A side-surface channel and thick conductive layer reduce transistor footprint, channel length, and wiring resistance for VR/AR displays.
Regional halogen levels help nanoparticle display layers resist damage while preserving efficiency.
Shunt regulators and configurable switches provide precise CCT and dimming signals, reducing visible color differences across LED fixtures.
This case uses layered conductors, insulating openings, and oxygen control to support compact, reliable oxide transistors.
Seven-band spectral segmentation and peak-wavelength matching help lighting fixtures restore target spectra and adapt to sunlight changes.
Photodetectors adjust amber LED current and voltage while networked directional lighting limits upward emissions and skyglow.
A self-powered monitor harvests excimer bulb heat to estimate temperature and remaining useful life for proactive maintenance.
Parallel leakage paths equalize LED output across channels without calibration.
A low-pass filter and closed-loop feedback stabilize LED current during high-frequency PWM dimming in electronic endoscopes.
This case examines ZnS phosphor layers with Ti, Zr, or Hf codoping to improve brightness and aging stability.
A gate circuit lets either control circuit drive or safely switch off one light source, reducing redundant hardware and space.
Modular resistor connections and lever switches adjust LED flux, luminous intensity, power, and color temperature.