Amplification Control Details TRIZ Cases
- Flame Monitoring Circuit With Dual-Gain Signal Amplification
A single optical sensor uses dual-gain transimpedance amplification to cover weak and strong flame signals without added sensor complexity or switch delay.
- Touch Sensor Differential Electrode Structure for Display Noise Rejection
Third electrodes and differential receivers suppress display-panel parasitic and common-mode noise to improve touch sensing accuracy.
- Touch Sensor Electrode Structure for On-Cell Ripple Noise Rejection
Separated third electrodes and differential receivers cancel display-panel ripple and parasitic noise, improving on-cell touch sensitivity.
- Bandgap Reference Clamp Circuit for Low-Power Suspend Voltage Stability
One-time calibration stores a clamp control code so suspend mode can hold source voltage while the bandgap reference shuts down to cut power.
- RF Power Amplifier Bias Compensation for Temperature-Stable Output Power
A positive-temperature-coefficient bias current offsets transistor drift to keep RF amplifier output power and linearity stable across temperatures.
- Op-Amp RHP Zero Compensation for Stable Phase Margin
A transistor-based RHP zero cancellation scheme stabilizes op-amps across process and temperature shifts without reducing bandwidth.
- Dynamic Start-Up Circuit for LDO Voltage Divider Ratio Stability
A dynamic start-up circuit maintains the resistive voltage divider ratio in low-dropout regulators using a feed-forward capacitor and switching mechanism.