See how a container case with plate-like cavities keeps wireless tags in air to prevent dielect
See how a box-shaped shielding body with upper-opening antenna enables RFID tag reading while p
See how inductive power transfer with device identification eliminates cords, enables sealed ap
A ring-shaped capsule antenna and sealed IC use capacitive coupling to protect identifier readability from brewing pressure and hydraulic forces.
Wireless inductive power, appliance ID detection, and magnetic alignment reduce cord clutter while improving counter space and cooking usability.
Multiple-frequency inductive power identifies and energizes kitchen appliances without cords, freeing counter space while maintaining manual fallback.
Duty-cycled impedance switching lets a passive RFID tag keep harvesting RF power while backscattering, improving sensitivity and usable range.
By finding and sending the minimum RFID read power itself, the reader cuts host command cycles and speeds tag setup.
Dual switched-capacitor paths stabilize smart card voltages across reader modes, lowering power use for reliable fingerprint authentication.
A centrally placed RFID reader distinguishes production means by signal amplitude, cutting reader count, cost, and machine complexity.
An off-center RFID reader distinguishes tools in multiple receptacles by signal amplitude, cutting reader count and machine complexity.
Metal waveguides and Faraday shielding contain EM signals around turbine subsystems, cutting wiring weight while protecting communication.
A summing-amplifier reader boosts weak passive RFID chip signals and improves LF reading quality across ASK, FSK, and PSK modulation.
A summing amplifier shifts and amplifies weak passive RFID chip signals so the ADC can read ASK, FSK, and PSK without extra components.
Status-based clock gating cuts transponder power spikes and voltage drops, improving RFID frame reception and response detection.
Closed-loop tuning measures carrier amplitude and adjusts transmitter impedance to hold the specified RFID modulation factor despite drift.