A high accuracy precision temperature sensor with a zero power resistance of 10K and a β25/85 value of 3435K. The sensor is suitable for applications where more expensive platinum resistors are gen...
A high accuracy precision temperature sensor with a zero power resistance of 10K and a β25/85 value of 3976K. The sensor is suitable for applications where more expensive platinum resistors are gen...
A high accuracy precision temperature sensor with a zero power resistance of 100K and a β25/85 value of 4261K. The sensor is suitable for applications where more expensive platinum resistors are ge...
A high accuracy precision temperature sensor with a zero power resistance of 2.00K and a β25/85 value of 3976K. The sensor is suitable for applications where more expensive platinum resistors are g...
A high accuracy precision temperature sensor with a zero power resistance of 20K and a β25/85 value of 3976K. The sensor is suitable for applications where more expensive platinum resistors are gen...
A high accuracy precision temperature sensor with a zero power resistance of 200K and a β25/85 value of 4470K. The sensor is suitable for applications where more expensive platinum resistors are ge...
A high accuracy precision temperature sensor with a zero power resistance of 2.252K and a β25/85 value of 3976K. The sensor is suitable for applications where more expensive platinum resistors are ...
A high accuracy precision temperature sensor with a zero power resistance of 5.00K and a β25/85 value of 3976K. The sensor is suitable for applications where more expensive platinum resistors are g...
A high accuracy precision temperature sensor with a zero power resistance of 50K and a β25/85 value of 4220K. The sensor is suitable for applications where more expensive platinum resistors are gen...
NTC thermistors are specially developed to limit the current at turn-on by their relatively high resistance when they are cold. When the NTC thermistor heats up as a result of the current load its ...
NTC thermistors are specially developed to limit the current at turn-on by their relatively high resistance when they are cold. When the NTC thermistor heats up as a result of the current load its ...
NTC thermistors are specially developed to limit the current at turn-on by their relatively high resistance when they are cold. When the NTC thermistor heats up as a result of the current load its ...
NTC thermistors are specially developed to limit the current at turn-on by their relatively high resistance when they are cold. When the NTC thermistor heats up as a result of the current load its ...
NTC thermistors are specially developed to limit the current at turn-on by their relatively high resistance when they are cold. When the NTC thermistor heats up as a result of the current load its ...