RS PRO Thermistor, 3kΩ Resistance, NTC Type, 2.4 x 63.5mm

RS Stock No.: 169-1864Brand: RS PRO
brand-logo
View all in Thermistor ICs

Technical Document

Specifications

Brand

RS Pro

Temperature Coefficient Type

NTC

Thermal Time Constant

10s

Resistance @ 25 °C

3kΩ

Tolerance

±0.9%

Maximum Power Rating

75mW

Length

63.5mm

Depth

2.4mm

Maximum Operating Temperature

+150°C

Minimum Operating Temperature

-80°C

Dimensions

2.4 x 63.5mm

Product details

RS Pro R-T Curve Matched

Brought to you under the trusted RS Brand, these R-T curve (Resistance-Temperature) matched thermistors are small, high quality, epoxy encapsulated, precision devices. These epoxy coated interchangeable chip thermistors offer true interchangeability over wide temperature ranges, permitting the circuit designer to standardise on circuitry. This eliminates the need to individually adjust circuits and allows the thermistors to be easily replaced without the need for re-calibration.

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

€ 1.423

Each (In a Box of 100) (ex VAT)

RS PRO Thermistor, 3kΩ Resistance, NTC Type, 2.4 x 63.5mm

€ 1.423

Each (In a Box of 100) (ex VAT)

RS PRO Thermistor, 3kΩ Resistance, NTC Type, 2.4 x 63.5mm
Stock information temporarily unavailable.

Technical Document

Specifications

Brand

RS Pro

Temperature Coefficient Type

NTC

Thermal Time Constant

10s

Resistance @ 25 °C

3kΩ

Tolerance

±0.9%

Maximum Power Rating

75mW

Length

63.5mm

Depth

2.4mm

Maximum Operating Temperature

+150°C

Minimum Operating Temperature

-80°C

Dimensions

2.4 x 63.5mm

Product details

RS Pro R-T Curve Matched

Brought to you under the trusted RS Brand, these R-T curve (Resistance-Temperature) matched thermistors are small, high quality, epoxy encapsulated, precision devices. These epoxy coated interchangeable chip thermistors offer true interchangeability over wide temperature ranges, permitting the circuit designer to standardise on circuitry. This eliminates the need to individually adjust circuits and allows the thermistors to be easily replaced without the need for re-calibration.