Yes, that's why I'm going to use insulation in the model, to try and see if I can get rid of solar heat gains. I'm trying to create an insulated environment for an indoor pool.
I'm working on a thermal balance of a building. In particular, I'm trying to calculate the effect energy gains (mostly due to solar radiation) have on the inside temperature of the building. So I calculated the energy gains per month, for instance, 20 kW for the month of February (it's an...
I think it does have a diode setting, I'll have to try it.
I considered that maybe the multimeter was measuring the equivalent resistance of the set, but the coil has a resistance value of 3.4 ohm, so I still don't know where the 0.04 ohm come from.
It's pretty straightforward. I built a circuit to energize a coil and connected a diode in parallel to make sure the discharge won't harm the transistor. The diode is in working order, I've tested it with a multimeter and found that it has a high resistor value when forward-biased and it doesn't...