RF Coaxial Loads

ORVEX RF Coaxial Loads provide reliable RF energy absorption and precise impedance matching for testing, calibration, and system protection. Available up to 110 GHz with low VSWR, high power handling, and multiple connector options, they are ideal for aerospace, telecommunications, radar, satellite, and test & measurement applications.

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RF Coaxial Loads3.5校准件
RF Coaxial loads

Key Benefits

Broad Frequency Coverage

Available from DC up to 110 GHz to support a wide range of RF and microwave applications.

High Power Handling

Models range from milliwatt-level precision loads to kilowatt-level high-power terminations.

Superior Reliability

Designed for continuous operation with excellent thermal stability and long service life.

Multiple Connector Options

Available with SMA, N, TNC, 2.92mm (K), 2.4mm, 1.85mm (V), 1.0mm, 7/16 DIN, and other industry-standard interfaces.

Wide Operating Temperature Range

Suitable for demanding environments from -55°C to +125°C (or higher depending on model).

Excellent Impedance Matching

Low VSWR minimizes signal reflections and improves system performance.

Precision RF Coaxial Loads-Designed for Vector Network Analyzer (VNA) Measurements, Featuring Extremely Low Reflection

ParameterP18 (DC–18 GHz)P26 (DC–26.5 GHz)P40 (DC–40 GHz)
Frequency RangeDC ~ 18 GHzDC ~ 26.5 GHzDC ~ 40 GHz
Characteristic Impedance50 Ω50 Ω50 Ω
VSWR≤ 1.10 (Typical 1.06)≤ 1.12 (Typical 1.08)≤ 1.20 (Typical 1.15)
Return Loss≥ 26 dB≥ 24 dB≥ 20 dB
Rated Power (CW)0.5 W0.5 W0.3 W
Connector Type3.5 mm Male/Female2.92 mm (K) Male/Female2.92 mm (K) Male/Female
Center Contact MaterialGold-Plated Beryllium Copper (Non-Magnetic)Gold-Plated Beryllium CopperGold-Plated Beryllium Copper
DimensionsØ9 × 27 mmØ9 × 27 mmØ9 × 27 mm
Operating Temperature-55°C to +85°C-55°C to +85°C-55°C to +85°C
FeaturesIdeal for Typical VSWR Measurement SetupsExcellent Phase StabilityCompatible with 1.85 mm Adapter Interfaces

General-Purpose Coaxial Loads – Designed for Routine Laboratory Testing and System Integration, Offering a Cost-Effective and Reliable Solution

ParameterG-SMAG-NG-BNC
Frequency RangeDC ~ 6 GHz (18 GHz Optional)DC ~ 4 GHz (6 GHz Optional)DC ~ 1 GHz
Characteristic Impedance50 Ω50 Ω50 Ω
VSWR≤ 1.20 @ DC–6 GHz≤ 1.15 @ DC–4 GHz≤ 1.20 @ DC–1 GHz
Rated Power (CW)2 W @ 25°C5 W @ 25°C1 W @ 25°C
Connector TypeSMA Male (Standard)N Male (Standard)BNC Male (Standard)
Housing MaterialNickel-Plated BrassTri-Alloy Plated BrassNickel-Plated Brass
DimensionsØ8 × 21 mmØ20 × 35 mmØ14 × 30 mm
Operating Temperature-40°C to +85°C-40°C to +85°C-40°C to +85°C
Ingress Protection RatingIP40IP54 (Optional)IP40

Millimeter-Wave Coaxial Loads-Designed for High-Frequency Applications with Compact Size, Ideal for 5G, Millimeter-Wave Radar, and Satellite Communication Testing

ParameterM-40M-50M-67
Frequency RangeDC ~ 40 GHzDC ~ 50 GHzDC ~ 67 GHz
Characteristic Impedance50 Ω50 Ω50 Ω
VSWR≤ 1.30 (Typical 1.25)≤ 1.35≤ 1.45
Rated Power (CW)0.5 W0.3 W0.2 W
Connector Type2.92 mm (K) Male2.4 mm Male1.85 mm (V) Male
DimensionsØ8 × 23 mmØ8 × 23 mmØ8 × 23 mm
Weight≤ 4 g≤ 4 g≤ 4 g
Special FeaturesHigh-Quality Inner Wall FinishOptimized Insulation StructureSuitable for 67 GHz Vector Network Analysis

Note: Specifications shown are for reference only. Customized solutions are available, from standard product modifications to fully custom designs. Contact us for detailed specifications and technical documentation.