Loaded voltage divider
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Ideal resistors with an explicit parallel load; not an unloaded divider.
Expected: SVGActual: SVG
The local collection / 816 cases
Different topologies. Clear connections.
Explore branching networks, bridges, transistor stages, and feedback loops. Distinct circuit graphs first, then their values, themes, and focus variants. Drawing, not simulation.
Put the renderer through its paces
Small circuits. Serious checks.
Run the gallery and numeric boundary matrix locally. Check determinism, unchanged inputs, connectivity, and focus geometry.
Ready when you are.
Passing does not mean every input renders. An expected rejection is a passing check, not a renderer bug. Cancelled or errored runs cannot export a complete report.
Browse the corpus
Link to this selectionFind your figure.
Two-stage RC ladder
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Unbuffered stages interact. Ideal source and unloaded output; no independent cutoff product.
Expected: SVGActual: SVG
Wheatstone bridge
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Open-circuit differential outputs; no wire or measuring load connects the two midpoints.
Expected: SVGActual: SVG
Full-wave bridge rectifier
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. AC terminals A/B, full-wave diode bridge, parallel load and filter. No ripple or diode-drop simulation.
Expected: SVGActual: SVG
NPN low-side LED switch
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Shared-ground low-side NPN topology. No gain, saturation, LED current or switching-time model.
Expected: SVGActual: SVG
Inverting operational amplifier
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Ideal linear negative feedback only. Virtual ground is not wired to GND; rails, bandwidth and saturation are not simulated.
Expected: SVGActual: SVG
LED: 3.3 V, 330 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Loaded voltage divider
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Ideal resistors with an explicit parallel load; not an unloaded divider.
Expected: SVGActual: SVG
Two-stage RC ladder
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Unbuffered stages interact. Ideal source and unloaded output; no independent cutoff product.
Expected: SVGActual: SVG
Wheatstone bridge
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Open-circuit differential outputs; no wire or measuring load connects the two midpoints.
Expected: SVGActual: SVG
Full-wave bridge rectifier
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. AC terminals A/B, full-wave diode bridge, parallel load and filter. No ripple or diode-drop simulation.
Expected: SVGActual: SVG
NPN low-side LED switch
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Shared-ground low-side NPN topology. No gain, saturation, LED current or switching-time model.
Expected: SVGActual: SVG
Inverting operational amplifier
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Ideal linear negative feedback only. Virtual ground is not wired to GND; rails, bandwidth and saturation are not simulated.
Expected: SVGActual: SVG
LED: 3.3 V, 330 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Loaded voltage divider
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Ideal resistors with an explicit parallel load; not an unloaded divider.
Expected: SVGActual: SVG
Two-stage RC ladder
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Unbuffered stages interact. Ideal source and unloaded output; no independent cutoff product.
Expected: SVGActual: SVG
Wheatstone bridge
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Open-circuit differential outputs; no wire or measuring load connects the two midpoints.
Expected: SVGActual: SVG
Full-wave bridge rectifier
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. AC terminals A/B, full-wave diode bridge, parallel load and filter. No ripple or diode-drop simulation.
Expected: SVGActual: SVG
NPN low-side LED switch
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Shared-ground low-side NPN topology. No gain, saturation, LED current or switching-time model.
Expected: SVGActual: SVG
Inverting operational amplifier
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Ideal linear negative feedback only. Virtual ground is not wired to GND; rails, bandwidth and saturation are not simulated.
Expected: SVGActual: SVG
LED: 3.3 V, 330 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Lightly loaded divider
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. A 100 kΩ load parallels a 10 kΩ bottom leg; the explicit branch is retained, not treated as open circuit.
Expected: SVGActual: SVG
Slow sensor ladder
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Two 10 kΩ/1 µF stages share ground. This is the coupled ladder transfer, not a product of independent cutoffs.
Expected: SVGActual: SVG
Balanced four-arm bridge
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Four 1 kΩ arms give equal open-circuit midpoint potentials, without connecting those midpoints by a wire.
Expected: SVGActual: SVG
Bridge with 100 µF filter
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. A 1 kΩ load and 100 µF filter share the DC rails. No diode drop, ripple or output voltage is calculated.
Expected: SVGActual: SVG
3.3 V low-side drawing
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. 3.3 V supply, 2.2 kΩ base resistor and 330 Ω LED resistor. No base gain, saturation or LED current is inferred.
