Electrical Testing TRIZ Cases

An error evaluation model detects battery anomalies and calculates risk values based on operational variables.

Stitches scan flipflops by physical location to minimize wire length, congestion, capacitance, and power dissipation.

A predictive mathematical model classifies electric battery degradation states using pre-trained algorithms on cycling protocol data.

A controller calculates battery state of charge by selecting discharge curves based on current voltage and C-rate.

A remote access controller holds a debugging interface in reset state until firmware authorization occurs.

A probe loader device uses a three-dimensional stepped structure to align cantilever probes for consistent contact pressure across electrical contacts.

A test module adjusts voltage regulators based on detected system configuration to optimize power delivery.

A BIST signature adjustment code stored in ROM generates a consistent verification pattern without altering the predetermined signature.

A rotatable probe body adjusts orientation to access obstructed areas while maintaining one-handed control.

A battery state estimation apparatus updates model parameters via external requests to maintain accuracy.

A coaxial spring probe test assembly minimizes signal loss through precise structural alignment.

An information processing apparatus estimates remaining storage battery capacities using charge and discharge histories.

A laser protective wall element uses a hot conductor intermediate layer to detect radiation penetration via electrical resistance changes.

Switch modules isolate short-circuited chips to prevent signal interference and maintain testing continuity.

Active learning algorithms select optimal energy storage subsets for training aging state models, reducing measurement time and cost while maintaining accuracy.

A recursive algorithm estimates battery state of charge using finite impulse response filters.

Anti-wicking agents suppress bonding material wicking between closely spaced probes, preventing interference with probe motion during curing.

Embedded surface mount resistors in a baseplate create a low inductance path for high bandwidth current monitoring.

A circular oscillator voltage sensor uses electrostatic drive electrodes to sustain mechanical vibration for precise signal detection.

A moisture detector system employs at least three conductors with varying total impedances to determine liquid presence and location.

A surface-penetrating radar system detects internal battery conditions by analyzing reflected electromagnetic signals.

A battery state monitoring circuit applies a specific potential to the signal output transistor gate to turn off charge flow securely.

A braking resistor circuit monitors voltage changes during electronic component switching to detect faulty operating states without additional sensors.

A configuration diagram database enables graphical selection and deployment of system setups across networked client devices.

A battery monitor estimates a low voltage threshold and re-scales discharge current to calculate adjusted capacity.

A method extrapolates terminal voltage to determine no-load voltage.

A detection device calculates total capacitance and characteristic impedance to determine electric length.

A battery pack monitoring apparatus uses a multi-function control unit to process voltage and current signals from sensors.

Inspection device acquires constants from a power source IC to drive sequential arithmetic problems in the target MCU.

A smartphone-connected probe measures battery voltage to determine charge status via an integrated control module.

A current sensor element positions a third voltage measurement contact further away to eliminate conductor temperature coefficient errors.

A semiconductor device rearranges command execution orders to switch circuit forms and configurations independently of user-specified orders.

Calculates remaining battery life by summing radio and sensor board current consumption across operational modes.

A microprocessor calibrates fully charged capacity using a sensing resistor to integrate battery current for accurate relative state-of-charge estimation.

A battery error corrector calculates degradation weights from usage and environment data to refine state of health estimates.

A control module adjusts battery current to a test value during charging, enabling voltage variation measurement for C rate determination.

A Pd-Cu probe composition with Ni or Pt suppresses solder component diffusion, reducing tip consumption and maintaining contact resistance.

A capacitive voltage probe detects wire potential through an insulating covering without direct contact.

A battery management system calculates state of health using voltage, current, and cumulative capacity samples.

A battery management system calculates usable capacity by integrating current values with internal resistance data.

Debug registers program halt signals to stop processor cores before execution, resolving boot-up debugging difficulties in sleep-wake systems.

A degradation measurement device calculates internal impedance to determine open voltage during continuous discharge.

Segmented electrodes on a slotted sensor strip detect fresh urine without triggering false alarms from retained moisture in the diaper padding.

A battery management unit modifies voltage and current parameters to slow charge capacity decrease in rechargeable batteries.

A shut-off delay device adjusts discharge timing based on battery charge levels in electric hand-held power tools.

A phototransistor measures transmission time using a shielded light source, eliminating ambient light interference for accurate latency data.

A cyclic voltammetry method records extreme values in voltammograms to determine electrochemical storage aging.

A modular battery cell test system groups cells and simulates virtual packs using independent modules.

Acoustic emission inspection device analyzes oscillating wave signals to distinguish dielectric breakdown from air discharge.