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The last thing that I'd like to quickly discuss here before the end of this section is the power supply.

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If you choose the power, your ISP 32 and Yamoto from the same power supply, you need to make sure

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that they can output enough current to make sure that there is no voltage drop so that the ISP 32 suffers

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a brownout.

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And that means that the wheel will stop working until the voltage is restored.

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It's just not going to work properly.

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So in this case, I've found a spare power supply that can output up to two amps of current.

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It's voltage is nine votes.

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This is well within the parameters of the the voltage regulator on the E.S.P 32 deaf kit.

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It can go up to 12 votes.

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Of course, the more voltage, the more waste of energy that you have.

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But at night, voltage.

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OK, and I've also experimented with the nine votes and both of this motor here for my testing and the

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water pump.

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And it can tolerate nine votes for small amounts of time.

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It can spin for too long without alert at nine votes, gets too hot.

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But the water pump itself should always have lowered to like water to move.

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So it will be loaded.

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So one is not going to have a heating issue there.

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I've also tested it with a fireball, alkaline battery, and I had problems with this.

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If this battery is attached only to the battery power supply and then got separate power supply for

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the E.S.P 32, such as the case of the battery, here for my interview with the local battery, then

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this works fine as well.

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If you have two separate power supplies, one for the ISP 32 and one for the modem, it works quite

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well.

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So the thing to remember here is that if you want to go with this solution and use a single power supply

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for both the microcontroller unit and the motor, the power supply needs to be able to provide enough

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current using nine votes at two amps.

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And this seems to be working well, especially when combined with a capacitor.