Hi,
I was conducting an experiment based off the "Measure Your Magnetism" project at science buddies.com. Here's the link:
https://www.sciencebuddies.org/science- ... ml#summary
So, I have made the gauss meter, and I got the 2.5 volts that you should get as a starting voltage with no magnet near the gauss meter, but when I touch a magnet to the linear IC, I am not getting a different voltage like I am supposed to get.What do you suggest I do? Is there a chance that this might be happening because I have a different linear IC? How am I supposed to get a change in voltage when I put a magnet to the IC?
Thanks for your help.
Measure your Magentism
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scienceiscool21
- Posts: 2
- Joined: Sun Jan 11, 2015 4:10 pm
- Occupation: student
- Project Question: Which conductor when used in an electromagnet causes the electromagnet to have the greatest magnetism?
- Project Due Date: January 12-15, 2015
- Project Status: I am conducting my experiment
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rmarz
- Expert
- Posts: 634
- Joined: Sat Oct 25, 2008 1:26 pm
- Occupation: Technology Consultant
- Project Question: n/a
- Project Due Date: n/a
- Project Status: Not applicable
Re: Measure your Magentism
scienceiscool21 - Your note suggests that you might be using a different IC than the one specified in the procedure. You described it as a linear IC. The experiment calls for a Hall effect circuit, a device that is responsive to magnetic fields. If you are using a Hall effect with a different part number it might work fine. What device number are you using?
Rick Marz
Rick Marz
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scienceiscool21
- Posts: 2
- Joined: Sun Jan 11, 2015 4:10 pm
- Occupation: student
- Project Question: Which conductor when used in an electromagnet causes the electromagnet to have the greatest magnetism?
- Project Due Date: January 12-15, 2015
- Project Status: I am conducting my experiment
Re: Measure your Magentism
Rick Marz,
I am using a NTE7225 integrated circuit precision temperature sensor from NTE electronics.
Thanks,
scienceiscool21
I am using a NTE7225 integrated circuit precision temperature sensor from NTE electronics.
Thanks,
scienceiscool21

