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Resistor Terminals Solder Lug Temperature Coefficient ± 50ppm/°C Voltage Rating 265 V Product Height 11 mm Product Length 21 mm Resistor Type High Power Resistance Tolerance ± 5% Resistor Technolog...

25 watt aluminium housed power resistor. Designed for direct heatsink mounting with thermal compound to achieve maximum performance.High Power to volume Wound to maximise High Pulse Capability Valu...

Resistance 50 ohm Product Width 21 mm Resistor Mounting Chassis Mount Product Range THS Series Resistance Tolerance ± 5% Product Length 21 mm Product Height 11 mm SVHC No SVHC (08-Jul-2021) Operati...

Ohmite 20 Series Wirewound Axial Resistors. 20 Series axial resistors from Ohmite are constructed from a ceramic core with a conformal lead free vitreous enamel coating. The rugged vitreous enamel ...

To achieve the given maximum performance rating of this power resistor, it is designed to be directly mounted on an appropriately matched heatsink and mounted using a thermal compound. 25W Aluminiu...

Désignation: Résistance bobiné

SVHC No SVHC (08-Jul-2021) Product Height 11 mm Resistor Type High Power Power Rating 15 W Resistance 82 ohm Resistance Tolerance ± 5% Product Length 21 mm Product Width 21 mm Resistor Mounting Cha...

RWS Series SMD Resistors, 5W

Product Length 21 mm SVHC No SVHC (08-Jul-2021) Resistance 120 ohm Operating Temperature Max - Product Width 21 mm Temperature Coefficient ± 30ppm/°C Power Rating 15 W Resistance Tolerance ± 5% Ope...

Désignation: Résistance bobiné

EY Series Axial Resistors. Ohmite EY series ceramic composite resistors are designed for various applications where high energy handling capabilities are crucial. These axial resistors are ideal fo...

Temperature Coefficient ± 50ppm/°C Product Range THS Series Product Width 28 mm Product Length 29 mm Qualification - Resistance 18 ohm Resistance Tolerance ± 5% Resistor Terminals Solder Lug Produc...

Power Rating = 25W Series = HS25 Package/Case = Aluminium Housed Tolerance = ±1% Technology = Wire Wound Minimum Temperature Coefficient = -100ppm/°C Maximum Temperature Coefficient = +100ppm/°C Di...