Arm With Optical Waveguide TRIZ Cases
- Mode Splitter Waveguide for Heat-Assisted Magnetic Recording
Segmented waveguide cores deliver transverse electric and magnetic modes to a near-field transducer, overcoming superparamagnetic limits.
- Au Alloy Plasmonic Underlayer for HAMR Thermal Management
Gold alloy plasmonic underlayers confine heat vertically, preventing lateral thermal spreading that limits track density in HAMR media.
- HAMR Head Diffusion Barrier Between Waveguide Core and Write Pole Lip
A diffusion barrier layer separates the optical waveguide core from the write pole lip in heat-assisted magnetic recording heads.
- MAMR Head Assisting Amount Control for Heat-Induced Degradation
Dynamic bias voltage adjustment balances head load to reduce Joule heating and extend device lifetime against element degradation.
- Heat-Assisted Magnetic Recording Medium Grain Boundary Segregation
Granular magnetic layer with C, SiO2, and BN at grain boundaries improves electromagnetic conversion characteristics.
- Magnetic Recording Medium Heat Sink Segmentation for Laser Current Reduction
Segmented heat sink layers in a magnetic recording medium reduce laser diode current requirements while maintaining signal-to-noise ratio.
- Thermally Active Bumper Pads for TAMR Head Protection
Thermally active bumper pads expand to shield write heads, preventing head-disk interference and media damage during touchdown events.
- Thermally-Assisted Magnetic Recording Head with Inclined Pole and Core
Inclined main pole and core faces in a thermally-assisted magnetic recording head minimize light entry into the magnetic component.
- HAMR Drive Fault Detection and Data Protection
Controller monitors HAMR head parameters to detect laser malfunctions, protecting data integrity against insufficient heating failures.
- Thermally Assisted Magnetic Head Near-Field Transducer Thermal Zone Control
Optical side shields sandwich a near-field transducer to constrain light spread and maintain a controlled thermal zone.
- Antireflective Mechanism for HAMR Waveguide Reflection Reduction
Antireflective mechanism enhances optical coupling between waveguide and near-field transducer.
- Waveguide Core Segmentation for Polarization Rotation
A segmented waveguide core rotates laser polarization to match plasmon generator requirements.
- Multi-Mode Interference Device for HAMR Waveguide Fabrication
A multi-mode interference device splits and recombines light within a waveguide structure to enable precise power monitoring.
- Magnetic Head Near-Field Transducer Thermal Management
Integrated temperature control elements dissipate heat from the wave guide, synchronizing thermal response with heater cycles to prevent disk collisions.
- Variable Track Widths in HAMR Storage for Areal Density
A storage device controller selects variable written track widths based on data attributes to optimize areal density in heat-assisted magnetic recording systems.
- Heat Assisted Magnetic Recording Head Gimbal Assembly Weight Reduction
A heat assisted magnetic recording head gimbal assembly reduces weight and dimensions through optimized light source unit design.
- Near-Field Transducer Dielectric Wrap for Heat Reduction
Dielectric wraps and refractory pegs lower near-field transducer temperatures by 30-50°C, extending HAMR device service life.
- HAMR Infrared Photodetector for Direct Media Temperature Measurement
Infrared photodetector measures radiation power from the recording layer to enable real-time light source adjustments.