Intambo ye-manganin isetshenziswa kabanzi ekusetshenzisweni kwezinsimbi eziphansi ze-voltage ezinezidingo eziphezulu kakhulu, ama-resistor kufanele azinziswe ngokucophelela futhi izinga lokushisa lokusetshenziswa akufanele lidlule +60 °C. Ukudlula izinga lokushisa lokusebenza eliphezulu emoyeni kungabangela ukukhukhuleka kokumelana okubangelwa yi-oxidizing. Ngakho-ke, ukuzinza kwesikhathi eside kungathinteka kabi. Ngenxa yalokho, ukumelana kanye ne-coefficient yokushisa yokumelana kukagesi kungashintsha kancane. Iphinde isetshenziswe njengento yokufaka esikhundleni engabizi kakhulu ye-silver solder yokufaka insimbi eqinile.

Izicelo ze-Manganin:

1; Isetshenziselwa ukwenza ukumelana nokunemba kwenxeba lentambo

2; Amabhokisi okumelana

3; Ama-shunt ezinsimbi zokulinganisa zikagesi

I-foil ye-manganin kanye nentambo kusetshenziswa ekwakhiweni kwama-resistor, ikakhulukazi ama-ammeter shunts, ngenxa ye-coefficient yayo yokushisa ecishe ibe yi-zero yenani lokumelana kanye nokuqina kwesikhathi eside. Ama-resistor amaningana e-manganin asebenze njengendinganiso esemthethweni ye-ohm e-United States kusukela ngo-1901 kuya ku-1990. Intambo ye-manganin isetshenziswa futhi njengomqhubi kagesi ezinhlelweni ze-cryogenic, inciphisa ukudluliselwa kokushisa phakathi kwamaphuzu adinga ukuxhumana kukagesi.

I-Manganin isetshenziswa futhi kuma-gauge okuhlola amagagasi okushaqeka okuphezulu (njengalawo akhiqizwa ukuqhuma kweziqhumane) ngoba inokuzwela okuphansi kokucindezeleka kodwa ukuzwela okuphezulu kokucindezeleka kwe-hydrostatic.