Licence and components

SCHEMATIC EDITOR WORKFLOW

eHS licence class is counted over 5 different kind of criteria.

Number of Switches
Number of sources
Number of outputs
Number of non-linear components

Note: Some high level components, such as machines, contains sources, outputs and switches

For readability purpose, 0 values are not mentioned.

Component	Switch	Source	Output ₁	Passive / Non-Linear	States	Specific License Required
Sources
AC Voltage Source DC Voltage Source Controlled Voltage Source AC Current Source DC Current Source Controlled Voltage Source		1				None
Meters
Ammeter Voltmeter Voltmeter Node			1			None
Passive
Resistor						None
Inductor Capacitor					1	None
Serial RLC Parallel RLC					2	None
Surge arrester Saturable Inductor Variable Serial RL Variable Parallel RC		1		1	1	None
Switches
Diode Ideal Switch Breaker IGBT Thyristor FET IGBT with Antiparallel Diode FET with Antiparallel Diode	1					None
Half-Bridge converter	2					None
3-Level NPC Arm	4					None
3-Level T-Type Arm	4					None (eHS Gen5 Specific)
Single Phase Cycloconverter	8					None (eHS Gen5 Specific)
Transformers
Single Phase Ideal Two Winding Transformer					3	None
Single Phase Ideal Three Winding Transformer					4	None
Single Phase Ideal Two Winding Mutual Inductance					2	None
Three Winding Mutual Inductance					3	None
Saturable Transformer		1		1	3	None
Machines
Permanent Magnet Synchronous Machine Brushless DC Machine		2	3		3	EHS_MACHINE_CORE_TOKEN XSG_PMSM_VDQ or XSG_PMSM_SH
Squirrel-Cage Induction Machine Squirrel-Cage Induction Machine with Saturation		2	3		3	EHS_MACHINE_CORE_TOKEN XSG_IM
Doubly-Fed Induction Machine Doubly-Fed Induction Machine with Saturation		4	6		6	EHS_MACHINE_CORE_TOKEN XSG_IM
Lines
Pi Section Line					2 X NBSECTION +1	None
FD Line 1 Phase		2				XSG_FDLINE
FD Line 2 Phase		4				XSG_FDLINE
FD Line 3 Phase		6				XSG_FDLINE
FD Line 4 Phase		8				XSG_FDLINE
FD Line 6 Phase		12				XSG_FDLINE
FD Line 12 Phase		24				XSG_FDLINE
Stubline		1	1			None
De-coupling blocks
Single phase capacitive de-coupling Single phase inductive de-coupling					2	HIGH_PERFORMANCE
Two-phase capacitive de-coupling Two-phase inductive de-coupling					4	HIGH_PERFORMANCE
Three-Phase delta capacitive de-coupling Three-phase wye with neutral capacitive de-coupling Three-phase inductive de-coupling					6	HIGH_PERFORMANCE

₁Custom Models outputs are always connected and counted as low latency output for performance reasons. Any Custom model measurement will not be counted toward output limitation.