A shunt motor has an armature resistance of 0.62 ohms and a full-load current of 60 A. Find the power dissipated by the motor. 7. Compute the power drawn to the circuit if a total resistance of 180 ohms is connected across a 120 V source. ...
In general, it is best to be conservative and use the maximum output current directly for the load-regulation calculation. There is a possible exception: if you are trying to extract the last bit of accuracy from a design and both the maximum and minimum DAC reference-input resistance values ...
It'll show real time Amps, Volts, Watt load, KWhr used, and time. http://energyseeds.com/2007/10/11/go-solar-and-kil...">http://energyseeds.com/2007/10/11/go-solar-and-kil... I just pulled it out for a co-worker to try at her home. :) ...
If our last example circuit had been purely resistive, we would have been able to deliver a full 169.256 watts to the load with the same 1.410 amps of current, rather than the mere 119.365 watts that it is presently dissipating with that same current quantity. ...
Into this section of the spreadsheet, enter the reference specifications for: temperature hysteresis, long-term stability, load regulation, line regulation, and output noise. Also enter DAC specifications for: INL, gain error, gain tempco, and noise. ...
To calculate the variation in reference voltage caused by load regulation, one must know the worst-case range of currents that the voltage reference supplies to the DAC's reference input. Recall that in Step 2 above, the maximum DAC reference current that the MAX6102 would have to drive is ...
Into this section of the spreadsheet, enter the reference specifications for: temperature hysteresis, long-term stability, load regulation, line regulation, and output noise. Also enter DAC specifications for: INL, gain error, gain tempco, and noise. ...
Into this section of the spreadsheet, enter the reference specifications for: temperature hysteresis, long-term stability, load regulation, line regulation, and output noise. Also enter DAC specifications for: INL, gain error, gain tempco, and noise. ...