Expected: SVGActual: SVG
Unity inverting ratio
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Equal 10 kΩ input/feedback resistors imply ideal gain -1 only in linear negative feedback; virtual ground is not a wire.
Expected: SVGActual: SVG
LED: 3.3 V, 1000 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Lightly loaded divider
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. A 100 kΩ load parallels a 10 kΩ bottom leg; the explicit branch is retained, not treated as open circuit.
Expected: SVGActual: SVG
Slow sensor ladder
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Two 10 kΩ/1 µF stages share ground. This is the coupled ladder transfer, not a product of independent cutoffs.
Expected: SVGActual: SVG
Balanced four-arm bridge
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Four 1 kΩ arms give equal open-circuit midpoint potentials, without connecting those midpoints by a wire.
Expected: SVGActual: SVG
Bridge with 100 µF filter
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. A 1 kΩ load and 100 µF filter share the DC rails. No diode drop, ripple or output voltage is calculated.
Expected: SVGActual: SVG
3.3 V low-side drawing
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. 3.3 V supply, 2.2 kΩ base resistor and 330 Ω LED resistor. No base gain, saturation or LED current is inferred.
Expected: SVGActual: SVG
Unity inverting ratio
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Equal 10 kΩ input/feedback resistors imply ideal gain -1 only in linear negative feedback; virtual ground is not a wire.
Expected: SVGActual: SVG
LED: 3.3 V, 1000 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Lightly loaded divider
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. A 100 kΩ load parallels a 10 kΩ bottom leg; the explicit branch is retained, not treated as open circuit.
Expected: SVGActual: SVG
Slow sensor ladder
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Two 10 kΩ/1 µF stages share ground. This is the coupled ladder transfer, not a product of independent cutoffs.
Expected: SVGActual: SVG
Balanced four-arm bridge
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Four 1 kΩ arms give equal open-circuit midpoint potentials, without connecting those midpoints by a wire.
Expected: SVGActual: SVG
Bridge with 100 µF filter
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. A 1 kΩ load and 100 µF filter share the DC rails. No diode drop, ripple or output voltage is calculated.
Expected: SVGActual: SVG
3.3 V low-side drawing
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. 3.3 V supply, 2.2 kΩ base resistor and 330 Ω LED resistor. No base gain, saturation or LED current is inferred.
Expected: SVGActual: SVG
Unity inverting ratio
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Equal 10 kΩ input/feedback resistors imply ideal gain -1 only in linear negative feedback; virtual ground is not a wire.
Expected: SVGActual: SVG
LED: 3.3 V, 1000 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Heavily loaded divider
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. A 1 kΩ load pulls down the shared output of a 10 kΩ/10 kΩ divider; topology is unchanged.
Expected: SVGActual: SVG
Audio-range ladder
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. 4.7 kΩ and 10 kΩ series legs with 22 nF and 10 nF shunts expose the loaded interstage node.
Expected: SVGActual: SVG
Right lower arm increased
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. A 1.5 kΩ lower-right arm unbalances otherwise equal 1 kΩ legs. Outputs remain differential terminals.
Expected: SVGActual: SVG
Bridge with 2200 µF filter
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. A larger explicit filter branch is drawn alongside a 2.2 kΩ load, without predicting ripple or inrush.
Expected: SVGActual: SVG
5 V low-side drawing
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. A 5 V collector supply with 4.7 kΩ base and 470 Ω series resistors retains a distinct external control terminal.
Expected: SVGActual: SVG
Ideal gain minus two
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. 10 kΩ input and 20 kΩ feedback resistors imply ideal gain -2, without rail saturation or bandwidth simulation.
Expected: SVGActual: SVG
LED: 5 V, 330 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Heavily loaded divider
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. A 1 kΩ load pulls down the shared output of a 10 kΩ/10 kΩ divider; topology is unchanged.
Expected: SVGActual: SVG
Audio-range ladder
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. 4.7 kΩ and 10 kΩ series legs with 22 nF and 10 nF shunts expose the loaded interstage node.
Expected: SVGActual: SVG
Right lower arm increased
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. A 1.5 kΩ lower-right arm unbalances otherwise equal 1 kΩ legs. Outputs remain differential terminals.
Expected: SVGActual: SVG
Bridge with 2200 µF filter
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. A larger explicit filter branch is drawn alongside a 2.2 kΩ load, without predicting ripple or inrush.
