THERMAL CUTOFF Search Results
THERMAL CUTOFF Result Highlights (5)
| Part | ECAD Model | Manufacturer | Description | Download | Buy |
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| TCTH022AE |
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Over Temperature Detection IC / VDD=1.7~5.5V / IPTCO=10μA / IDD=11.3μA / Push-pull type / FLAG signal latch function | Datasheet | ||
| TCTH021AE |
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Over Temperature Detection IC / VDD=1.7~5.5V / IPTCO=10μA / IDD=11.3μA / Push-pull type | Datasheet | ||
| TCTH012AE |
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Over Temperature Detection IC / VDD=1.7~5.5V / IPTCO=1μA / IDD=1.8μA / Push-pull type / FLAG signal latch function | Datasheet | ||
| TCTH011AE |
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Over Temperature Detection IC / VDD=1.7~5.5V / IPTCO=1μA / IDD=1.8μA / Push-pull type | Datasheet | ||
| TCTH011BE |
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Over Temperature Detection IC / VDD=1.7~5.5V / IPTCO=1μA / IDD=1.8μA / Open-drain type | Datasheet |
THERMAL CUTOFF Datasheets Context Search
| Catalog Datasheet | Type | Document Tags | |
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Contextual Info: MICROTEMP THERMAL CUTOFFS Contents MICROTEMP® Thermal Cutoffs: Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 147 MICROTEMP® Thermal Cutoffs: Types and Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .149 |
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RESISTORS - WIREWOUND FUSE RESISTORS
Abstract: toaster Thermal Cutoffs THERMAL Fuse RESISTOR THERMAL Fuse Thermal cut radial leaded TVS thermal Fuse 250V 2A thermal cutoff fuse
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thermal-cutoff
Abstract: LR43279 NTE8070 NTE8242 Thermal Cutoffs NTE824 Thermal cut motor thermal cutoff Nte 157
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NTE8070 NTE8242 E49429 LR43279. 15Amps thermal-cutoff LR43279 NTE8242 Thermal Cutoffs NTE824 Thermal cut motor thermal cutoff Nte 157 | |
hair dryer circuit diagram
Abstract: Thermal fuse coffee maker E49429 Thermal fuse popcorn popper NTE8070 LR43279 thermal-cutoff thermal fuse 8090 NTE8182 thermal cutoff fuse
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NTE8070 NTE8242 E49429 NTE8182) E117626 NTE8182 LR43279 15Amps hair dryer circuit diagram Thermal fuse coffee maker E49429 Thermal fuse popcorn popper LR43279 thermal-cutoff thermal fuse 8090 thermal cutoff fuse | |
NTE8070
Abstract: NTE8242 thermal fuse 8090 NTE 98 thermal-cutoff LR43279
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NTE8070 NTE8242 E49429 LR43279. 15Amps NTE8242 thermal fuse 8090 NTE 98 thermal-cutoff LR43279 | |
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Contextual Info: MICROTEMP Thermal Cutoffs: INTRODUCTION Upper Limit Temperature Protection MICROTEMP® thermal cutoffs from Therm-O-Disc offer an accurate, reliable solution to the need for upper limit temperature protection. Known as a thermal fuse, thermal link, or TCO, the |
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250VAC | |
E117626
Abstract: thermal fuse 115 thermal-cutoff C66-72 hair dryer circuit diagram toaster Thermal Cutoffs thermal Fuse 15 amp NTE8242 NTE8065
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NTE8065 NTE8242 15Amps E117626 thermal fuse 115 thermal-cutoff C66-72 hair dryer circuit diagram toaster Thermal Cutoffs thermal Fuse 15 amp NTE8242 | |
NTE8242
Abstract: NTE8065 thermal-cutoff
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NTE8065 NTE8242 15Amps NTE8242 thermal-cutoff | |
hair dryer circuit diagram
Abstract: thermal-cutoff toaster Thermal cut Thermal Cutoffs thermal fuse 115 Thermal fuse coffee maker NTE8242 E117626
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NTE8065 NTE8242 15Amps hair dryer circuit diagram thermal-cutoff toaster Thermal cut Thermal Cutoffs thermal fuse 115 Thermal fuse coffee maker NTE8242 E117626 | |
nte 8005
Abstract: air flow nte 8020 thermal fuse 115 nte 8035 cutoff thermal
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NTE8000 NTE8035 nte 8005 air flow nte 8020 thermal fuse 115 nte 8035 cutoff thermal | |
"Audio Power Amplifiers"
Abstract: darlington transistor for audio power application Germanium Power Diodes thermal resistance TO metal package aluminum kovar darlington power transistor power led heat sink
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Contextual Info: Thermal Cutoffs TCO Thermal Cutoffs (TCO)/ Thermal-links EYP Series: Series: Series: Series: Series: Series: N F E H MP MU • Features ● Small and Insulation Type TCO is compact and insulated, featuring quick temperature response, and mountable in a small space without |
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MU092X
Abstract: F133 MARKING CODE EYP4MU092X EYP2ML092
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GXAP02
Abstract: Therm-O-Disc Thermodisc GXAM04 microtemp
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250VAC 120VAC) G4A00192C. GXAP02 Therm-O-Disc Thermodisc GXAM04 microtemp | |
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EYP4MU092X
Abstract: EYP2ML098U C1144 eyp2ml092 tco 405 H145 fuse EYP1BF115 PS Jet fuse EYP2BN099 EYP2BN109
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DF184S
Abstract: DF128S SDF DF141S DF170S tf 216 10a 250v DF240S E117626 DF141S DF66S DF216S
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E117626 JET2926-32001-1001-1009 HH05009-2004A-2019A 2010/Nov DF184S DF128S SDF DF141S DF170S tf 216 10a 250v DF240S E117626 DF141S DF66S DF216S | |
MARKING CODE F133
Abstract: EYP2BN135 N124 c0738 n183 fuse c0736 F133 MARKING CODE H133 EYP2BH102 EYP1BF115
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E60271 LR67163 C1111 CH1111111-1111 MARKING CODE F133 EYP2BN135 N124 c0738 n183 fuse c0736 F133 MARKING CODE H133 EYP2BH102 EYP1BF115 | |
SEFUSE
Abstract: E71747 C0743 SM145G0 marking sm one shot thermal fuse SM095G0 SM110G0 SM126G0 SM130G0
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smd transistor 647
Abstract: BUX84 BUX84S SC18
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BUX84S OT428 BUX84S smd transistor 647 BUX84 SC18 | |
SEFUSE SF226e
Abstract: SEFUSE SF240E SF169E SF152E SEFUSE SF214E SEFUSE SEFUSE SF129E SF139E SF214E SF240E
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The Effect of Forced Air Cooling on Heat Sink Thermal RatingsContextual Info: zpero 1 The Effect of Forced Air Cooling on Heat Sink Thermal Ratings By Paul Bachman, Fellow Engineer & Ronnie Haiduk, Applications Engineer, Crydom, Inc. ABSTRACT A heat sink’s ability to dissipate thermal energy is determined by its thermal impedance, which |
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n082
Abstract: XYP2BN143-RC thermal N110 XC-600225 N109 n183 fuse Xicon Passive Components H115 thermal fuse N098 h139
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n183 fuse
Abstract: XYP2BN135 N082 XYP2BN143 E60271 h139 lr67 c0738 N109 15
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DF128S
Abstract: DF184S DF216S Thermal Cutoffs DF170S E117626 DF240S DF98S toaster DF152S
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Amp/125 Amp/250 DF128S DF184S DF216S Thermal Cutoffs DF170S E117626 DF240S DF98S toaster DF152S | |