Synapticon Tolerance Analyzer

Enter the system equation here:

y =

* Only use variables in the format of x[1], x[2], x[3], etc. and numbers.
* The default equation is an exampe representing a resistive voltage divider.
* In the default equation, x[1] represents Vin and x[2] represents R1.
* Dont't use x[0].
* You can use the follwoing math opertors: * / + - ( )
* In the default example it is assumed that the Vin comes from an analysis from Synapticon with a 3.5-Sigma error of 2%
*** So, an input with a 3.5-Sigma error of 2%, is entered like this: Tolerance = 2, Prod. line sigma paradigm = 3.5, and Prod. line tolerance = 2
* The default assumption of Synapticon is that all 1% resistors have production line sigma paradigm of 3 and production line tolerance of 5%.

Enter the percent-based-error equation here:

e% =

Number of variables:

Tutorial

Example 1

Example 2

Speed up

For entering the inputs faster, you can simply copy them to the text box in this format:

x[1] * x[3] / (x[2] + x[3])
%
100 * (e / y)
#
3,
Vin,V,5,2,3.5,2,
R1,Ohm,1000,1,3,5,
R2,Ohm,4700,1,3,5,
Vout,V,

And then press the botton "Update and clear the inputs" to load it.
* You need to use a exactly same format with no additional spaces in the text.