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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...
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thermal limits at
which a
shunt will no
longer operate correctly. For
manganin, a
common shunt material, at 80 °C
thermal drift begins to occur, at 120 °C...
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alloys with
similarly low
temperature coefficients are known, such as
manganin (Cu [86%] / Mn [12%] / Ni [2%] ). In 1887,
Edward Weston discovered that...
- 2.38×106 3.80×10−3
Grain oriented electrical steel 46.0×10−8 2.17×106
Manganin 48.2×10−8 2.07×106 0.002×10−3
Constantan 49.0×10−8 2.04×106 0.008×10−3...
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alloys (tin) Devarda's
alloy (aluminium, zinc)
Hepatizon (gold, silver)
Manganin (manganese, nickel)
Melchior (nickel); high
corrosion resistance, used...
- one or more
strips of low
temperature coefficient of
resistance (TCR)
manganin alloy.
Large bolts threaded into the
blocks make the
current connections...
-
dioxide was used for this purpose.
Copper alloys of manganese, such as
Manganin, are
commonly found in
metal element shunt resistors used for measuring...
- po****tions of SFCs with
smaller volumes than that of FM.
Constantan and
Manganin,
alloys with
relatively constant electrical resistivity Elinvar, alloy...
- alloy, it is
easily soldered.
Other constant-resistance
alloys include manganin (Cu86Mn12Ni2),
Cupron (Cu53Ni44Mn3) and Evanohm.
Melts at
about 1,220 °C...
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fluctuations modulating the resistance. This
effect is not
present in
manganin, as it has
negligible temperature coefficient of resistance. In electronic...
