The series connected switch has an insertion loss, A ... Hiller, “Distortion in Microwave and RF Switches by Reverse Biased PIN Diodes”, 1989 Intl Microwave Symposium Digest, vol. III, pp. 1073-1076, ...

Front-end limiter circuits using Schottky and PIN ... The insertion loss is primarily caused by the diodes’ parasitic capacitances loading the transmission line. In the past, microwave limiters ...

RF and Microwave Switch Technology Comparison ... electromechanical coaxial relay for frequency range, insertion loss, and isolation. PIN diode switches have the advantage of size when the ...

The design difficulty lies within the parametric translation from diode specifications to the circuit designers' microwave ... PIN diode in the switch design: surface mount or chip and wire (hybrid) ...

At this week's IEEE ECTC 2025 conference, research hub Imec demonstrated an integrated 300 mm RF silicon interposer platform ...

MmWave (30-100GHz) and sub-THz (100-300GHz) bands are seen as the future for next-generation RF systems including wireless ...

Pasternack's new high-power RF and microwave PIN diode switches utilize GaN semiconductor technology. GaN and chip & wire technology in the manufacturing process ensures state-of-the-art power ...

The platform enables seamless integration of RF-to-sub-THz CMOS and III/V chiplets on a single carrier, achieving a record-low insertion loss of just 0.73dB ... Imec’s technology combines RF/microwave ...

Pasternack's new high-power RF and microwave PIN diode switches utilize GaN semiconductor technology. GaN and chip & wire technology in the manufacturing process ensures state-of-the-art power ...