Expected: SVGActual: SVG
5 V low-side drawing
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. A 5 V collector supply with 4.7 kΩ base and 470 Ω series resistors retains a distinct external control terminal.
Expected: SVGActual: SVG
Ideal gain minus two
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. 10 kΩ input and 20 kΩ feedback resistors imply ideal gain -2, without rail saturation or bandwidth simulation.
Expected: SVGActual: SVG
LED: 5 V, 330 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Heavily loaded divider
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. A 1 kΩ load pulls down the shared output of a 10 kΩ/10 kΩ divider; topology is unchanged.
Expected: SVGActual: SVG
Audio-range ladder
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. 4.7 kΩ and 10 kΩ series legs with 22 nF and 10 nF shunts expose the loaded interstage node.
Expected: SVGActual: SVG
Right lower arm increased
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. A 1.5 kΩ lower-right arm unbalances otherwise equal 1 kΩ legs. Outputs remain differential terminals.
Expected: SVGActual: SVG
Bridge with 2200 µF filter
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. A larger explicit filter branch is drawn alongside a 2.2 kΩ load, without predicting ripple or inrush.
Expected: SVGActual: SVG
5 V low-side drawing
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. A 5 V collector supply with 4.7 kΩ base and 470 Ω series resistors retains a distinct external control terminal.
Expected: SVGActual: SVG
Ideal gain minus two
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. 10 kΩ input and 20 kΩ feedback resistors imply ideal gain -2, without rail saturation or bandwidth simulation.
Expected: SVGActual: SVG
LED: 5 V, 330 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Low-impedance loaded node
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. A 1 kΩ top, 2.2 kΩ bottom and 4.7 kΩ load show separate return branches at practical nominal values.
Expected: SVGActual: SVG
Unequal shunt capacitors
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. A 100 nF first shunt and 1 µF output shunt retain two distinct signal nodes and a common ground bus.
Expected: SVGActual: SVG
Left lower arm increased
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Moving the 1.5 kΩ arm to the left reverses the imbalance sign while preserving the same four-node graph.
Expected: SVGActual: SVG
Bridge with 470 Ω load
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. 470 Ω and 470 µF illustrate a different load/filter pair, not a certified power supply design.
Expected: SVGActual: SVG
9 V switched branch
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. A 9 V supply with 10 kΩ base and 1 kΩ series resistors is a topology illustration, not a transistor operating-point model.
Expected: SVGActual: SVG
Inverting attenuation
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. 22 kΩ input and 10 kΩ feedback resistors draw an inverting attenuator with independent positive and negative supply terminals.
Expected: SVGActual: SVG
LED: 5 V, 1000 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Low-impedance loaded node
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. A 1 kΩ top, 2.2 kΩ bottom and 4.7 kΩ load show separate return branches at practical nominal values.
Expected: SVGActual: SVG
Unequal shunt capacitors
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. A 100 nF first shunt and 1 µF output shunt retain two distinct signal nodes and a common ground bus.
Expected: SVGActual: SVG
Left lower arm increased
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Moving the 1.5 kΩ arm to the left reverses the imbalance sign while preserving the same four-node graph.
Expected: SVGActual: SVG
Bridge with 470 Ω load
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. 470 Ω and 470 µF illustrate a different load/filter pair, not a certified power supply design.
Expected: SVGActual: SVG
9 V switched branch
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. A 9 V supply with 10 kΩ base and 1 kΩ series resistors is a topology illustration, not a transistor operating-point model.
Expected: SVGActual: SVG
Inverting attenuation
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. 22 kΩ input and 10 kΩ feedback resistors draw an inverting attenuator with independent positive and negative supply terminals.
Expected: SVGActual: SVG
LED: 5 V, 1000 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Low-impedance loaded node
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. A 1 kΩ top, 2.2 kΩ bottom and 4.7 kΩ load show separate return branches at practical nominal values.
Expected: SVGActual: SVG
Unequal shunt capacitors
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. A 100 nF first shunt and 1 µF output shunt retain two distinct signal nodes and a common ground bus.
Expected: SVGActual: SVG
Left lower arm increased
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Moving the 1.5 kΩ arm to the left reverses the imbalance sign while preserving the same four-node graph.
