+ Post New Thread
Results 1 to 3 of 3

9th January 2018, 18:57 #1
 Join Date
 Aug 2017
 Posts
 10
 Helped
 0 / 0
 Points
 129
 Level
 1
Inductor Integral (MATH) (how to solve for I)
How do I solve for I in this equation?
VL=LdI/dT
(VL*dT)/L=dI
integral((VL*dT)/L)=integral(dI)?

9th January 2018, 18:57

9th January 2018, 23:09 #2
 Join Date
 Mar 2005
 Location
 California, USA
 Posts
 3,928
 Helped
 846 / 846
 Points
 20,362
 Level
 34
Re: Inductor Integral (MATH)
I=1/L*Integral(Vl*dT)
1 members found this post helpful.

9th January 2018, 23:09

10th January 2018, 02:53 #3
 Join Date
 Jan 2015
 Posts
 901
 Helped
 285 / 285
 Points
 6,195
 Level
 18
Re: Inductor Integral (MATH)
OP  What are you trying to do that makes you think you need to ask this question?
Barry has given the answer (which is basic calculus) but I strongly suspect that it is not what you want so you need to tell us more.
Susan
(PS Using 'VL' is not very good in this situation as it could be read as 'V*L' which would allow the 'L's to cancel out to a meaningless statement. Given the equation is a very common one, just using 'V' to represent the voltage across the inductor  just as you have used 'I' as the current through the inductor  may have been better.)
+ Post New Thread
Please login