Electronic Circuit Testing TRIZ Cases

Measures bond pad to bond ball interface resistance to detect corrosion and voiding early and predict wire bond remaining life.

Substrate-thickness detection and die-specific challenge data help authenticate packaged ICs while keeping anti-counterfeit overhead low.

A switchable guard ring enables leakage-current measurement across a transformer insulation barrier without disrupting normal isolation.

A chamfered edge exclusion region enables non-destructive resistivity profiling while preserving semiconductor substrates for later device fabrication.

Bond head motion profiles simulate thermal and mechanical stress on bonded wires, enabling rapid loop-shape screening before device use.

Correlating branch differential current with process timing exposes cyclic momentary insulation faults in ungrounded underground power systems.

Capacitance between stacked-chip detection pads reveals alignment errors and joint gaps, enabling non-destructive in-line package inspection.

A perpendicular frame layout mounts different module sizes in one docking connector, improving compatibility without sacrificing connection stability.

Multiple test stages run electromigration elements at the same voltage and switch automatically after failure to shorten test time.

Separate test terminals isolate high- and low-voltage GaN circuits, improving defect detection while protecting low-voltage sections from damage.

Serial scan chains and on-die load resistors verify TSV continuity, shorts, and resistance while reducing external probe needs and test cost.

An on-chip buffer and ADC test circuit enables sending-terminal electrical testing without large bumps, cutting area use and parasitic capacitance.

Selective adhesive peeling removes dielectric material uniformly while preserving metal contacts for semiconductor failure analysis.

Kelvin test sites on a 3DIC interposer measure bump resistance during bonding to detect poor connections, warping, and fracture early.

Dual SET pulse measuring chains compare outputs to filter circuit-generated transients and improve anti-irradiation test accuracy.

A top-ring and bottom-support carrier stabilizes thinned wafers during probing, preventing breakage and warpage while preserving test access.

A raised test pin layer guides probe contact away from adjacent signal pins, reducing scratches, shorts, and display substrate yield loss.

An open-loop latch circuit detects crack penetration in semiconductor dies during cutting and packaging, helping isolate defects before yield loss.

Spherical support pins accommodate wafer surface angle changes in millisecond annealing, lowering contact stress and fracture risk.

A relay-driven pulse loop inside the die detects sawing or laser-cut cracks early, improving test speed and reducing false alarms.

A rigid-longitudinal, flexible-lateral beam keeps thermal head force centered, improving heat transfer while reducing slip and stress on semiconductor devices.

Integrated test diode circuits enable non-destructive, real-time detection of shorts and opens in multi-chip interconnects during bonding.

Multiple unsingulated devices are tested on one panel with shared contacts and circuits, cutting burn-in board changes, time, and cost.

An on-chip dual-mode sense terminal switches between current mirroring and temperature sensing for faster SiC MOSFET fault protection.

Phase-shifted Hall outputs are cross-checked with rotor position data to detect sensor abnormalities without adding extra sensor units.

By grounding the probe card and rotating the wafer vertical with electrostatic holding, debris falls away and heavy probe handling is reduced.

A functional test potential simulates a protective conductor fault, letting the detection circuit verify reliable fault monitoring.

Measured fixture loss, delay, and impedance are folded into the Ethernet reference model to verify PHY compliance without strict fixture constraints.

A biased drain line prevents floating states and enables simpler MOS transistor fault detection with lower power use in semiconductor control circuits.

A bed-of-nails adapter stays attached across test sockets, reducing sealing cap piercing, leakage risk, and stress on liquid metal interconnects.

Scribe-lane test pads enable pre-bond wafer screening without damaging bond pads, cutting waste and avoiding defective 3D IC stacking.

An isolated diagnostic circuit distinguishes a stopped rotor from a disconnected speed probe to prevent overspeed risk in turbines.

Built-in monitoring circuitry tracks threshold voltage, current, and leakage in real time to predict IC degradation before failure.

Feedback-controlled inlet and exhaust valves adjust contactor fluid flow to hold setpoint temperature despite device self-heating.

Current rate-of-change limits at the remote load detect line faults early, cut high DC output, and avoid switch damage and voltage swings.

A multi-layer compliant probe uses distinct material layers to control bending, maintain current capacity, and reduce contact damage in semiconductor testing.

A bond wire loss detection circuit senses voltage differences between bond pads and switches a pass transistor to maintain continuity.

A startup check uses constant current and voltage comparison to detect faulty external setting resistors and block unsafe semiconductor operation.