Expected: SVGActual: SVG
Bridge with 470 Ω load
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. 470 Ω and 470 µF illustrate a different load/filter pair, not a certified power supply design.
Expected: SVGActual: SVG
9 V switched branch
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. A 9 V supply with 10 kΩ base and 1 kΩ series resistors is a topology illustration, not a transistor operating-point model.
Expected: SVGActual: SVG
Inverting attenuation
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. 22 kΩ input and 10 kΩ feedback resistors draw an inverting attenuator with independent positive and negative supply terminals.
Expected: SVGActual: SVG
LED: 5 V, 1000 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Scaled three-leg network
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Scaling all three equal resistors to 100 kΩ preserves the ideal loaded ratio, not the source impedance.
Expected: SVGActual: SVG
Inverse R/C scaling
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. 1 kΩ and 1 µF replace both 10 kΩ and 100 nF pairs, preserving all coefficients of the ideal ladder transfer.
Expected: SVGActual: SVG
Unequal but balanced legs
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. 1 kΩ/2.2 kΩ and 10 kΩ/22 kΩ legs have equal midpoint ratios despite different absolute impedances.
Expected: SVGActual: SVG
Bridge with light load
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. A 10 kΩ resistor and 220 µF capacitor retain both parallel branches and the distinct AC nodes.
Expected: SVGActual: SVG
12 V switched branch
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. 12 V, 22 kΩ base and 2.2 kΩ LED resistors show separate base, collector and emitter nodes without device assumptions.
Expected: SVGActual: SVG
Scaled feedback pair
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. 1 kΩ input and 10 kΩ feedback retain the reference ideal gain -10 while changing impedance, not the node graph.
Expected: SVGActual: SVG
LED: 9 V, 330 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Scaled three-leg network
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Scaling all three equal resistors to 100 kΩ preserves the ideal loaded ratio, not the source impedance.
Expected: SVGActual: SVG
Inverse R/C scaling
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. 1 kΩ and 1 µF replace both 10 kΩ and 100 nF pairs, preserving all coefficients of the ideal ladder transfer.
Expected: SVGActual: SVG
Unequal but balanced legs
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. 1 kΩ/2.2 kΩ and 10 kΩ/22 kΩ legs have equal midpoint ratios despite different absolute impedances.
Expected: SVGActual: SVG
Bridge with light load
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. A 10 kΩ resistor and 220 µF capacitor retain both parallel branches and the distinct AC nodes.
Expected: SVGActual: SVG
12 V switched branch
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. 12 V, 22 kΩ base and 2.2 kΩ LED resistors show separate base, collector and emitter nodes without device assumptions.
Expected: SVGActual: SVG
Scaled feedback pair
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. 1 kΩ input and 10 kΩ feedback retain the reference ideal gain -10 while changing impedance, not the node graph.
Expected: SVGActual: SVG
LED: 9 V, 330 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Scaled three-leg network
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Scaling all three equal resistors to 100 kΩ preserves the ideal loaded ratio, not the source impedance.
Expected: SVGActual: SVG
Inverse R/C scaling
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. 1 kΩ and 1 µF replace both 10 kΩ and 100 nF pairs, preserving all coefficients of the ideal ladder transfer.
Expected: SVGActual: SVG
Unequal but balanced legs
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. 1 kΩ/2.2 kΩ and 10 kΩ/22 kΩ legs have equal midpoint ratios despite different absolute impedances.
Expected: SVGActual: SVG
Bridge with light load
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. A 10 kΩ resistor and 220 µF capacitor retain both parallel branches and the distinct AC nodes.
Expected: SVGActual: SVG
12 V switched branch
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. 12 V, 22 kΩ base and 2.2 kΩ LED resistors show separate base, collector and emitter nodes without device assumptions.
Expected: SVGActual: SVG
Scaled feedback pair
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. 1 kΩ input and 10 kΩ feedback retain the reference ideal gain -10 while changing impedance, not the node graph.
