermistors (300°C) -- 502FG1K Glass Encapsulated Thermistors (300°C) -- 502JG1K Glass Encapsulated Thermistors (300°C) -- 503JG1F Glass Encapsulated Thermistors (300°C) -- 503JG1J Glass Encapsulated Thermistors (300°C) -- 503JG1K Glass Encapsulated Thermistors (300°C) -- 504RG1J Glass Encapsulated Thermistors (300°C) -- 504RG1K Glass Encapsulated Thermistors (300°C) -- 505YG7K Glass Encapsulated Thermistors (300°C) -- 682JG1K Glass Encapsulated Thermistors (300°C) -- 683N1G1K Glass Encapsulated Thermistors (300°C) -- 753JG1K Glass Encapsulated Thermistors (300°C) -- 822JG1K	Littelfuse low cost glass encapsulated thermistors are manufactured using super stable NTC chips which are hermetically sealed in a glass (DO-35 diode style) package. The result is a device which...
Glass Encapsulated Thermistors (300°C) -- 101BH1K Glass Encapsulated Thermistors (300°C) -- 102FH1K Glass Encapsulated Thermistors (300°C) -- 202JH1K Glass Encapsulated Thermistors (300°C) -- 203RH1K Glass Encapsulated Thermistors (300°C) -- 222JH1K Glass Encapsulated Thermistors (300°C) -- 302JH1K Glass Encapsulated Thermistors (300°C) -- 333RH1K Glass Encapsulated Thermistors (300°C) -- 501FH1K Glass Encapsulated Thermistors (300°C) -- 502JH1K	Littelfuse low cost glass encapsulated thermistors are manufactured using super stable NTC chips which are hermetically sealed in a glass (DO-41 diode style) package. The result is a device which...
Glass Encapsulated Thermistors (300°C) -- 102PS1G Glass Encapsulated Thermistors (300°C) -- 102PS1J Glass Encapsulated Thermistors (300°C) -- 162PS1J Glass Encapsulated Thermistors (300°C) -- 202PS1J	Littelfuse low cost glass encapsulated thermistors are manufactured using super stable PTC chips which are hermetically sealed in a glass (DO-35 diode style) package. The result is a device which...
DO-35 Interchangeable Glass Encapsulated Thermistors (300°C) ± 0.5°C Accuracy -- 103JL1A DO-35 Interchangeable Glass Encapsulated Thermistors (300°C) ± 0.5°C Accuracy -- 104JL1A DO-35 Interchangeable Glass Encapsulated Thermistors (300°C) ± 0.5°C Accuracy -- 203JL1A DO-35 Interchangeable Glass Encapsulated Thermistors (300°C) ± 0.5°C Accuracy -- 253JL1A DO-35 Interchangeable Glass Encapsulated Thermistors (300°C) ± 0.5°C Accuracy -- 503JL1A DO-35 Interchangeable Glass Encapsulated Thermistors (300°C) ± 1.0°C Accuracy -- 103JM1A DO-35 Interchangeable Glass Encapsulated Thermistors (300°C) ± 1.0°C Accuracy -- 104JM1A DO-35 Interchangeable Glass Encapsulated Thermistors (300°C) ± 1.0°C Accuracy -- 104JM2B DO-35 Interchangeable Glass Encapsulated Thermistors (300°C) ± 1.0°C Accuracy -- 203JM1A DO-35 Interchangeable Glass Encapsulated Thermistors (300°C) ± 1.0°C Accuracy -- 253JM1A DO-35 Interchangeable Glass Encapsulated Thermistors (300°C) ± 1.0°C Accuracy -- 503JM1A	Littelfuse low cost interchangeable glass encapsulated thermistors are manufactured using super stable, precision NTC chips which are hermetically sealed in a glass (DO-35 diode style) package. The result is a...
