MIcable has developed a programmable attenuator MDA004080-50E covering 0.4~8GHz. The user can control the attenuator via USB/Ethernet with 1dB step or down to 0.1dB option, 0.2dB accuracy, 50dB attenuation dynamic range over whole band.

MIcable just released the new 0.12~0.23GHz high power drop-in 90° hybrid. It has low insertion loss, low VSWR and 200W power handling capability with excellent stability and heat dissipation ability in a small package.

T26 series SMA-RA test cables utilize SMA internally swept right angled connectors with T26 ultra flexible and durable cable, which have excellent amplitude and phase stabilities, as well as quite good electrical performance in VSWR and insertion loss in a wide frequency range from DC to 26.5GH More

MIcable just released the new 1~3GHz high power surface mount 90° hybrid. It has low insertion loss, low VSWR and 400W power handling capability with excellent stability and heat dissipation ability in a small package.

MIcable 0.6~5 / 2.4~7.25 / 24~43GHz 4x4 and 0.6~5 / 2.4~7.25GHz 8x8 wideband high accuracy butler matrices can transfer the signal reciprocally from any of 4 or 8 ports to any of other 4 or 8 ports.

This product adopts N type internally swept right angle connectors with MIcable B32L low loss phase stable cable which outer diameter is 3.5mm. It has excellent electrical and mechanical performance with reliable structure, low loss, low VSWR, excellent amplitude and phase stability.

MIcable just released the new 1~2.5GHz high power surface mount 90° hybrid. It has low insertion loss, low VSWR and 150W power handling capability with excellent stability and heat dissipation ability in a small package.

MIcable just released the new 1.9~3GHz high power surface mount 90° hybrid. It has low insertion loss, low VSWR and 250W power handling capability with excellent stability and heat dissipation ability in a small package.

The product is composed of internally swept right angle SMA connectors and low loss phase stable cable (Ø4.9mm) with high reliable soldering process and rugged configuration design.The typical 1m length assembly has 2.0dB insertion loss and 1.30:1 VSWR up to 26.5GHz.