Expected: SVGActual: SVG
LED: 9 V, 330 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Focus R1
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Only component R1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R1
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Only component R1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R1
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Only component R1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D1
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component D1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus V1
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component V1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus RIN
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Only component RIN is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
LED: 9 V, 1000 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Focus R1
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Only component R1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R1
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Only component R1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R1
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Only component R1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D1
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component D1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus V1
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component V1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus RIN
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Only component RIN is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
LED: 9 V, 1000 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Focus R1
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Only component R1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R1
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Only component R1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R1
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Only component R1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D1
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component D1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus V1
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component V1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus RIN
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Only component RIN is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
LED: 9 V, 1000 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Focus R2
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Only component R2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus C1
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Only component C1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R2
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Only component R2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D2
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component D2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus RB
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component RB is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus RF
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Only component RF is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
LED: 12 V, 330 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Focus R2
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Only component R2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus C1
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Only component C1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R2
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Only component R2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D2
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component D2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus RB
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component RB is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus RF
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Only component RF is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
LED: 12 V, 330 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Focus R2
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Only component R2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus C1
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Only component C1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R2
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Only component R2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D2
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component D2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus RB
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component RB is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus RF
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Only component RF is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
LED: 12 V, 330 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Focus RL
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Only component RL is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R2
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Only component R2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R3
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Only component R3 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D3
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component D3 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus RS
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component RS is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus U1
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Only component U1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
LED: 12 V, 1000 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Focus RL
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Only component RL is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R2
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Only component R2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R3
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Only component R3 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D3
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component D3 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus RS
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component RS is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus U1
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Only component U1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
LED: 12 V, 1000 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Focus RL
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Only component RL is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R2
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Only component R2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R3
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Only component R3 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D3
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component D3 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus RS
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component RS is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus U1
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Only component U1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
LED: 12 V, 1000 Ω
Drawing values only. No forward voltage, LED current, power rating or electrical safety is inferred.
Expected: SVGActual: SVG
Focus input
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. The input node connects VIN, R1.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus C2
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Only component C2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R4
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Only component R4 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D4
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component D4 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D1
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component D1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus input
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The input node connects VIN, RIN.a; the other nets remain distinct.
Expected: SVGActual: SVG
Micro-ohm ratio
Scale invariance at micro-ohms; not a practical design claim.
Expected: SVGActual: SVG
Author-selected IDs
Short component, terminal and net IDs are preserved through rendering and inspection.
Expected: SVGActual: SVG
Focus input
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. The input node connects VIN, R1.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus C2
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Only component C2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R4
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Only component R4 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D4
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component D4 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D1
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component D1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus input
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The input node connects VIN, RIN.a; the other nets remain distinct.
Expected: SVGActual: SVG
Micro-ohm ratio
Scale invariance at micro-ohms; not a practical design claim.
Expected: SVGActual: SVG
Author-selected IDs
Short component, terminal and net IDs are preserved through rendering and inspection.
Expected: SVGActual: SVG
Focus input
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. The input node connects VIN, R1.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus C2
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Only component C2 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus R4
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Only component R4 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D4
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component D4 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus D1
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component D1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus input
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The input node connects VIN, RIN.a; the other nets remain distinct.
Expected: SVGActual: SVG
Micro-ohm ratio
Scale invariance at micro-ohms; not a practical design claim.
Expected: SVGActual: SVG
Author-selected IDs
Short component, terminal and net IDs are preserved through rendering and inspection.
Expected: SVGActual: SVG
Focus output
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. The output node connects R1.b, R2.a, RL.a, VOUT; the other nets remain distinct.
Expected: SVGActual: SVG
Focus input
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. The input node connects VIN, R1.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus excitation
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. The excitation node connects VIN, R1.a, R3.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus RL
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component RL is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus Q1
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component Q1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus summing
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The summing node connects RIN.b, RF.a, U1.inverting; the other nets remain distinct.
Expected: SVGActual: SVG
Author-selected IDs
Short component, terminal and net IDs are preserved through rendering and inspection.
Expected: SVGActual: SVG
Señal, tensión y Ω
Pinned glyph coverage: áéíóúüñ, Greek Ω µ μ π and Spanish punctuation.
Expected: SVGActual: SVG
Focus output
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. The output node connects R1.b, R2.a, RL.a, VOUT; the other nets remain distinct.
Expected: SVGActual: SVG
Focus input
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. The input node connects VIN, R1.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus excitation
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. The excitation node connects VIN, R1.a, R3.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus RL
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component RL is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus Q1
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component Q1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus summing
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The summing node connects RIN.b, RF.a, U1.inverting; the other nets remain distinct.
Expected: SVGActual: SVG
Author-selected IDs
Short component, terminal and net IDs are preserved through rendering and inspection.
