the servo motor is given running current and stall current, after studying about those currents i understood that, while the motor is rotating its shaft to reach its desired position it will take more current i.e., the stall current,
whenever it reaches to its desired position and it is stable in the position, at that time it takes some current, i.e., the running current.
is it correct what i said ?
Stall caurrent is the current that the motor will draw when it's trying to move to a certain position but isn't able to do so because it's being stalled.
Give your servo a control input while you're holding the shaft and not allowing it to move. The current consumption will be the stall current.
Keep in mind that stalling a servo will damage/shorten the life of both mechanics electronics.