Miniature Leaded Epoxy Coated Thermistors (135°C) Kynar Insulated Leads -- KC101B2K Miniature Leaded Epoxy Coated Thermistors (135°C) Kynar Insulated Leads -- KC102F2K Miniature Leaded Epoxy Coated Thermistors (135°C) Kynar Insulated Leads -- KC103G2K Miniature Leaded Epoxy Coated Thermistors (135°C) Kynar Insulated Leads -- KC103J2K Miniature Leaded Epoxy Coated Thermistors (135°C) Kynar Insulated Leads -- KC104R2K Miniature Leaded Epoxy Coated Thermistors (135°C) Kynar Insulated Leads -- KC203J2K Miniature Leaded Epoxy Coated Thermistors (135°C) Kynar Insulated Leads -- KC203N3F Miniature Leaded Epoxy Coated Thermistors (135°C) Kynar Insulated Leads -- KC222J2K Miniature Leaded Epoxy Coated Thermistors (135°C) Kynar Insulated Leads -- KC302J2K Miniature Leaded Epoxy Coated Thermistors (135°C) Kynar Insulated Leads -- KC303J2K Miniature Leaded Epoxy Coated Thermistors (135°C) Kynar Insulated Leads -- KC502J2K Miniature Leaded Epoxy Coated Thermistors (135°C) Kynar Insulated Leads -- KC503J2K Miniature Leaded Epoxy Coated Thermistors (150°C) Teflon Insulated Leads -- TC101B2K Miniature Leaded Epoxy Coated Thermistors (150°C) Teflon Insulated Leads -- TC102F2K Miniature Leaded Epoxy Coated Thermistors (150°C) Teflon Insulated Leads -- TC103G2K Miniature Leaded Epoxy Coated Thermistors (150°C) Teflon Insulated Leads -- TC103J2K Miniature Leaded Epoxy Coated Thermistors (150°C) Teflon Insulated Leads -- TC104R2K Miniature Leaded Epoxy Coated Thermistors (150°C) Teflon Insulated Leads -- TC203J2K Miniature Leaded Epoxy Coated Thermistors (150°C) Teflon Insulated Leads -- TC222J2K Miniature Leaded Epoxy Coated Thermistors (150°C) Teflon Insulated Leads -- TC302J2K Miniature Leaded Epoxy Coated Thermistors (150°C) Teflon Insulated Leads -- TC303J2K Miniature Leaded Epoxy Coated Thermistors (150°C) Teflon Insulated Leads -- TC502J2K Miniature Leaded Epoxy Coated Thermistors (150°C) Teflon Insulated Leads -- TC503J2K Miniature Leaded Epoxy Coated Thermistors (150°C) Uninsulated Leads -- SC104J4J Miniature Leaded Epoxy Coated Thermistors (150°C) Uninsulated Leads -- SC503J4J	Littelfuse miniature leaded epoxy coated thermistors are manufactured using the same state of the art manufacturing techniques as those used to produce Littelfuse precision interchangeable devices. This results in devices...
NTC Thermistor Probe with Aluminum Hex Housing -- USP3121	Littelfuse offers Aluminum probe assemblies suitable for a wide range of temperature sensing applications. If the dimensions and electrical characteristics on this product won't work for your requirements, please contact...
NTC Thermistor Probe with Brass Housing and NPT Thread -- USP10978 NTC Thermistor Probe with Brass Plug and NPT Thread -- USP10997	Littelfuse offers Brass probe assemblies suitable for a wide range of temperature sensing applications. If the dimensions and electrical characteristics on this product won't work for your requirements, please contact...
NTC Thermistor Pipe Temperature Sensor with Copper Housing -- USP18967	Littelfuse offers Copper clip-on pipe probe housings suitable for a wide range of temperature sensing applications. If the dimensions on this product won't work for your requirements, please contact us...
NTC Thermistor Probe with Copper Housing -- USP10973	Littelfuse offers Copper probe assemblies suitable for a wide range of temperature sensing applications. If the dimensions on this product won't work for your requirements, please contact us for further...
