I-alloy isetyenziselwa ukwenziwa kwemigangatho yokumelana, ngokuchanekileyongocingo resistors inxeba, ii-potentiometers, i-shunts kunye nolunye umbane
kunye nezixhobo ze-elektroniki. Le alloy ye-Copper-Manganese-Nickel inamandla aphantsi kakhulu e-thermal electromotive force (emf) vs.
yenza ukuba ilungele ukusetyenziswa kwiisekethe zombane, ngakumbi i-DC, apho i-emf eshushu yobuxoki inokubangela ukungasebenzi kakuhle kombane.
izixhobo. Amacandelo apho le alloy isetyenziswa ngokuqhelekileyo isebenza kwiqondo lokushisa; ngoko ke i-coefficient yayo yobushushu ephantsi
Ukuxhathisa kulawulwa kuluhlu lwe-15 ukuya kwi-35ºC.

Iinkcukacha
ucingo lwemangan/CuMn12Ni2 ucingo olusetyenziswa kwirheostats, resistors,shunt etc manganin wire 0.08mm ukuya 10mm 6J13, 6J12, 6J11 6J8
Ucingo lweManganin( ucingo lwe-cupro-manganese ) ligama eliphawulwe ngokurhweba kwialloyi eqhelekileyo eyi 86% yobhedu, 12% manganese, kunye ne 2-5% nickel .
Intambo yeManganin kunye nefoyile isetyenziswa kwimveliso yesichasi, ngakumbi i-ammeter shunts, ngenxa yobushushu bayo obungu-zero cofficient yexabiso lokuxhathisa kunye nokuzinza kwegama elide.

Ukusetyenziswa kweManganin

Ifoyile yeManganin kunye nocingo lusetyenziswa ekwenzeni isichasi, Ngokukodwa i-ammeter shunt, ngenxa ye-coefficient yayo yobushushu ephantse ibe ngu-zero yexabiso lokumelana kunye nokuzinza kwexesha elide.
I-alloy ephantsi yokumelana nobhedu esekelwe kubhedu isetyenziswa ngokubanzi kwi-low-voltage circuit breaker, i-thermal overload relay, kunye nenye imveliso yombane ene-voltage ephantsi. Yenye yezinto eziphambili zeemveliso zombane ezisezantsi. Imveliso yemathiriyeli