Semiconductor Characterisation TRIZ Cases
- GaN Carbon Concentration Estimation via Threshold Voltage Shift
Heating and capacitance measurements infer carbon concentration in GaN layers, helping balance voltage behavior and transistor lifetime.
- ONOA Current Measurement for Flash Memory Reliability Screening
By measuring ONOA current through Fowler-Nordheim tunneling, this case enables faster flash memory reliability screening and material grading.
- III-V Transistor Pulse Characterization With Dynamic Trap Conditioning
Variable RF pre-pulses condition trap charge states before gate and drain DC pulses, improving dynamic IV characterization of III-V transistors.
- Integrated Current Monitor With Variable VDS for Wafer Characterization
An integrated current monitor regulates DUT drain-to-source voltage, converting current into a duty cycle to characterize localized wafer electrical properties.
- Integrated Current Monitor for High-Granularity Wafer Characterization
Variable drain-to-source voltages convert DUT current to local data, improving IC prediction without large test structures.
- Semiconductor Characterization via Statistical Decay Analysis
Statistical analysis subsystem extracts normalized decay curves from voltage measurements to characterize semiconductor samples accurately.
- Flash Memory Characterization Using CMOS Switch Synchronization
CMOS switches synchronize gate connections to eliminate voltage peaks and prevent memory cell relaxation during NOR flash endurance testing.
- LMA Method for Deducing Charge Density Gradients in Doped Semiconductors
Longitudinal magnetoresistance asymmetry analyzes current stream-function to quantify electron density gradients in doped semiconductor layers.