NTC Thermistor Assembly with #6 Flag Terminal -- USP5510	Littelfuse offers Flag Terminal probe assemblies suitable for a wide range of temperature sensing applications. If the dimensions and electrical characteristics on this product won't work for your requirements, please...
NTC Thermistor Probe with Overmolded Plastic Housing -- USP7765	Littelfuse offers Overmolded probe assemblies suitable for a wide range of temperature sensing applications. If the dimensions and electrical characteristics on this product won't work for your requirements, please contact...
NTC Thermistor Probe with Plastic Housing -- USP10975 NTC Thermistor Probe with Vinyl Housing -- USP11493 PTC Thermistor Probe with Plastic Housing -- USP14579 PTC Thermistor Probe with Plastic Housing -- USP17957	Littelfuse offers Plastic probe assemblies suitable for a wide range of temperature sensing applications. If the dimensions and electrical characteristics on this product won't work for your requirements, please contact...
NTC Thermistor Assembly with Insulation Film -- USP16673 NTC Thermistor Probe with Polyimide Housing -- USP12837 NTC Thermistor Probe with Polyimide Housing -- USP14439 NTC Thermistor Probe with Polyimide Housing -- USP7537	Littelfuse offers Polyimide probe assemblies suitable for a wide range of temperature sensing applications. If the dimensions and electrical characteristics on this product won't work for your requirements, please contact...
NTC Thermistor Assembly with #4 Ring Lug -- USP6295 NTC Thermistor Assembly with #6 Ring Lug -- USP10976 NTC Thermistor Assembly with #6 Ring Lug -- USP4261 NTC Thermistor Assembly with #6 Ring Lug -- USP7570 NTC Thermistor Assembly with 1/4" Ring Lug -- USP6998	Littelfuse offers Ring Lug probe assemblies suitable for a wide range of temperature sensing applications. If the dimensions and electrical characteristics on this product won't work for your requirements, please...
Flanged NTC Thermistor Probe with Stainless Steel Housing -- USP10979 Flanged NTC Thermistor Probe with Stainless Steel Housing -- USP12836 NTC Thermistor Pipe Temperature Sensor with Copper Housing -- USP7766 NTC Thermistor Probe with Stainless Steel Hex Head Screw -- USP12840 NTC Thermistor Probe with Stainless Steel Housing -- USP10972 NTC Thermistor Probe with Stainless Steel Housing -- USP11491 NTC Thermistor Probe with Stainless Steel Housing -- USP12920 NTC Thermistor Probe with Stainless Steel Housing -- USP3021 NTC Thermistor Probe with Stainless Steel Housing -- USP3275 NTC Thermistor Probe with Stainless Steel Housing -- USP3986 NTC Thermistor Probe with Stainless Steel Housing -- USP7806 NTC Thermistor Probe with Stainless Steel Housing and NPT Thread -- USP10981 NTC Thermistor Probe with Stainless Steel Housing and UNJF-3A Thread -- USP12755	Littelfuse offers Stainless probe assemblies suitable for a wide range of temperature sensing applications. If the dimensions and electrical characteristics on this product won't work for your requirements, please contact...
TO-220 Package Thermistors -- TO103J2F TO-220 Package Thermistors -- TO103J2J TO-220 Package Thermistors -- TO103J2K TO-220 Package Thermistors -- TO502J2J	Littelfuse offers TO220 probe assemblies suitable for a wide range of temperature sensing applications. If the electrical characteristics on this product won't work for your requirements, please contact us for...
NTC Thermistor Probe with Vinyl Housing -- USP10680 NTC Thermistor Probe with Vinyl Housing -- USP10982 NTC Thermistor Probe with Vinyl Housing -- USP12838 NTC Thermistor Probe with Vinyl Housing -- USP4065	Littelfuse offers Vinyl probe assemblies suitable for a wide range of temperature sensing applications. If the dimensions and electrical characteristics on this product won't work for your requirements, please contact...
