SIMPLORER User Manual V6.0 - FER-a

10
334 Physical Domains
The heat flow through an ideal temperature source can be arbitrary. Real temperature sources
have always an internal resistance. If the internal resistance is essential for the simulation
target, a corresponding resistance must be connected in series.
Component Parameters
Description [Unit] Parameter Name Data Type
Temperature [K] VALUE real
Component Outputs
Description [Unit] Parameter Name Data Type
Temperature [K] T real
Heat Flow [J/s] H real
Component Nodes
Description Node Name Nature
Pin 1 (with red point) TH1 thermal
Time-Controlled Temperature Source
Tt () =
f[ time function]
The time controlled temperature sources have the same properties as the linear temperature
source above; the heat flow can be arbitrary and the internal resistance is zero (ideal source).
The value of the temperature differential instead is equivalent to the present value of the selected
time function at each calculation step.
Component Parameters
Description [Unit] Parameter Name Data Type
Amplitude [T] AMPL real
Frequency [Hz] (no trapezoidal function parameter) FREQU real
Period [s] TPERIO real
Delay [s] TDELAY real
Phase [deg] PHASE real
Angular Dimension n/a
Offset OFF real
Periodical; PERIO=1, periodical function, PERIO=0; non-periodical
function
PERIO real
Damping factor [1/s] (only sine function)
DAMPING>0, amplitude is exponentially decreasing
(damped). DAMPING