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TRIAC switch
The TRIAC (Triode AC) model is designed using two anti-parallel SCR switch models as shown below.
This allows the component to conduct in both directions.
- 555 timer
- 7-segment display
- ABM sources
- AND
- Angle wrap
- Arbitrary sources
- BCD to 7-segment decoders
- Binary Counters
- BJTs
- Brushless DC machine
- Brushless DC machine hall
- Capacitor
- Combination relay
- Configurable transformer
- Creating custom component models
- Current controlled SPST
- D flip-flop
- D latch
- DC machine permanent magnet
- DC machine wound field
- DC voltage/current sources
- Decoders/Demultiplexers
- Delay
- Digital buffer
- Digital clock
- Digital constant
- Diode
- Diode switch
- Divider
- Full Adders
- GaAsFETs
- GTO switch
- Ideal comparator
- Impedance block
- Incremental encoder
- Induction machine squirrel cage
- Induction machine squirrel cage (E)
- Induction machine wound
- Induction machine wound (E)
- Inductor
- Inductor coupling
- Inertial load
- Inverter
- JFETs
- JK flip-flop
- LM555CN - Highly Stable 555 Timer
- Lossy transmission line
- Machine modeling
- MOSFETs
- Multiplier
- NAND
- NOR
- Opamps
- OR
- Phase angle controller
- Phase angle controller 2 pulse
- Phase angle controller 6 pulse
- Potentiometer
- Probes
- Pulse width modulation (PWM) components
- PWM sinusoidal 3 phase
- Relays
- Resistor
- Resolver
- SCR switch
- SPDT switch
- SPST double break
- SPST switch
- SR flip-flop
- SR latch
- Stepper 2 phase
- Stepper 2 phase 2 winding
- Synchronous permanent magnet
- Synchronous permanent magnet E
- Synchronous permanent magnet hall
- T flip-flop
- Three phase delta
- Three phase wye
- Transistor switch
- TRIAC switch
- Voltage controlled SPDT/DPDT
- Voltage controlled SPST
- Voltage differentiator
- Voltage gain block
- Voltage integrator
- Voltage summer
- XNOR
- XOR
- Zener