voltageCurve

Calculating the temperature-change-voltage curve for a
 particular set of indices for each component corresponding to the
 values from a standard components space.

Given the circuit topology, simulating the Voltage vs. Temperature
curve with a set of Resistors (R1, R2, R3 and R4) and Thermistors values
(TH1 and TH2) for a given thermistor network shown in Seth DeLand (2024)
"Optimal Component Selection Using the Mixed-Integer Genetic Algorithm"
<https://ww2.mathworks.cn/matlabcentral/fileexchange/35810-optimal-component-selection-using-the-mixed-integer-genetic-algorithm>
and the application in Mak and Wu (2019) <doi:10.1080/00401706.2019.1593246>.

Yao Xiao

Thermistor

The Simulation of the Thermistor Network

Kang Fu

voltageCurve function

<dl><dt>Tdata</dt>
<dd>a vector of temperature-change values</dd>
<dt>x</dt>
<dd>a vector of the indices of each component</dd>
<dt>StdRes</dt>
<dd>a vector of available resistor values</dd>
<dt>StdTherm_Val</dt>
<dd>a vector of available nominal thermistor resistances</dd>
<dt>StdTherm_Beta</dt>
<dd>a vector of of thermistor temperature coefficients</dd></dl>

Arguments

Calculate V-DeltaT Curve for Given Indices — voltageCurve

<dl>

<dt>Tdata</dt>
<dd>a vector of temperature-change values</dd>


<dt>x</dt>
<dd>a vector of the indices of each component</dd>


<dt>StdRes</dt>
<dd>a vector of available resistor values</dd>


<dt>StdTherm_Val</dt>
<dd>a vector of available nominal thermistor resistances</dd>


<dt>StdTherm_Beta</dt>
<dd>a vector of of thermistor temperature coefficients</dd>

</dl>

voltageCurve: Calculate V-DeltaT Curve for Given Indices

Description

Usage

Value

Arguments

Examples