Engineered for advanced quantum computing environments, NIC introduces a terminated diplexer delivering reliable performance at ultra-low cryogenic temperatures (10–20 mK i.e. -273°C). Covering DC–6000 MHz with low insertion loss and strong return loss, it ensures signal integrity in demanding applications. Its internal diplexing design provides flat stopband rejection (±5 dB), minimizing noise leakage, preserving qubit coherence, and enhancing signal fidelity. The result is improved system stability and simplified calibration. Custom designs available from DC–20 GHz.
Features
Operates at 10-20mK (-273°C)
Broadband Frequency
Superior Signal Integrity
Advanced Noise Suppression
Flat Rejection within ± 5dB
NIC introduces a low-profile high-frequency Bandpass filter centered at 3600 MHz in a SMT package. This filter offers a wideband performance and low insertion loss in a compact package, making it a perfect fit for high-reliability radar, EW, and space applications in the S-band.
NIC’s switched filter banks cover 100 MHz to 20 GHz with bandwidths from 0.5% to 150%, integrating LC, cavity, ceramic, and printed filter technologies. Featuring custom PIN-diode or cost-effective GaAs switching, these low-profile (<0.19″) designs deliver improved VSWR, isolation, and reliability.
