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The chances of 6V DC at a very low amperage starting a fire or hurting anyone is basically 0. You would get the same thing with 4 AA batteries in series.
Totally see everyone's point here. I guess I'm thinking more about the failure of the transformer in a toy where kids play with the connections, then leaking something closer to the 120/15A from the wall. Probably, lots would melt/fuse instantly before someone got hurt, and this is all imaginary/extreme, but I thought one of the safety mechanisms for this toy was the battery.
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Isn't this kind of a bad idea? One of the nice things about batteries is the inherent low power. I'm not saying anything will go wrong, but it seems like rechargeable batteries are a better idea. Kids do funny things, though I get the point here.
Isn't this kind of a bad idea? One of the nice things about batteries is the inherent low power. I'm not saying anything will go wrong, but it seems like rechargeable batteries are a better idea. Kids do funny things, though I get the point here.
The chances of 6V DC at a very low amperage starting a fire or hurting anyone is basically 0. You would get the same thing with 4 AA batteries in series.
Isn't this kind of a bad idea? One of the nice things about batteries is the inherent low power. I'm not saying anything will go wrong, but it seems like rechargeable batteries are a better idea. Kids do funny things, though I get the point here.
The transformer in this kit outputs 9V DC @500mA according to an answered question which is 4.5W max. Rechargable AA batteries easily exceed 2A when shorted, so 4 rechargeable AAs in series give 5V @2A = 10W or more.
Regular (non-alkaline) batteries have a lower max current due to higher internal resistance, but they often leak and make a chemical mess when shorted.
I would say the transformer is probably safer when shorted.
The transformer in this kit outputs 9V DC @500mA according to an answered question which is 4.5W max. Rechargable AA batteries easily exceed 2A when shorted, so 4 rechargeable AAs in series give 5V @2A = 10W or more.
Regular (non-alkaline) batteries have a lower max current due to higher internal resistance, but they often leak and make a chemical mess when shorted.
I would say the transformer is probably safer when shorted.
Totally see everyone's point here. I guess I'm thinking more about the failure of the transformer in a toy where kids play with the connections, then leaking something closer to the 120/15A from the wall. Probably, lots would melt/fuse instantly before someone got hurt, and this is all imaginary/extreme, but I thought one of the safety mechanisms for this toy was the battery.
Totally see everyone's point here. I guess I'm thinking more about the failure of the transformer in a toy where kids play with the connections, then leaking something closer to the 120/15A from the wall. Probably, lots would melt/fuse instantly before someone got hurt, and this is all imaginary/extreme, but I thought one of the safety mechanisms for this toy was the battery.
The chances of 6V DC at a very low amperage starting a fire or hurting anyone is basically 0. You would get the same thing with 4 AA batteries in series.
I'm a lot less concerned about fire than destroying specific Snap Circuit components by accidentally feeding them a higher voltage they can't accept. Seems like this would make that scenario more likely just by choosing the wrong single connection than say putting multiple batteries trays in series which would first require changing the layout for most projects.
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Isn't this kind of a bad idea? One of the nice things about batteries is the inherent low power. I'm not saying anything will go wrong, but it seems like rechargeable batteries are a better idea. Kids do funny things, though I get the point here.
Yeah, kids playing with something that has a direct path to your home's electrical wiring doesn't seem appealing.
...common sense says no one is using a kit like this with a chid young enough to try and swallow a AA battery...also these kits should always be used with supervision.
Totally see everyone's point here. I guess I'm thinking more about the failure of the transformer in a toy where kids play with the connections, then leaking something closer to the 120/15A from the wall. Probably, lots would melt/fuse instantly before someone got hurt, and this is all imaginary/extreme, but I thought one of the safety mechanisms for this toy was the battery.
You are really grasping at straws to make yourself "right". When has a transformer ever failed and leaked 120v?
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See keepa price trend below.
Regular (non-alkaline) batteries have a lower max current due to higher internal resistance, but they often leak and make a chemical mess when shorted.
I would say the transformer is probably safer when shorted.
Regular (non-alkaline) batteries have a lower max current due to higher internal resistance, but they often leak and make a chemical mess when shorted.
I would say the transformer is probably safer when shorted.
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