Skip to main content

2_3_6_Stromstoßschaltung

FE

feslehrer

·

Created Oct 19, 2026

·

Updated Oct 20, 2026

Schematic preview for 2_3_6_Stromstoßschaltung
Details

Components

5


Schematic

Yes


Simulation

Interactive


Copies

Not copied yet

Tags

No tags yet.

About this circuit

The author hasn't added a description yet.

Circuit notes

Stromstoßschaltung


Arbeitsauftrag

  1. Die Verdrahtung des Stromstoßrelais Q1 ist so zu ergänzen, dass beim Betätigen von S1 der Lampenstromkreis (Laststromkreis geschlossen wird.
  2. Starten Sie die Simulation und betätigen Sie S1.
  3. Beschreiben Sie die Funktion der Schaltung.
  4. Ergänzen Sie die Schaltung mit 2 weiteren Schaltstellen (S2, S3) und einer zweiten Lampe E2.

Components used

Components used
5 components
NameManufacturerMPNCountType

Fuse

Generic

—

1

Official

Lamp

Generic

—

1

Official

RMS AC Voltage Source

Generic

—

1

Official

Switch - SPST Double-Break

Generic

—

1

Official

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]
.end

Try this circuit yourself

Free to get started. No download — runs in your browser with a full SPICE engine.