Product Details The Isabellenhutte an 0.020Ω resistor from the PBV Series. Housed in a 4-pin case suitable for PCB mounting this resistor has been especially designed for use at low resistances, giving a component that delivers low temperature coefficient values and independence of the resistance value from consequences arising from the soldering of the component.   Excellent long-term stability High pulse power rating 2J for 10ms Torque max. 1Nm Suitable for wave soldering   For products that are Customized and under Non-cancellable & Non-returnable, Sales & Conditions apply.   Specifications Attribute Value Resistance 20mΩ Power Rating 10W Series PBV Package/Case 25 Tolerance ±0.5% Technology Aluminium Termination Style Pin   read more

Product Details The Isabellenhutte an 0.0033Ω resistor from the PBV Series. Housed in a 4-pin case suitable for PCB mounting this resistor has been especially designed for use at low resistances, giving a component that delivers low temperature coefficient values and independence of the resistance value from consequences arising from the soldering of the component.   Excellent long-term stability High pulse power rating 2J for 10ms Torque max. 1Nm Suitable for wave soldering   For products that are Customized and under Non-cancellable & Non-returnable, Sales & Conditions apply.   Specifications Attribute Value Resistance 3.3mΩ Power Rating 10W Series PBV Package/Case 25 Tolerance ±0.5% Technology Aluminium Termination Style Pin read more

Product Details Two terminal surface mount utilizing ISA-Plan® foil technology. Optimized for lower TCR and Inductance. Current sensor for power hybrid applications, Control systems for the automotive market, Power modules, Switch mode power supplies.   3 W power rating at 95 °c constant current up to 25 A (5 mohm) Standard pad size (2512) High pulse power rating excellent long-term stability Mounting: reflow- and Ir-soldering     Applications current sensor for power hybrid applications control systems for the automotive market Power modules Frequency converters Switch mode power supplies   For products that are Customized and under Non-cancellable & Non-returnable, Sales & Conditions apply.   Specifications Attribute Value Resistance                                              100mΩ Package/Case                                         2512 (6432M) Tolerance ±1% Power Rating 3 W @ 95°C Temperature Coefficient <20ppm/K Automotive Standard AEC-Q200 Series VMS Minimum Operating Temperature -65°C Maximum Operating Temperature +170°C     read more

Product Details The Isabellenhutte an 0.0005Ω resistor from the PBV Series. Housed in a 4-pin case suitable for PCB mounting this resistor has been especially designed for use at low resistances, giving a component that delivers low temperature coefficient values and independence of the resistance value from consequences arising from the soldering of the component.   Excellent long-term stability High pulse power rating 2J for 10ms Torque max. 1Nm Suitable for wave soldering   For products that are Customized and under Non-cancellable & Non-returnable, Sales & Conditions apply.   Specifications Attribute Value Resistance 500µΩ Power Rating 10W Series PBV Package/Case 25 Tolerance ±1% Technology Aluminium Termination Style Pin read more

Product Details The Isabellenhutte an 0.0015Ω resistor from the PBV Series. Housed in a 4-pin case suitable for PCB mounting this resistor has been especially designed for use at low resistances, giving a component that delivers low temperature coefficient values and independence of the resistance value from consequences arising from the soldering of the component.   Excellent long-term stability High pulse power rating 2J for 10ms Torque max. 1Nm Suitable for wave soldering   For products that are Customized and under Non-cancellable & Non-returnable, Sales & Conditions apply.   Specifications Attribute                                   Value Resistance 1.5mΩ Power Rating 10W Series PBV Package/Case                         25 Tolerance ±0.5% Technology Aluminium Termination Style Pin read more