Expected: SVGActual: SVG
Señal, tensión y Ω
Pinned glyph coverage: áéíóúüñ, Greek Ω µ μ π and Spanish punctuation.
Expected: SVGActual: SVG
Focus output
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. The output node connects R1.b, R2.a, RL.a, VOUT; the other nets remain distinct.
Expected: SVGActual: SVG
Focus input
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. The input node connects VIN, R1.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus excitation
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. The excitation node connects VIN, R1.a, R3.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus RL
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component RL is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus Q1
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Only component Q1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus summing
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The summing node connects RIN.b, RF.a, U1.inverting; the other nets remain distinct.
Expected: SVGActual: SVG
Author-selected IDs
Short component, terminal and net IDs are preserved through rendering and inspection.
Expected: SVGActual: SVG
Señal, tensión y Ω
Pinned glyph coverage: áéíóúüñ, Greek Ω µ μ π and Spanish punctuation.
Expected: SVGActual: SVG
Focus ground
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. The ground node connects R2.b, RL.b, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus interstage
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. The interstage node connects R1.b, C1.a, R2.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus left
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. The left node connects R1.b, R2.a, VLEFT; the other nets remain distinct.
Expected: SVGActual: SVG
Focus C1
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component C1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus supply
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The supply node connects V1.positive, RS.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus output
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The output node connects U1.output, RF.b, VOUT; the other nets remain distinct.
Expected: SVGActual: SVG
Señal, tensión y Ω
Pinned glyph coverage: áéíóúüñ, Greek Ω µ μ π and Spanish punctuation.
Expected: SVGActual: SVG
Author-selected IDs
Short component, terminal and net IDs are preserved through rendering and inspection.
Expected: SVGActual: SVG
Accessible violet focus
Theme-specific violet accent with component and net focus; connectivity is unchanged.
Expected: SVGActual: SVG
Focus ground
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. The ground node connects R2.b, RL.b, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus interstage
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. The interstage node connects R1.b, C1.a, R2.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus left
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. The left node connects R1.b, R2.a, VLEFT; the other nets remain distinct.
Expected: SVGActual: SVG
Focus C1
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component C1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus supply
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The supply node connects V1.positive, RS.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus output
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The output node connects U1.output, RF.b, VOUT; the other nets remain distinct.
Expected: SVGActual: SVG
Señal, tensión y Ω
Pinned glyph coverage: áéíóúüñ, Greek Ω µ μ π and Spanish punctuation.
Expected: SVGActual: SVG
Author-selected IDs
Short component, terminal and net IDs are preserved through rendering and inspection.
Expected: SVGActual: SVG
Accessible violet focus
Theme-specific violet accent with component and net focus; connectivity is unchanged.
Expected: SVGActual: SVG
Focus ground
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. The ground node connects R2.b, RL.b, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus interstage
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. The interstage node connects R1.b, C1.a, R2.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus left
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. The left node connects R1.b, R2.a, VLEFT; the other nets remain distinct.
Expected: SVGActual: SVG
Focus C1
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Only component C1 is focused; all its catalog pins retain their nets.
Expected: SVGActual: SVG
Focus supply
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The supply node connects V1.positive, RS.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus output
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The output node connects U1.output, RF.b, VOUT; the other nets remain distinct.
Expected: SVGActual: SVG
Señal, tensión y Ω
Pinned glyph coverage: áéíóúüñ, Greek Ω µ μ π and Spanish punctuation.
Expected: SVGActual: SVG
Author-selected IDs
Short component, terminal and net IDs are preserved through rendering and inspection.
Expected: SVGActual: SVG
Accessible violet focus
Theme-specific violet accent with component and net focus; connectivity is unchanged.
Expected: SVGActual: SVG
Author-named graph
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus output
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. The output node connects R2.b, C2.a, VOUT; the other nets remain distinct.
Expected: SVGActual: SVG
Focus right
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. The right node connects R3.b, R4.a, VRIGHT; the other nets remain distinct.
Expected: SVGActual: SVG
Focus ac_a
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. The ac_a node connects A, D1.anode, D3.cathode; the other nets remain distinct.
Expected: SVGActual: SVG
Focus led_anode
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The led_anode node connects RS.b, D1.anode; the other nets remain distinct.
Expected: SVGActual: SVG
Focus ground
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The ground node connects U1.noninverting, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Accessible violet focus
Theme-specific violet accent with component and net focus; connectivity is unchanged.
