Basic Electrical Device Models (BEDM)

Type	Description	Source
Resistor	single branch resistor model with bi-directional terminals	resistor.va
Capacitor	single branch capacitor model with bi-directional terminals	capacitor.va
Inductor	single branch inductor model with bi-directional terminals	inductor.va
VCVS	ideal voltage-controlled voltage source	vcvs.va
CCCS	ideal current-controlled current source	cccs.va
Ideal Switch	ideal switch with control terminal	ideal_switch.va
3-Phase VS	3 phase voltage source with amplitude and frequency control	3ph_vs.va
Triangle Wave Generator	voltage triangle wave generator	V_triangle_generator.va
Sine Wave Generator	voltage sine wave generator	V_sine_generator.va

Main    BEDM    SDM   BFEM   AFEM   DCM   MaEM    ADCM   MaTM

Resistor

Module Name resistor.va	res
Terminals	p : positive terminal : inout electrical n : negative terminal : inout electrical
Parameter	r : resistance = 0

Main    BEDM    SDM   BFEM   AFEM   DCM   MaEM    ADCM   MaTM

Capacitor

Module Name capacitor.va	cap
Terminals	p : positive terminal : inout electrical n : negative terminal : inout electrical
Parameter	c : capacitance = 0

Main    BEDM    SDM   BFEM   AFEM   DCM   MaEM    ADCM   MaTM

Inductor

Module Name inductor.va	ind
Terminals	p : positive terminal : inout electrical n : negative terminal : inout electrical
Parameter	l : inductance = 0

Main    BEDM    SDM   BFEM   AFEM   DCM   MaEM    ADCM   MaTM

Voltage-Controlled Voltage Source

Module Name vcvs.va	vcvs
Terminals	p   : positive output terminal : inout electrical n   : negative output terminal : inout electrical pc : positive control terminal : inout electrical nc : negative control terminal : inout electrical
Parameter	gain : gain = 0

Main    BEDM    SDM   BFEM   AFEM   DCM   MaEM    ADCM   MaTM

Current-Controlled Current Source

Module Name cccs.va	cccs
Terminals	p   : positive output terminal : inout electrical n   : negative output terminal : inout electrical pc : positive control terminal : inout electrical nc : negative control terminal : inout electrical
Parameter	gain : gain = 0

Main    BEDM    SDM   BFEM   AFEM   DCM   MaEM    ADCM   MaTM

Ideal Switch

Module Name ideal_switch.va	ideal_switch
Terminals	p   : positive output terminal : inout electrical n   : negative output terminal : inout electrical pc : positive switch control terminal : input voltage nc : negative switch control terminal : input voltage
Parameter	ctr_vth          : switch state control threshold voltage = 1 switch_type : switch type selector = 0   switch_type=0 switch_type=1 V(control)>=ctr_vth closed open V(control) < ctr_vth open closed

Main    BEDM    SDM   BFEM   AFEM   DCM   MaEM    ADCM   MaTM

3-Phase Voltage Source

Module Name 3ph_vs.va	vsrc_3ph
Terminals	amp : amplitude control terminal : input voltage fre   : frequency control terminal : input voltage gnd : reference terminal for amp and fre terminal : input voltage pha : terminal for phase a : output voltage phb : terminal for phase b : output voltage phc : terminal for phase c : output voltage phn : terminal for center of all phases : output voltage
Parameter	ka : coefficient on magnitude = 1 kf : coefficient on frequency = 1 phi : phase difference

Main    BEDM    SDM   BFEM   AFEM   DCM   MaEM    ADCM   MaTM

Voltage Triangle Waveform Generator

Module Name V_triangle_generator.va	V_triangle_generator
Terminals	out : output terminal : output voltage
Parameter	period : period of triangle = 10ns ampl : amplitude of triangle = 1

Main    BEDM    SDM   BFEM   AFEM   DCM   MaEM    ADCM   MaTM

Voltage Sine Waveform Generator

Module Name V_sine_generator.va	V_sine_generator
Terminals	out : output terminal : output voltage
Parameter	freq : frequency of sine signal ampl : amplitude of sine = 1 offset : dc offset = 0

Main    BEDM    SDM   BFEM   AFEM   DCM   MaEM    ADCM   MaTM

   Last updated on
   December 31, 1998