It is the resistance across the cell to invoke a constant draw. This makes the cell work efficiently under ideal conditions. To do it properly new cell management systems measure the temp. and voltage output and put a load on the cell that makes it work best.
shunt
Shunt means parallel only..................
the shunt generator wont be started .hehe
It does have armature resistance.
A galvanometer with a low-resistance shunt in parallel with its moving coil is designed to measure larger currents than the galvanometer alone can handle. The shunt allows most of the current to bypass the sensitive coil, protecting it from damage while enabling a more accurate reading of high currents. This setup improves the range and utility of the galvanometer in various applications, allowing it to function effectively as an ammeter. The shunt's resistance is carefully chosen to ensure that the majority of the current passes through it, minimizing the effect on the galvanometer's measurement.
A low-resistance connection between two points in an electric circuit that forms an alternative path for a portion of the current. Also called bypass. Conductance of a shunt is high as the resistance is low.
shunt
An ammeter's coil requires very little current for full-scale deflection (fsd). So, to measure a current above its fsd value, most of that current must be allowed to bypass the coil. This is achieved by placing a very low value shunt resistance in parallel with the coil ('shunt' is an archaic word for 'parallel').
Shunt means parallel only..................
the shunt generator wont be started .hehe
The value of resistance of shunt field winding beyond which the shunt generator fails to build up its voltage is known as " critical resistance at a given speed it is the maximum field resistance with which the shunt generator excite.
It does have armature resistance.
A galvanometer with a low-resistance shunt in parallel with its moving coil is designed to measure larger currents than the galvanometer alone can handle. The shunt allows most of the current to bypass the sensitive coil, protecting it from damage while enabling a more accurate reading of high currents. This setup improves the range and utility of the galvanometer in various applications, allowing it to function effectively as an ammeter. The shunt's resistance is carefully chosen to ensure that the majority of the current passes through it, minimizing the effect on the galvanometer's measurement.
it is the resistance with which the generatoe just excite.
The Ductus Venosus
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