2_3_6_Stromstoßschaltung
FE
feslehrer
·
Created Oct 19, 2026
·
Updated Oct 20, 2026

Details
Components
5
Schematic
Yes
Simulation
Interactive
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Circuit notes
Stromstoßschaltung
Arbeitsauftrag
- Die Verdrahtung des Stromstoßrelais Q1 ist so zu ergänzen, dass beim Betätigen von S1 der Lampenstromkreis (Laststromkreis geschlossen wird.
- Starten Sie die Simulation und betätigen Sie S1.
- Beschreiben Sie die Funktion der Schaltung.
- Ergänzen Sie die Schaltung mit 2 weiteren Schaltstellen (S2, S3) und einer zweiten Lampe E2.
Components used
Components used
5 components
NameManufacturerMPNCountType
SPICE netlist
* **************************************************
* Generated from CircuitSim Schematic
**************************************************
* net label L1 joins NET_006::node:junction-5d5440b4-24a3-4851-ba87-a05a4ee41631 NET_016::component:node-8793808c-3429-4427-89ff-c914c9c5dce8:T0
* net label N joins NET_004::component:node-faf4cf25-15e1-4211-817e-207d201a65ab:0 NET_007::node:junction-4ac704cd-0558-4904-8a13-38f0d751b0e4
* net label PE joins NET_004::component:node-faf4cf25-15e1-4211-817e-207d201a65ab:0 NET_018::node:junction-51cd0b82-dd9f-4eaa-a7ef-c2cb72c51cd5
rE1 N4 0 '230*230/50'
X_F1 N2 N3 FUSEVIRTUAL_1d9c8cf9 IMAX=2
XQ1 N5 0 N4 N3 NC_1 CS_BISTABLE_RELAY CoilResistance=250 CoilInductance=50m SetCurrent=100m ResetCurrent=100m OnResistance=0.1 OffResistance=1e9
R_S1 N5 N3 100000000000000000
V_V1 N2 0 dc 0 ac 1 0 distof1 0 0 distof2 0 0 sin ( 0 {230*1.414213562} 50 0 0 0 )
**************************************************
* Models and supporting definitions follow
**************************************************
* Stateful over-current fuse equivalent
.subckt FUSEVIRTUAL_1d9c8cf9 port1 port2 params: IMAX=1
VSENSE port1 SENSE 0
BFUSE SENSE port2 I=V(SENSE,port2)/(V(TRIP)>0.5 ? 10Meg : 1e-4)
CTRIP TRIP 0 1u IC=0
BTRIP 0 TRIP I=(time>0 && abs(I(VSENSE))>IMAX ? 1 : 0)
RSTATE TRIP 0 1T
.ends FUSEVIRTUAL_1d9c8cf9
.subckt CS_BISTABLE_RELAY CP CN COM NO NC params: CoilResistance=125 CoilInductance=50m SetCurrent=20m ResetCurrent=20m OnResistance=0.1 OffResistance=1e9
RCOIL CP CI {CoilResistance}
LCOIL CI CS {CoilInductance}
VSENSE CS CN 0
BCTRL CTRL 0 V={I(VSENSE)}
VHI HI 0 1
SSTATE STATE HI CTRL 0 CS_BISTABLE_MEMORY OFF
RSTATE STATE 0 1k
SNO COM NO STATE 0 CS_BISTABLE_CONTACT
SNC COM NC 0 STATE CS_BISTABLE_RESET_CONTACT
.model CS_BISTABLE_MEMORY SW(Ron=1u Roff=1e12 Vt={(SetCurrent-ResetCurrent)/2} Vh={(SetCurrent+ResetCurrent)/2})
.model CS_BISTABLE_CONTACT SW(Ron={OnResistance} Roff={OffResistance} Vt=0.5 Vh=0)
.model CS_BISTABLE_RESET_CONTACT SW(Ron={OnResistance} Roff={OffResistance} Vt=-0.5 Vh=0)
.ends CS_BISTABLE_RELAY
**************************************************
* Simulation settings
**************************************************
.tran 400u 1e12 0 400u
.save @rE1[p] v(x_F1.trip) @r.xQ1.rstate[i]
.endTry this circuit yourself
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