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Cri/oFlex® 3 flexible multichannel cable is our multichannel solution designed primarily for end-to-end i/o, providing high-density uninterrupted lines from room temperature to millikelvin levels. It is especially suited for situations where small size, low thermal load and excellent microwave performance are critical. A variety of options are available to meet your specific needs, such as vacuum feedthroughs, thermal clamps, and a choice between SMA or SMP connectors.Cri/oFlex® 3 solves your low-temperature cable extension challenges!
Cri/oFlex® 3 flexible multichannel cable is our multichannel solution designed primarily for end-to-end i/o, providing high-density uninterrupted lines from room temperature to millikelvin levels. It is especially suited for situations where small size, low thermal load and excellent microwave performance are critical. A variety of options are available to meet your specific needs, such as vacuum feedthroughs, thermal clamps, and a choice between SMA or SMP connectors.Cri/oFlex® 3 solves your low-temperature cable extension challenges!
Features:
High density microwave channels
Integral design from room temperature to millikelvin level
Resistant to thermal cycling
Optional filtering and signal conditioning
Integrated vacuum feedthrough
Low thermal load
Microwave characteristics
Cri/oFlex® 3 flexible multi-channel cable specification
General characteristics Connector Connector type Right-angle SMA(m)&SMP(m) Connector material Gold-plated brass /BeCu PEEK/PTPE Shell Stycast 2850 Flexibility Bending length 200 to 1300 mm Number of channels Eight channels Thickness 0.3 mm Material Polyimide and silver (Ag) Transmission line type Ribbon line Small bending radius 5 mm The length required for longitudinal rotation 10 cm/180° rotation Vacuum feedthrough Leakage rate <10 -9 millibar L s-1 Compatible vacuum connection KF-40, Entropy System plate Electrical characteristics Impedance Designed specifically for 50Ω Working frequency DC to 10GHz Large crosstalk (between channels), L=200mm < -40 dB Thermal properties Working temperature 10 mK → 400 K Passive heat load of a single CF3 per channel


