2.4mm Male Coaxial Termination Load (Dummy Load) 50GHz 2W for VNA Test

2.4mm Male Coaxial Termination Load (Dummy Load) 50GHz 2W for VNA Test - Image 2

2.4mm Male Coaxial Termination Load (Dummy Load) 50GHz 2W for VNA Test - Image 3

2.4mm Male Coaxial Termination Load (Dummy Load) 50GHz 2W for VNA Test - Image 4

2.4mm Male Coaxial Termination Load (Dummy Load) 50GHz 2W for VNA Test - Image 5

2.4mm Male Coaxial Termination Load (Dummy Load) 50GHz 2W for VNA Test - Image 6

Request for Quotation

2.4mm Male Coaxial Termination Load (Dummy Load) 50GHz 2W for VNA Test

Name: 2.4mm Male Coaxial Termination Load (Dummy Load) 50GHz 2W for VNA Test
Brand: Renhotec
SKU: 2.4-JRD-50G-2W

SKU 2.4-JRD-50G-2W Category RF Coaxial Loads

2.4 mm male 2W coaxial termination for 50 GHz applications. Commonly used with high-end network analyzers, frequency extenders, and mm-wave subsystems. Provides stable load for S-parameter and gain compression tests.

Product Specification

Connector Type	2.4mm Male
Frequency Range	DC-50 GHz
VSWR	1.35:1 (max)
Impedance	50 Ω
Insulation Resistance	≥5000 MΩ
Dielectric Withstanding Voltage	500 V
Connector Type	2.4mm Male	Frequency Range	DC-50 GHz
VSWR	1.35:1 (max)	Impedance	50 Ω
Insulation Resistance	≥5000 MΩ	Dielectric Withstanding Voltage	500 V

External Conductor Material	Passivation, Stainless steel
Inner Conductor Material	Beryllium bronze, Gold Plating
Insulator	PEI
Operation Temperature	-55℃ ~ +125℃
Service Life	≥500
External Conductor Material	Passivation, Stainless steel	Inner Conductor Material	Beryllium bronze, Gold Plating
Insulator	PEI	Operation Temperature	-55℃ ~ +125℃
Service Life	≥500

Connector Type	2.4mm Male
External Conductor Material	Passivation, Stainless steel
Inner Conductor Material	Beryllium bronze, Gold Plating
Insulator	PEI
Frequency Range	DC-50 GHz
VSWR	1.35:1 (max)
Impedance	50 Ω
Operation Temperature	-55℃ ~ +125℃
Service Life	≥500
Insulation Resistance	≥5000 MΩ
Dielectric Withstanding Voltage	500 V

RF coaxial loads are basic components in the RF signal chain, typically placed at the end of the line and also known as RF terminators. Their main function is to fully absorb microwave energy from the transmission line, thereby improving circuit matching, preventing unwanted reflections, and minimizing interference. In addition, they can control power levels, serve as decoupling elements, act as reference standards, and help reduce interference in radar systems.

Product Features

Core functions: Efficiently absorbs microwave energy, improves circuit matching, reduces reflections and interference, and ensures overall system stability.
Versatile and adaptable: Controls power, isolates interference, supports calibration testing, reduces radar system interference, and adapts to multiple application scenarios.
Reliable performance: Standard impedance compatibility, low VSWR for improved efficiency and signal quality, supports a wide range of power levels, frequencies, and temperatures, ensuring stable and dependable operation.

Application Scenarios

Wireless communication: devices such as base stations, mobile phones, satellite communications, etc.
Instrumentation: network analyzers, signal generators, etc.
Aerospace: communication, navigation, and radar systems for aircraft.