Technical Document
Specifications
Brand
VishayResistance
5Ω
Power Rating
50W
Series
RH
Tolerance
±1%
Technology
Wire Wound
Minimum Operating Temperature
-55°C
Maximum Operating Temperature
+250°C
Minimum Temperature Coefficient
-50ppm/°C
Maximum Temperature Coefficient
+50ppm/°C
Product details
50 Watt RH050 Series ±1%
The Vishay RH050 series wirewound chassis mount resistor has a complete welded and moulded construction for total environmental protection in aluminium housing. These resistors mount directly onto a chassis to utilise heat-sink effect. This range of wirewound resistors offers high stability at conventional power ratings and flat marking surface for easy identification.
Features and Benefits
Mounts on chassis to utilize heat-sink effect
Moulded construction for total environmental protection
High Stability <0.05% Year
Resistance Tolerance 1%
€ 18.47
€ 18.47 Each (Exc. VAT)
€ 21.79
€ 21.79 Each (inc. VAT)
1
€ 18.47
€ 18.47 Each (Exc. VAT)
€ 21.79
€ 21.79 Each (inc. VAT)
Stock information temporarily unavailable.
1
Stock information temporarily unavailable.
Quantity | Unit price |
---|---|
1 - 4 | € 18.47 |
5 - 9 | € 16.90 |
10 - 24 | € 16.24 |
25 - 49 | € 15.48 |
50+ | € 14.72 |
Technical Document
Specifications
Brand
VishayResistance
5Ω
Power Rating
50W
Series
RH
Tolerance
±1%
Technology
Wire Wound
Minimum Operating Temperature
-55°C
Maximum Operating Temperature
+250°C
Minimum Temperature Coefficient
-50ppm/°C
Maximum Temperature Coefficient
+50ppm/°C
Product details
50 Watt RH050 Series ±1%
The Vishay RH050 series wirewound chassis mount resistor has a complete welded and moulded construction for total environmental protection in aluminium housing. These resistors mount directly onto a chassis to utilise heat-sink effect. This range of wirewound resistors offers high stability at conventional power ratings and flat marking surface for easy identification.
Features and Benefits
Mounts on chassis to utilize heat-sink effect
Moulded construction for total environmental protection
High Stability <0.05% Year
Resistance Tolerance 1%