Precision Interchangeable Thermistors (135°C) ± 0.5°C Accuracy - Kynar Insulated Leads -- KW102J2 Precision Interchangeable Thermistors (135°C) ± 0.5°C Accuracy - Kynar Insulated Leads -- KW103G2 Precision Interchangeable Thermistors (135°C) ± 0.5°C Accuracy - Kynar Insulated Leads -- KW103J2 Precision Interchangeable Thermistors (135°C) ± 0.5°C Accuracy - Kynar Insulated Leads -- KW104R2 Precision Interchangeable Thermistors (135°C) ± 0.5°C Accuracy - Kynar Insulated Leads -- KW203J2 Precision Interchangeable Thermistors (135°C) ± 0.5°C Accuracy - Kynar Insulated Leads -- KW222J2 Precision Interchangeable Thermistors (135°C) ± 0.5°C Accuracy - Kynar Insulated Leads -- KW302J2 Precision Interchangeable Thermistors (135°C) ± 0.5°C Accuracy - Kynar Insulated Leads -- KW303J2 Precision Interchangeable Thermistors (135°C) ± 0.5°C Accuracy - Kynar Insulated Leads -- KW502J2 Precision Interchangeable Thermistors (135°C) ± 0.5°C Accuracy - Kynar Insulated Leads -- KW503J2 Precision Interchangeable Thermistors (135°C) ± 0.5°C Accuracy - Kynar Insulated Leads -- KW503R2 Precision Interchangeable Thermistors (135°C) ± 0.5°C Accuracy - Kynar Insulated Leads -- KW602J2 Precision Interchangeable Thermistors (135°C) ± 1.0°C Accuracy - Kynar Insulated Leads -- KX102J2 Precision Interchangeable Thermistors (135°C) ± 1.0°C Accuracy - Kynar Insulated Leads -- KX103G2 Precision Interchangeable Thermistors (135°C) ± 1.0°C Accuracy - Kynar Insulated Leads -- KX103J2 Precision Interchangeable Thermistors (135°C) ± 1.0°C Accuracy - Kynar Insulated Leads -- KX104R2 Precision Interchangeable Thermistors (135°C) ± 1.0°C Accuracy - Kynar Insulated Leads -- KX203J2 Precision Interchangeable Thermistors (135°C) ± 1.0°C Accuracy - Kynar Insulated Leads -- KX222J2 Precision Interchangeable Thermistors (135°C) ± 1.0°C Accuracy - Kynar Insulated Leads -- KX302J2 Precision Interchangeable Thermistors (135°C) ± 1.0°C Accuracy - Kynar Insulated Leads -- KX303J2 Precision Interchangeable Thermistors (135°C) ± 1.0°C Accuracy - Kynar Insulated Leads -- KX502J2 Precision Interchangeable Thermistors (135°C) ± 1.0°C Accuracy - Kynar Insulated Leads -- KX503J2 Precision Interchangeable Thermistors (135°C) ± 1.0°C Accuracy - Kynar Insulated Leads -- KX503R2 Precision Interchangeable Thermistors (135°C) ± 1.0°C Accuracy - Kynar Insulated Leads -- KX602J2 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX102E3 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX102J2 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX103G2 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX103J2 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX104J2 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX104R2 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX203J2 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX222J2 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX302J2 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX303J2 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX502J2 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX503J2 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX503R2 Precision Interchangeable Thermistors (150°C) ± 1.0°C Accuracy - Uninsulated Leads -- PX602J2	Littelfuse precision interchangeable thermistors are low cost, highly accurate, stable devices designed specifically for temperature sensing and control applications. They are particularly suited for uses where their precision interchangeability eliminates...
