TE Connectivity Thermistor, NTC Type, 1.5 x 65mm

Nr. stoc RS: 893-7174Producator: TE ConnectivityCod de producator: GAG10K3976B1
brand-logo

Documente tehnice

Specificatii

Dimensiune celula

G10K3976

Coeficient temperatura

NTC

Thermal Time Constant

0.5

Toleranta

±1%

Lungime

65mm

Adancime

1.5mm

Dimensiuni

1.5 x 65mm

Detalii produs

TE Connectivity G10K3976 Series Radial Glass Thermistors

TE Connectivity's MEAS G10K3976 radial glass thermistors feature a wide operating temperature range and offer high stability and performance in harsh environmental conditions. The NTC chip is protected by a hermetically sealed glass encapsulation that provides a high level of resistance in humid environments. Suitable applications include hot water boiler systems, engine temperature control sensors, assembly into probes, refrigeration control, air conditioning systems and environments where humidity and thermal shock are present.

Informatii indisponibile despre stoc

Incercati din nou mai tarziu

Informatii indisponibile despre stoc

€ 9,35

Buc. (fara TVA)

€ 11,13

Buc. (cu TVA)

TE Connectivity Thermistor, NTC Type, 1.5 x 65mm
Selectati tipul de ambalaj

€ 9,35

Buc. (fara TVA)

€ 11,13

Buc. (cu TVA)

TE Connectivity Thermistor, NTC Type, 1.5 x 65mm
Informatii indisponibile despre stoc
Selectati tipul de ambalaj

Documente tehnice

Specificatii

Dimensiune celula

G10K3976

Coeficient temperatura

NTC

Thermal Time Constant

0.5

Toleranta

±1%

Lungime

65mm

Adancime

1.5mm

Dimensiuni

1.5 x 65mm

Detalii produs

TE Connectivity G10K3976 Series Radial Glass Thermistors

TE Connectivity's MEAS G10K3976 radial glass thermistors feature a wide operating temperature range and offer high stability and performance in harsh environmental conditions. The NTC chip is protected by a hermetically sealed glass encapsulation that provides a high level of resistance in humid environments. Suitable applications include hot water boiler systems, engine temperature control sensors, assembly into probes, refrigeration control, air conditioning systems and environments where humidity and thermal shock are present.