Equalisers TRIZ Cases
- Amplifying Adder Equalizer for PAM-4 Eye Size and Power Control
An amplifying adder boosts PAM-4 eye size within a defined input range, enabling reliable sampling with lower comparator power.
- PAM Eye Diagram Feedback for Receiver Equalizer Loss Compensation
A dual-receiver PAM eye diagram uses complementary sampling data to tune equalizer settings and offset insertion loss, noise, and ISI.
- Active-Inductor CTLE for Bandwidth and Nyquist Peaking
An active inductor with op-amp feedback lets a CTLE extend bandwidth and hold Nyquist peaking while cutting area and power.
- PAM Link Co-Calibration for Nonlinear Voltage Level Distortion
Receiver feedback on unequal PAM voltage steps lets the transmitter retune drive strength and improve high-speed data recovery.
- PAM Link Co-Calibration for Nonlinear Voltage Level Distortion
Receiver feedback detects unequal PAM voltage spacing and tunes transmitter drive strength to reduce nonlinear distortion in high-speed links.
- PAM Link Co-Calibration for Nonlinear Voltage Level Distortion
Receiver feedback detects unequal PAM voltage spacing and tunes transmitter drive strength to reduce nonlinear distortion and improve data recovery.
- Equalizer Curve Intensity Control for Multi-Band Gain Adjustment
A magnification parameter adjusts multiple EQ point gains at once, simplifying digital mixer equalizer tuning without losing band-level control.
- Multi-Phase Partial Response Equalizer With Time-Borrowing Feedback
Time borrowing across multi-phase sampled bits relaxes feedback-path delay, helping partial response equalizers run at higher data rates with less ISI.