Glass Coated Chip Thermistors (0.039" Diameter) -- GT102B1K Glass Coated Chip Thermistors (0.039" Diameter) -- GT103E1K Glass Coated Chip Thermistors (0.039" Diameter) -- GT103J1K Glass Coated Chip Thermistors (0.039" Diameter) -- GT104L1K Glass Coated Chip Thermistors (0.039" Diameter) -- GT105U1K Glass Coated Chip Thermistors (0.039" Diameter) -- GT202F1K Glass Coated Chip Thermistors (0.039" Diameter) -- GT303J1K Glass Coated Chip Thermistors (0.039" Diameter) -- GT473N1K Glass Coated Chip Thermistors (0.039" Diameter) -- GT502F1K Glass Coated Chip Thermistors (0.039" Diameter) -- GT503J1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS103E1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS103G1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS103J1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS104J1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS104R1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS105W1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS153J1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS201B1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS202F1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS204R1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS222E1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS302J1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS303J1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS501D1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS502F1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS502J1K Glass Coated Chip Thermistors (0.060" Diameter) -- GS503J1K Glass Coated Chip Thermistors (0.090" Diameter) -- GR101B1M Glass Coated Chip Thermistors (0.090" Diameter) -- GR102F1K Glass Coated Chip Thermistors (0.090" Diameter) -- GR103E1K Glass Coated Chip Thermistors (0.090" Diameter) -- GR103J1K Glass Coated Chip Thermistors (0.090" Diameter) -- GR104R1K Glass Coated Chip Thermistors (0.090" Diameter) -- GR302J1K	Littelfuse radial leaded glass coated chip thermistors feature excellent long-term stability and reliability as well as a fast thermal response time. They are especially suitable for temperature measurement and control...
Glass Coated Chip Thermistors (0.140" Diameter) -- GQ222J1K	Littelfuse radial leaded glass coated chip thermistors feature excellent long-term stability and reliability as well as fast thermal response time. They are especially suitable for temperature measurement and control where...
Standard Leaded Epoxy Coated (125°C) -- AC103E2F Standard Leaded Epoxy Coated (125°C) -- AC103J2F Standard Leaded Epoxy Coated (150°C) -- DC101B2K Standard Leaded Epoxy Coated (150°C) -- DC102F2K Standard Leaded Epoxy Coated (150°C) -- DC103G2K Standard Leaded Epoxy Coated (150°C) -- DC103G9G Standard Leaded Epoxy Coated (150°C) -- DC103J2F Standard Leaded Epoxy Coated (150°C) -- DC103J2K Standard Leaded Epoxy Coated (150°C) -- DC104R2K Standard Leaded Epoxy Coated (150°C) -- DC203J2K Standard Leaded Epoxy Coated (150°C) -- DC222J2K Standard Leaded Epoxy Coated (150°C) -- DC252J3K Standard Leaded Epoxy Coated (150°C) -- DC301F3K Standard Leaded Epoxy Coated (150°C) -- DC302J2K Standard Leaded Epoxy Coated (150°C) -- DC303J2K Standard Leaded Epoxy Coated (150°C) -- DC502J2K Standard Leaded Epoxy Coated (150°C) -- DC503J2K	Littelfuse standard leaded epoxy coated thermistors are manufactured using the same state of the art manufacturing techniques as those used to produce Littelfuse’s precision interchangeable devices. This results in devices...
