Manganin is a trademarked name for an alloy of typically 84.2% copper, 12.1% manganese, and 3.7% nickel. It was first developed by Edward Weston in 1892, improving upon his Constantan …

Shunt Manganin is a Copper-Manganese resistance alloy used for shunts in various high current applications. The alloy has a low temperature coefficient of resistivity with peak resistance at …

Shunts. The wire and foil of this material are mainly used to manufacture various resistors – mainly ammeter shunts. Shunt refers to a device that controls the passage of electric current …

The precision resistance alloy MANGANIN ®, developed by Isabellenhütte, is especially characterized by low temperature coefficient between 20 and 50 °C with a parabolic shape of …

Shunt Manganin is a Copper-Manganese resistance alloy used for shunts in various high current applications. The alloy has a low temperature coefficient of resistivity with peak resistance at …

alloy MANGANIN®, developed by Isabellenhütte, is especially characterized by low temperature coefficient between 20 and 50 °C with a parabolic shape of the R(T) curve, high long-term …

Industry-standard material for precision, standard and shunt resistors; Temperature coefficient of electrical resistance of ±10 ppm/°C between +20°C and +50°C; Temperature range of up to …

Explore the properties and applications of Manganin, a copper-manganese-nickel alloy known for its high resistivity, excellent stability, and low temperature coefficient. Ideal for precision …

The precision resistance alloy MANGANIN®, developed by Isabellenhütte, is especially characterized by low temperature coefficient between +20 and +50 °C with a parabolic shape …

Shunt Manganin is a Copper-Manganese resistance alloy used for shunts in various high current applications. The alloy has a low temperature coefficient of resistivity with peak resistance at …