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Diode
Electrical diode
Block Screenshot
 
Contents
Description
This component consists of a simple diode parallel with an ohmic
            resistance (R).
            The current (I)
            passing through this component is defined as a function of the voltage across the ports (V):
 
        where
            Ids
            and
            Vt
            are the saturation
            current and the voltage equivalent of temperature, respectively. If the exponent reaches a certain limit (Max exponent for linear continuation),
            the diode characteristic becomes linear to avoid overflow.
Dialog box
 
- Saturation current (A) - Saturation current - Properties : Type 'vec' of size 1. 
- Voltage equivalent to temperature (Volt) - Voltage equivalent of temperature - Properties : Type 'vec' of size 1. 
- Max exponent for linear continuation - Max exponent for linear continuation - Properties : Type 'vec' of size 1. 
- R (ohm) - Parallel ohmic resistance. - Properties : Type 'vec' of size 1. 
Default properties
- Inputs : - Modelica variable name : 'p' - Implicit variable. 
 
- Outputs : - Modelica variable name : 'n' - Implicit variable. 
 
- Parameters : - Modelica parameter name : 'Ids' - Default value : 0.000001 - Is a state variable : no. 
- Modelica parameter name : 'Vt' - Default value : 0.04 - Is a state variable : no. 
- Modelica parameter name : 'Maxexp' - Default value : 15 - Is a state variable : no. 
- Modelica parameter name : 'R' - Default value : 1.000E+08 - Is a state variable : no. 
 
- File name of the model : Diode 
Interfacing function
- SCI/modules/scicos_blocks/macros/Electrical/Diode.sci 
Modelica model
- SCI/modules/scicos_blocks/macros/Electrical/Diode.mo 
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