Standard Precision Interchangeable Thermistors (135°C) ± 0.2°C Accuracy - Kynar Insulated Leads -- KT102J2 Standard Precision Interchangeable Thermistors (135°C) ± 0.2°C Accuracy - Kynar Insulated Leads -- KT103G2 Standard Precision Interchangeable Thermistors (135°C) ± 0.2°C Accuracy - Kynar Insulated Leads -- KT103J2 Standard Precision Interchangeable Thermistors (135°C) ± 0.2°C Accuracy - Kynar Insulated Leads -- KT104R2 Standard Precision Interchangeable Thermistors (135°C) ± 0.2°C Accuracy - Kynar Insulated Leads -- KT203J2 Standard Precision Interchangeable Thermistors (135°C) ± 0.2°C Accuracy - Kynar Insulated Leads -- KT222J2 Standard Precision Interchangeable Thermistors (135°C) ± 0.2°C Accuracy - Kynar Insulated Leads -- KT302J2 Standard Precision Interchangeable Thermistors (135°C) ± 0.2°C Accuracy - Kynar Insulated Leads -- KT303J2 Standard Precision Interchangeable Thermistors (135°C) ± 0.2°C Accuracy - Kynar Insulated Leads -- KT502J2 Standard Precision Interchangeable Thermistors (135°C) ± 0.2°C Accuracy - Kynar Insulated Leads -- KT503J2 Standard Precision Interchangeable Thermistors (135°C) ± 0.2°C Accuracy - Kynar Insulated Leads -- KT503R2 Standard Precision Interchangeable Thermistors (135°C) ± 0.2°C Accuracy - Kynar Insulated Leads -- KT602J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.1°C Accuracy - Uninsulated Leads -- PS102J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.1°C Accuracy - Uninsulated Leads -- PS103G2 Standard Precision Interchangeable Thermistors (150°C) ± 0.1°C Accuracy - Uninsulated Leads -- PS103J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.1°C Accuracy - Uninsulated Leads -- PS104J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.1°C Accuracy - Uninsulated Leads -- PS104R2 Standard Precision Interchangeable Thermistors (150°C) ± 0.1°C Accuracy - Uninsulated Leads -- PS203J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.1°C Accuracy - Uninsulated Leads -- PS222J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.1°C Accuracy - Uninsulated Leads -- PS302J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.1°C Accuracy - Uninsulated Leads -- PS303J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.1°C Accuracy - Uninsulated Leads -- PS502J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.1°C Accuracy - Uninsulated Leads -- PS503J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.1°C Accuracy - Uninsulated Leads -- PS503R2 Standard Precision Interchangeable Thermistors (150°C) ± 0.1°C Accuracy - Uninsulated Leads -- PS602J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.2°C Accuracy- Uninsulated Leads -- PT102J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.2°C Accuracy- Uninsulated Leads -- PT103G2 Standard Precision Interchangeable Thermistors (150°C) ± 0.2°C Accuracy- Uninsulated Leads -- PT103J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.2°C Accuracy- Uninsulated Leads -- PT104J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.2°C Accuracy- Uninsulated Leads -- PT104R2 Standard Precision Interchangeable Thermistors (150°C) ± 0.2°C Accuracy- Uninsulated Leads -- PT203J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.2°C Accuracy- Uninsulated Leads -- PT222J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.2°C Accuracy- Uninsulated Leads -- PT302J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.2°C Accuracy- Uninsulated Leads -- PT303J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.2°C Accuracy- Uninsulated Leads -- PT502J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.2°C Accuracy- Uninsulated Leads -- PT503J2 Standard Precision Interchangeable Thermistors (150°C) ± 0.2°C Accuracy- Uninsulated Leads -- PT503R2 Standard Precision Interchangeable Thermistors (150°C) ± 0.2°C Accuracy- Uninsulated Leads -- PT602J2	Littelfuse standard precision interchangeable thermistors are low cost, highly accurate, stable devices designed specifically for temperature sensing and control applications. They are particularly suited for uses where their precision interchangeability...
