Siglent KWR42A precise K-band waveguide mechanical calibration kit

€4,950.00

The Siglent KWR42A precise K-band waveguide mechanical calibration kit contains K-band load, K-band short, 1/8λ waveguide line, 1/4λ waveguide line and 3/8λ waveguide line, specified from 17.6 GHz to 26.7 GHz.

Siglent KWR42A K-Band Waveguide Mechanical Calibration Kit

The KWR42A is a precision K-band waveguide mechanical calibration kit designed for accurate calibration of vector network analyzers from 17.6 GHz to 26.7 GHz. It includes essential waveguide standards: a short, load, and precision 1/8λ, 1/4λ, and 3/8λ lines, ensuring high-accuracy phase and loss measurements. The kit also provides 2.92 mm male and female coax-to-waveguide adapters for flexible connectivity and various fasteners for secure assembly. Compatible with the Keysight K11644A, the KWR42A offers a reliable, cost-effective solution for demanding waveguide calibration tasks.

Included Components:

  • K-band short

  • K-band matched load

  • 1/8λ, 1/4λ, and 3/8λ waveguide delay lines

  • Coax-to-waveguide adapters (2.92mm male and female)

  • Fasteners and mounting hardware (screws, nuts, nut collars, etc.)

General Specification
Impendence 50 Ω Power ≤ 0.5 W
Interfaces Standard IEC 60169-23 Durability > 2000
Torque 0.9 Nm Spanner 8 mm
Temperature +15 °C ~ + 35 °C
KWR42A Table
Model Type Connector F min (MHz) F max (MHz) Specification
KWR42A Short Waveguide 14047 28094 Delay = 0, Loss = 0
Load Waveguide 14047 28094 Delay = 0, Loss = 0
1/8λ Line Waveguide 14047 28094 Delay = 0.751E-11 Sec, Loss = 2.75 Gohm/Sec
1/4λ Line Waveguide 14047 28094 Delay = 1.502E-11 Sec, Loss = 2.75 Gohm/Sec
3/8λ Line Waveguide 14047 28094 Delay = 2.253E-11 Sec, Loss = 2.75 Gohm/Sec
Coax-to-waveguide converter 2.92mm - Female to Waveguide 14047 28094 VSWR≤1.25; IL≤0.5dB
Coax-to-waveguide converter 2.92mm - Male to Waveguide 14047 28094 VSWR≤1.25; IL≤0.5dB
Fastener Screw M3*12, Screw M3*16, Screw M3*20, Nut M3, Nut collar M3, Position bolt
Mechanical Calibration Kit Datasheet EN 03 A Pdf
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