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(28/48/50) Dual Number Functions
02-22-2024, 07:13 AM
Post: #10
RE: (28/48/50) Dual Number Functions
(02-21-2024 04:34 PM)DavidM Wrote:  Personally, I find threads like this one intriguing. I just lack the mathematical background to make practical use of the concepts.

Consider two resistors with a certain tolerance:

\(
\begin{align}
R_1 &= 3 \pm 4 \varepsilon \\
R_1 &= 5 \pm 6 \varepsilon \\
\end{align}
\)

What is the total resistance and its tolerance if both resistors are in parallel?

3 4 R→C 1/X
5 6 R→C 1/X
+ 1/X

(1.875,2.40625)


Compare this to the calculation if \(\varepsilon = 1e-5\):

3.00004 1/X
5.00006 1/X
+ 1/X

1.8750240625


With each number we include the linearization of its perturbation.
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Messages In This Thread
RE: (28/48/50) Dual Number Functions - Gil - 02-20-2024, 10:17 AM
RE: (28/48/50) Dual Number Functions - Gil - 02-21-2024, 12:57 AM
RE: (28/48/50) Dual Number Functions - Gil - 02-21-2024, 04:49 AM
RE: (28/48/50) Dual Number Functions - Gil - 02-21-2024, 04:47 PM
RE: (28/48/50) Dual Number Functions - Thomas Klemm - 02-22-2024 07:13 AM



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