0.1K1CG2 (BetaTHERM)
Chip Thermistors
BetaTHERM Sensors
SEM Photo 30x Hybrid Thermistor Chip
Thermistor Material Metalized Surface
TL
W Metalized Surface
Figure # 1
Sample Part Number:
Published:
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192 views
0.3K1CG3 (BetaTHERM)
Chip Thermistors
BetaTHERM Sensors
SEM Photo 30x Hybrid Thermistor Chip
Thermistor Material Metalized Surface
TL
W Metalized Surface
Figure # 1
Sample Part Number:
Published:
|
187 views
0.3K1CG2 (BetaTHERM)
Chip Thermistors
BetaTHERM Sensors
SEM Photo 30x Hybrid Thermistor Chip
Thermistor Material Metalized Surface
TL
W Metalized Surface
Figure # 1
Sample Part Number:
Published:
|
187 views
0.1K1A1 (BetaTHERM)
Chip Thermistors
BetaTHERM Sensors
Photo ?
Thermistor Configuration
32 AWG Tin Plated Copper Lead Wires
Thermally Conductive Epoxy Coating
BetaCURVE Interchangeab
Published:
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183 views
0.1K1A1-25 (BetaTHERM)
Chip Thermistors
BetaTHERM Sensors
BetaCHIP Thermistor Series VII
BetaCHIP Thermistor Series VII
Photo ?
Thermistor Configuration
32 AWG Tin Plated Copper Alloy Le
Published:
|
182 views
0.1K1C3 (BetaTHERM)
Chip Thermistors
BetaTHERM Sensors
Silver Terminations (Contacts)
TYPICAL CHIP THERMISTOR
Thermistor Material Metalized Surface
TL
W Metalized Surface
Example: Silve
Published:
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180 views
0.3K1A1 (BetaTHERM)
Chip Thermistors
BetaTHERM Sensors
Photo ?
Thermistor Configuration
32 AWG Tin Plated Copper Lead Wires
Thermally Conductive Epoxy Coating
BetaCURVE Interchangeab
Published:
|
178 views
0.3K1C3 (BetaTHERM)
Chip Thermistors
BetaTHERM Sensors
Silver Terminations (Contacts)
TYPICAL CHIP THERMISTOR
Thermistor Material Metalized Surface
TL
W Metalized Surface
Example: Silve
Published:
|
177 views
0.1K1CG3 (BetaTHERM)
Chip Thermistors
BetaTHERM Sensors
SEM Photo 30x Hybrid Thermistor Chip
Thermistor Material Metalized Surface
TL
W Metalized Surface
Figure # 1
Sample Part Number:
Published:
|
176 views
0.3K1A1-25 (BetaTHERM)
Chip Thermistors
BetaTHERM Sensors
BetaCHIP Thermistor Series VII
BetaCHIP Thermistor Series VII
Photo ?
Thermistor Configuration
32 AWG Tin Plated Copper Alloy Le
Published:
|
175 views
0.3K1C2 (BetaTHERM)
Chip Thermistors
BetaTHERM Sensors
Silver Terminations (Contacts)
TYPICAL CHIP THERMISTOR
Thermistor Material Metalized Surface
TL
W Metalized Surface
Example: Silve
Published:
|
175 views
0.1K1C2 (BetaTHERM)
Chip Thermistors
BetaTHERM Sensors
Silver Terminations (Contacts)
TYPICAL CHIP THERMISTOR
Thermistor Material Metalized Surface
TL
W Metalized Surface
Example: Silve
Published:
|
172 views
SCK-057 (Microtherm)
NTC THERMISTORS
NTC THERMISTORS - SCK 15 Series
Features:
q NTC Surge Protectors limit the current at switch on,
particularly useful for high capacative/inductive loa
Published:
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100 views
SCK-103 (Microtherm)
THERMISTORS
NTC THERMISTORS - SCK 10 Series
Features:
q NTC Surge Protectors limit the current at switch on, particularly useful for high capacative/inductive loa
Published:
|
94 views
SCK-056 (Microtherm)
NTC THERMISTORS
NTC THERMISTORS - SCK 15 Series
Features:
q NTC Surge Protectors limit the current at switch on,
particularly useful for high capacative/inductive loa
Published:
|
76 views
SCK-054 (Microtherm)
THERMISTORS
NTC THERMISTORS - SCK 10 Series
Features:
q NTC Surge Protectors limit the current at switch on, particularly useful for high capacative/inductive loa
Published:
|
67 views
SCK-108 (Microtherm)
NTC THERMISTORS - SCK 20 Series
www.DataSheet.co.kr
NTC THERMISTORS - SCK 20 Series
Features:
q NTC Surge Protectors limit the current at switch on,
particularly useful for high cap
Published:
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66 views
2.2K3A1A (BetaTHERM)
Chip Thermistors
BetaTHERM Sensors
BetaCurve Interchangeable Thermistor Series I
Thermistor Configuration
32 AWG Tin Plated Copper Alloy Lead Wires
Thermally Condu
Published:
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52 views
NCP03WF104F05RL (Murata)
Thermistors
Note • Please read rating and CAUTION (for storage, operating, rating, soldering, mounting and handling) in this catalog to prevent smoking and/or b
Published:
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50 views
SCK-037 (Microtherm)
NTC THERMISTORS
NTC THERMISTORS - SCK 15 Series
Features:
q NTC Surge Protectors limit the current at switch on,
particularly useful for high capacative/inductive loa
Published:
|
49 views