Xi'an Elite Electronic Industry Co., Ltd.
Xi'an Elite Electronic Industry Co., Ltd. Leading Provider Of Systematic Interconnection Solution In China
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2.4mm Waterproof Female to Female Stainless Steel RF Adapter
The 2.4mm connectors are designed to provide a precise 50-ohm impedance, making them ideal for general-purpose RF and microwave applications. Built to endure repeated mating cycles, these robust connectors are fabricated from stainless steel, ensuring both durability and longevity. They incorporate an air dielectric system along with a low-loss plastic support for the center conductor, which optimizes signal integrity and minimizes insertion loss. This design allows for effective equipment matching and cable interconnections across various test and measurement scenarios, ranging from cellular to satellite communications, where reliability and performance are critical.
Specification
| Electrical Characteristics | ||||
| Impedance | 50Ω | |||
| Frequency Range | DC～50GHz | |||
| Rated Voltage | 170VRMS (Maximum sea-level) | |||
| Dielectrics Voltage-resistance | 500VRMS (Maximum sea-level) | |||
| Insulation Resistance | ≥5000MΩ | |||
| Contact Resistance | Outer conductor | ≤2mΩ | ||
| Center conductor | ≤3mΩ | |||
| VSMR | ≤1.05+0.005f | |||
Detailed Drawing:
Features:
* Durability: These connectors are typically able to withstand at least 500 mating cycles while maintaining good performance.
* Environmental Testing: They have passed high-frequency vibration, shock, temperature shock, salt spray corrosion, and humidity resistance tests, proving stability and reliability in various harsh environments.
* 2.4mm stainless steel RF connectors, with their precise design, excellent electrical performance, outstanding mechanical durability, and a wide range of applications, have become important components for high-frequency RF signal transmission. When selecting, attention should be paid to their materials, electrical specifications, mechanical performance, and compliance with industry standards and certifications to ensure they meet specific application needs.
Advantages:
| Normal products | Elite products | |
| Frequency Range | DC~40GHz | DC~65GHz |
| VSWR | ≤1.35 | ≤1.3 |
| Durability | 300 Cycles | >500 Cycles |
Application:
Radar systems are another significant application area. Due to their high-frequency range and stable electrical performance, 2.4mm stainless steel RF connectors are extensively used in military and civilian radar systems. Whether it's weather monitoring radars, air defense radars, or vehicular radar systems, these connectors provide reliable signal transmission, thus ensuring precise operation of the radar systems.
Laboratory testing is also a common application scenario for 2.4mm stainless steel RF connectors. In scientific research and RF engineering laboratories, these connectors are often used to link various testing equipment and instruments. Since laboratory environments typically require high precision and repeatability, the characteristics of these connectors make them an indispensable part of laboratory testing. For example, in experiments such as microwave device characterization testing and material electrical parameter testing, these high-performance connectors are needed.
Besides the main application areas mentioned above, 2.4mm stainless steel RF connectors are also used in communication and control systems on aerospace equipment. These connectors can maintain stability and reliability in extreme environments, providing critical connections and support for RF systems on airplanes, satellites, and spacecraft.
Our Main Products
| RF Adapter |
| SMA/SSMA RF Connector |
| SMP/SSMP RF Connector |
| TNC RF Connector |
| N Type RF Connector |
| MCX/MMCX RF Connector |
| BNC RF Connector Millimeter Wave Connectors(2.4mm, 2.92mm) |
| RF Cable Assemblies |
| Waveguide To Coaxial Adapter |
| Glass-to-metal Hermetic Seals |
| J30J Series Connector |
| Microwave Rotary Joints |
NOTE:
We have over 10,000 types of Connector, if the connector you are using is not found, please contact us with your details.