TE Connectivity 330 mΩ Wirewound Resistor 4 W 5 %

RS Stock No.: 161-9948Brand: TE ConnectivityManufacturers Part No.: FCB4R33J
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Technical documents

Specifications

Resistance

330mΩ

Product Type

Resistor

Power Rating

4W

Resistor Type

Power

Packaging

Box

Tolerance ±

5%

Axial/Radial

Radial

Voltage

1.15 V

Technology

Wirewound

Series

FC

Automotive Standard

No

Lead Pitch Radial

15.2mm

Pin Count

2

Minimum Operating Temperature

-55°C

Maximum Operating Temperature

200°C

Width

5 mm

Height

24.5mm

Length

24.2mm

Diameter

5 mm

Standards/Approvals

No

Temperature Coefficient

350 to 450 ppm/°C

Lead Diameter

0.80mm

Country of Origin

India

Product details

4W FC Series

Pluggable silicone coated Flameproof wirewound high profile resistors
The resistance wire is wound onto an inert core of fibre glass and encapsulated with a silicone cement coating
These resistors have a snap-fit insertion with no cropping or forming required
The metal stands-offs allow improved heat dissipation

Stock information temporarily unavailable.

P.O.A.

TE Connectivity 330 mΩ Wirewound Resistor 4 W 5 %

P.O.A.

TE Connectivity 330 mΩ Wirewound Resistor 4 W 5 %

Stock information temporarily unavailable.

Technical documents

Specifications

Resistance

330mΩ

Product Type

Resistor

Power Rating

4W

Resistor Type

Power

Packaging

Box

Tolerance ±

5%

Axial/Radial

Radial

Voltage

1.15 V

Technology

Wirewound

Series

FC

Automotive Standard

No

Lead Pitch Radial

15.2mm

Pin Count

2

Minimum Operating Temperature

-55°C

Maximum Operating Temperature

200°C

Width

5 mm

Height

24.5mm

Length

24.2mm

Diameter

5 mm

Standards/Approvals

No

Temperature Coefficient

350 to 450 ppm/°C

Lead Diameter

0.80mm

Country of Origin

India

Product details

4W FC Series

Pluggable silicone coated Flameproof wirewound high profile resistors
The resistance wire is wound onto an inert core of fibre glass and encapsulated with a silicone cement coating
These resistors have a snap-fit insertion with no cropping or forming required
The metal stands-offs allow improved heat dissipation