Expected: SVGActual: SVG
Señal, tensión y Ω
Pinned glyph coverage: áéíóúüñ, Greek Ω µ μ π and Spanish punctuation.
Expected: SVGActual: SVG
Author-named graph
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus output
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. The output node connects R2.b, C2.a, VOUT; the other nets remain distinct.
Expected: SVGActual: SVG
Focus right
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. The right node connects R3.b, R4.a, VRIGHT; the other nets remain distinct.
Expected: SVGActual: SVG
Focus ac_a
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. The ac_a node connects A, D1.anode, D3.cathode; the other nets remain distinct.
Expected: SVGActual: SVG
Focus led_anode
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The led_anode node connects RS.b, D1.anode; the other nets remain distinct.
Expected: SVGActual: SVG
Focus ground
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The ground node connects U1.noninverting, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Accessible violet focus
Theme-specific violet accent with component and net focus; connectivity is unchanged.
Expected: SVGActual: SVG
Señal, tensión y Ω
Pinned glyph coverage: áéíóúüñ, Greek Ω µ μ π and Spanish punctuation.
Expected: SVGActual: SVG
Author-named graph
Three resistors: a top series leg feeds the bottom resistor and a separate parallel load, sharing output and ground nodes. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus output
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. The output node connects R2.b, C2.a, VOUT; the other nets remain distinct.
Expected: SVGActual: SVG
Focus right
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. The right node connects R3.b, R4.a, VRIGHT; the other nets remain distinct.
Expected: SVGActual: SVG
Focus ac_a
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. The ac_a node connects A, D1.anode, D3.cathode; the other nets remain distinct.
Expected: SVGActual: SVG
Focus led_anode
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The led_anode node connects RS.b, D1.anode; the other nets remain distinct.
Expected: SVGActual: SVG
Focus ground
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The ground node connects U1.noninverting, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Accessible violet focus
Theme-specific violet accent with component and net focus; connectivity is unchanged.
Expected: SVGActual: SVG
Señal, tensión y Ω
Pinned glyph coverage: áéíóúüñ, Greek Ω µ μ π and Spanish punctuation.
Expected: SVGActual: SVG
Focus ground
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. The ground node connects C1.b, C2.b, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus ground
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. The ground node connects R2.b, R4.b, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus ac_b
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. The ac_b node connects B, D2.anode, D4.cathode; the other nets remain distinct.
Expected: SVGActual: SVG
Focus collector
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The collector node connects D1.cathode, Q1.collector; the other nets remain distinct.
Expected: SVGActual: SVG
Focus positive_supply
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The positive_supply node connects U1.vplus, VPLUS; the other nets remain distinct.
Expected: SVGActual: SVG
Accessible violet focus
Theme-specific violet accent with component and net focus; connectivity is unchanged.
Expected: SVGActual: SVG
Focus ground
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. The ground node connects C1.b, C2.b, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus ground
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. The ground node connects R2.b, R4.b, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus ac_b
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. The ac_b node connects B, D2.anode, D4.cathode; the other nets remain distinct.
Expected: SVGActual: SVG
Focus collector
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The collector node connects D1.cathode, Q1.collector; the other nets remain distinct.
Expected: SVGActual: SVG
Focus positive_supply
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The positive_supply node connects U1.vplus, VPLUS; the other nets remain distinct.
Expected: SVGActual: SVG
Accessible violet focus
Theme-specific violet accent with component and net focus; connectivity is unchanged.
Expected: SVGActual: SVG
Focus ground
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. The ground node connects C1.b, C2.b, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus ground
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. The ground node connects R2.b, R4.b, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus ac_b
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. The ac_b node connects B, D2.anode, D4.cathode; the other nets remain distinct.
Expected: SVGActual: SVG
Focus collector
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The collector node connects D1.cathode, Q1.collector; the other nets remain distinct.
Expected: SVGActual: SVG
Focus positive_supply
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The positive_supply node connects U1.vplus, VPLUS; the other nets remain distinct.
Expected: SVGActual: SVG
Accessible violet focus
Theme-specific violet accent with component and net focus; connectivity is unchanged.
Expected: SVGActual: SVG
Author-named graph
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Author-named graph
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus dc_positive
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. The dc_positive node connects D1.cathode, D2.cathode, RL.a, C1.a, VDC; the other nets remain distinct.
