Amplitude Demodulation By Non-Linear Two-Pole Elements TRIZ Cases
- Spin diode devices
Perpendicular-anisotropy MTJ stacks detect low-power microwaves across multiple bands without external bias, cutting size and power needs.
- Josephson RF Envelope Detection for Cryogenic Baseband Pulses
A Josephson junction envelope detector converts modulated RF into cryogenic baseband pulses near the payload, reducing dispersion and distortion.
- Envelope Detection Circuit With Self-Biasing RF Edge Sensing
A self-biased common-gate envelope detector captures rising and falling RF signal edges with low noise bandwidth and no complex calibration.
- Dynamic Envelope Detection Band Control for Accurate Demodulation
Dynamic band control adjusts capacitance and current to match signal magnitude and frequency, reducing noise and demodulation distortion.
- BASK Demodulator Circuit for Variable-Amplitude Signal Decoding
Scaling, biasing, rectifying, and low-pass filtering help decode variable-amplitude BASK signals despite EMI glitches.
- RFID AM Demodulation Using Dual Polarity Signal Extraction
Dual demodulators capture opposite AM wave sides and subtract them to double output frequency, easing RFID signal filtering and reducing distortion.
- Adaptive RFID Demodulation Circuit for Stable FRAM Tag Operation
Dynamic reference demodulation, voltage regulation, and clamping help passive RFID tags run FRAM reliably under varying RF power and temperature.
- Amplitude Demodulator Edge Reset for Faster Transponder Data
Edge detection plus switched DC reset lets electromagnetic transponders demodulate higher data rates without added noise sensitivity.
- Detector Circuit Temperature Compensation via Current Mirror
A detector circuit uses a current mirror to supply mirrored currents to rectification elements for stable signal detection.