Surface Mount End-Banded Chip Thermistors 0402 Style (125°C) -- RA102G0J Surface Mount End-Banded Chip Thermistors 0402 Style (125°C) -- RA103G0J Surface Mount End-Banded Chip Thermistors 0402 Style (125°C) -- RA103J0J Surface Mount End-Banded Chip Thermistors 0402 Style (125°C) -- RA103J0Q Surface Mount End-Banded Chip Thermistors 0402 Style (125°C) -- RA104R0J Surface Mount End-Banded Chip Thermistors 0402 Style (125°C) -- RA222H0J Surface Mount End-Banded Chip Thermistors 0402 Style (125°C) -- RA222L0J Surface Mount End-Banded Chip Thermistors 0402 Style (125°C) -- RA224MOJ Surface Mount End-Banded Chip Thermistors 0402 Style (125°C) -- RA303K0J Surface Mount End-Banded Chip Thermistors 0402 Style (125°C) -- RA472KOJ Surface Mount End-Banded Chip Thermistors 0402 Style (125°C) -- RA473K0J Surface Mount End-Banded Chip Thermistors 0603 Style (125°C) -- RB102D0J Surface Mount End-Banded Chip Thermistors 0603 Style (125°C) -- RB103E0J Surface Mount End-Banded Chip Thermistors 0603 Style (125°C) -- RB103G0J Surface Mount End-Banded Chip Thermistors 0603 Style (125°C) -- RB103J0J Surface Mount End-Banded Chip Thermistors 0603 Style (125°C) -- RB103K0J Surface Mount End-Banded Chip Thermistors 0603 Style (125°C) -- RB104L0J Surface Mount End-Banded Chip Thermistors 0603 Style (125°C) -- RB204R0J Surface Mount End-Banded Chip Thermistors 0603 Style (125°C) -- RB222E0J Surface Mount End-Banded Chip Thermistors 0603 Style (125°C) -- RB252L0J Surface Mount End-Banded Chip Thermistors 0603 Style (125°C) -- RB303K0J Surface Mount End-Banded Chip Thermistors 0603 Style (125°C) -- RB502F0J Surface Mount End-Banded Chip Thermistors 0603 Style (125°C) -- RB503K0J Surface Mount End-Banded Chip Thermistors 0805 Style (125°C) -- KR102D0J Surface Mount End-Banded Chip Thermistors 0805 Style (125°C) -- KR103E0J Surface Mount End-Banded Chip Thermistors 0805 Style (125°C) -- KR103G0J Surface Mount End-Banded Chip Thermistors 0805 Style (125°C) -- KR103J0J Surface Mount End-Banded Chip Thermistors 0805 Style (125°C) -- KR104R0J Surface Mount End-Banded Chip Thermistors 0805 Style (125°C) -- KR204R0J Surface Mount End-Banded Chip Thermistors 0805 Style (125°C) -- KR252L0J Surface Mount End-Banded Chip Thermistors 0805 Style (125°C) -- KR272G0J Surface Mount End-Banded Chip Thermistors 0805 Style (125°C) -- KR303K0J Surface Mount End-Banded Chip Thermistors 0805 Style (125°C) -- KR502F0J Surface Mount End-Banded Chip Thermistors 0805 Style (125°C) -- KR503L0J Surface Mount End-Banded Chip Thermistors 1206 Style (125°C) -- LR102D0J Surface Mount End-Banded Chip Thermistors 1206 Style (125°C) -- LR103G0J Surface Mount End-Banded Chip Thermistors 1206 Style (125°C) -- LR104J0J Surface Mount End-Banded Chip Thermistors 1206 Style (125°C) -- LR204R0J Surface Mount End-Banded Chip Thermistors 1206 Style (125°C) -- LR222E0J Surface Mount End-Banded Chip Thermistors 1206 Style (125°C) -- LR252L0J Surface Mount End-Banded Chip Thermistors 1206 Style (125°C) -- LR303K0J Surface Mount End-Banded Chip Thermistors 1206 Style (125°C) -- LR502F0J Surface Mount End-Banded Chip Thermistors 1206 Style (125°C) -- LR503L0J Surface Mount End-Banded Chip Thermistors 1206 Style (125°C) -- LR504M0J	Littelfuse surface mount end-banded thermistor elements are designed for use on hybrid substrates, integrated circuits or printed circuit boards. They have a solder coated metallization which is suitable for various...

Next >>

Other Datasheet Catalogs for Littelfuse, Inc.