Expected: SVGActual: SVG
Focus control
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The control node connects CTRL, RB.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus negative_supply
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The negative_supply node connects U1.vminus, VMINUS; the other nets remain distinct.
Expected: SVGActual: SVG
Author-named graph
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Author-named graph
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus dc_positive
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. The dc_positive node connects D1.cathode, D2.cathode, RL.a, C1.a, VDC; the other nets remain distinct.
Expected: SVGActual: SVG
Focus control
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The control node connects CTRL, RB.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus negative_supply
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The negative_supply node connects U1.vminus, VMINUS; the other nets remain distinct.
Expected: SVGActual: SVG
Author-named graph
Two series resistors and two shunt capacitors form distinct interstage/output nodes with a shared return. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Author-named graph
Four resistors form two parallel excitation legs. The left and right midpoint terminals are separate differential outputs, never bonded together. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus dc_positive
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. The dc_positive node connects D1.cathode, D2.cathode, RL.a, C1.a, VDC; the other nets remain distinct.
Expected: SVGActual: SVG
Focus control
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The control node connects CTRL, RB.a; the other nets remain distinct.
Expected: SVGActual: SVG
Focus negative_supply
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. The negative_supply node connects U1.vminus, VMINUS; the other nets remain distinct.
Expected: SVGActual: SVG
Focus ground
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. The ground node connects D3.anode, D4.anode, RL.b, C1.b, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus base
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The base node connects RB.b, Q1.base; the other nets remain distinct.
Expected: SVGActual: SVG
Author-named graph
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus input net
Highlight only net input; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus supply net
Highlight only net supply; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus ground
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. The ground node connects D3.anode, D4.anode, RL.b, C1.b, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus base
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The base node connects RB.b, Q1.base; the other nets remain distinct.
Expected: SVGActual: SVG
Author-named graph
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus input net
Highlight only net input; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus supply net
Highlight only net supply; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus ground
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. The ground node connects D3.anode, D4.anode, RL.b, C1.b, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus base
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The base node connects RB.b, Q1.base; the other nets remain distinct.
Expected: SVGActual: SVG
Author-named graph
A five-pin op-amp has input and feedback resistors at the inverting summing node, a grounded noninverting input, output feedback, and two separate supply rails. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus input net
Highlight only net input; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus supply net
Highlight only net supply; endpoint membership must remain identical.
Expected: SVGActual: SVG
Author-named graph
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus ground
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The ground node connects Q1.emitter, V1.negative, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus output net
Highlight only net output; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus input net
Highlight only net input; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus series net
Highlight only net series; endpoint membership must remain identical.
Expected: SVGActual: SVG
Author-named graph
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus ground
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The ground node connects Q1.emitter, V1.negative, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus output net
Highlight only net output; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus input net
Highlight only net input; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus series net
Highlight only net series; endpoint membership must remain identical.
Expected: SVGActual: SVG
Author-named graph
Four oriented diodes connect two separate AC terminals to DC output/return rails. A resistor and filter capacitor are parallel output branches. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus ground
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. The ground node connects Q1.emitter, V1.negative, GND; the other nets remain distinct.
Expected: SVGActual: SVG
Focus output net
Highlight only net output; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus input net
Highlight only net input; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus series net
Highlight only net series; endpoint membership must remain identical.
Expected: SVGActual: SVG
Author-named graph
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus ground net
Highlight only net ground; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus output net
Highlight only net output; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus ground net
Highlight only net ground; endpoint membership must remain identical.
Expected: SVGActual: SVG
Author-named graph
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus ground net
Highlight only net ground; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus output net
Highlight only net output; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus ground net
Highlight only net ground; endpoint membership must remain identical.
Expected: SVGActual: SVG
Author-named graph
A three-pin NPN switches the LED collector path. A separate base resistor/control node and supply-negative/emitter ground return remain explicit. Short author component/port IDs and a slash/tilde net name exercise role resolution and JSON pointer escaping, without changing topology.
Expected: SVGActual: SVG
Focus ground net
Highlight only net ground; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus output net
Highlight only net output; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus ground net
Highlight only net ground; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus ground net
Highlight only net ground; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus ground net
Highlight only net ground; endpoint membership must remain identical.
Expected: SVGActual: SVG
Focus ground net
Highlight only net ground; endpoint membership must remain identical.
Expected: SVGActual: SVG