Arcol 10kΩ Wire Wound SMD Resistor ±5% 10W - RWS10 10K J

RS Stock No.: 172-2186Brand: ArcolManufacturers Part No.: RWS10 10K J
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Technical documents

Specifications

Brand

Arcol

Resistance

10kΩ

Technology

Wire Wound

Tolerance

±5%

Power Rating

10W

Temperature Coefficient

±20ppm/°C

Series

RWS

Minimum Operating Temperature

-55°C

Maximum Operating Temperature

+275°C

Country of Origin

China

Product details

10W SMD Aluminium Clad Power resistor

This product has been uniquely designed to meet the rising power requirement for surface mount components. It has high reliability and has been engineered to reduce long term thermal damage to boards and surrounding components.

Optimised thermal design
Excellent overload characteristics
Very high power density for SMD
Good stability and low standard TCR

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

P.O.A.

Arcol 10kΩ Wire Wound SMD Resistor ±5% 10W - RWS10 10K J

100

Available in multiples of 1
100P.O.A.
200P.O.A.
300P.O.A.
400P.O.A.
500P.O.A.
600P.O.A.
700P.O.A.
800P.O.A.
900P.O.A.
1000P.O.A.
1100P.O.A.
1200P.O.A.
1300P.O.A.
1400P.O.A.
1500P.O.A.

P.O.A.

Arcol 10kΩ Wire Wound SMD Resistor ±5% 10W - RWS10 10K J
Stock information temporarily unavailable.

100

Available in multiples of 1
100P.O.A.
200P.O.A.
300P.O.A.
400P.O.A.
500P.O.A.
600P.O.A.
700P.O.A.
800P.O.A.
900P.O.A.
1000P.O.A.
1100P.O.A.
1200P.O.A.
1300P.O.A.
1400P.O.A.
1500P.O.A.

Technical documents

Specifications

Brand

Arcol

Resistance

10kΩ

Technology

Wire Wound

Tolerance

±5%

Power Rating

10W

Temperature Coefficient

±20ppm/°C

Series

RWS

Minimum Operating Temperature

-55°C

Maximum Operating Temperature

+275°C

Country of Origin

China

Product details

10W SMD Aluminium Clad Power resistor

This product has been uniquely designed to meet the rising power requirement for surface mount components. It has high reliability and has been engineered to reduce long term thermal damage to boards and surrounding components.

Optimised thermal design
Excellent overload characteristics
Very high power density for SMD
Good stability and low standard TCR