Asymmetric microstrip line spacing stabilizes coupling coefficients in miniaturized filters, reducing size while maintaining dimensional accuracy.
Weakly coupled resonators with cross-coupling capacitive structures enable multi-band flexibility without complex switching elements.
Stacking dielectric layers in a three-plate capacitor doubles breakdown voltage, resolving area constraints while maintaining reliable isolation.
Symmetrical matching pads with thin-film resistors in a T-structure simplify construction and reduce parasitic capacitances for high directivity.
A composite electronic component uses a conductive pattern reaching the substrate side end to mount multiple external electrodes on limited surface area.
A transceiver calibration method uses digital signal processing to characterize non-idealities without additional analog circuitry.
A MEMS phase shifter shuttle moves a capacitor plate to vary capacitance, reducing insertion loss in broadband satellite communications.
Dual hybrid tunable duplexer maintains high TX-RX isolation under antenna impedance mismatches by dynamically adjusting phase differences.
Triangularizing the channel matrix decouples minimization problems, enabling near-optimal detection accuracy with reduced computational complexity.
A power combining antenna uses a ring-shaped reflection part to form standing waves for efficient microwave combination.
A saturation detector activates a switch to dissipate stored energy in filter elements, suppressing peaks that damage speakers and preserve spectral integrity.
A component design separates bus bar feedthrough regions from discrete devices using a cooling region filled with thermal insulators.
A power divider circuit uses mutual inductance between primary and sub inducing elements to distribute signals efficiently.
A symmetrical transformer structure uses four identical basic elements across two conductive planes to enable magnetic coupling and compact on-chip integration.
A plasma processing system dynamically adjusts radio frequency power and frequency using auto frequency control selectors to stabilize the plasma state.
Variable capacitors in a tunable filter adjust center frequency and quality factor, maintaining low insertion loss across multi-band RF front-ends.
Segmented varactor units linearize phase tuning curves, reducing digital compensation complexity and DAC conversion noise.
A wireless charging circuit uses a balun unit and higher-order filter to convert signals and attenuate noise before transmission.
A tunable passive phase shifter reuses inductors across multiple frequency bands to reduce insertion loss.