Description
The JMA AXP-DF-12 is a 7-16 DIN Female RF connector designed for 1/2 inch annular coaxial cable used in DAS, 5G, LTE, 4G, private wireless, small cell, macro site, and telecom infrastructure applications. This 50 Ohm low PIM connector supports DC to 6 GHz operation and is built for reliable RF performance in demanding wireless network deployments.
According to the JMA datasheet, the AXP-DF-12 has typical 3rd order IMD/PIM performance of -161 dBc, typical insertion loss of 0.05 dB per connector, average power handling of 1100 W at 900 MHz, and peak power rating of 40 kW maximum. It is designed for 1/2 inch annular cable types and supports outdoor-ready installations with IP68 immersion and IP66 water jetting environmental performance.
Key Specifications
- Manufacturer: JMA Wireless
- Part Number: AXP-DF-12
- Connector Type: 7-16 DIN Female RF Connector
- Cable Type: 1/2 inch annular coaxial cable
- Impedance: 50 Ohm
- Operating Frequency: DC to 6 GHz
- Typical PIM / IMD: -161 dBc typical
- Typical Insertion Loss: 0.05 dB per connector
- Average Power: 1100 W at 900 MHz
- Peak Power: 40 kW maximum
- DC Test Voltage: 4000 V
- Shielding Effectiveness: Less than -120 dB at 0 to 1 GHz
- Interface Durability: 50 cycles
- Environmental Rating: IP68 immersion, IP66 water jetting
- Operating Temperature: -55 C to +85 C
- Weather Protection System: N/A
- Cable Preparation Tool: SP-1/2-LDF4D, U bit
- Compression Tool: HCG-FRAMESET-1/2, HCG-CC, Insert A
- Weight: Approximately 0.22 lb
- Application: DAS, 5G, LTE, 4G, private wireless, private network, small cell, macro site, and telecom infrastructure
Compatible RF Cable Types
- Commscope LDF4
- Commscope LDF4RK
- Commscope LDF4 RN
- RFS LCF12
- NK Draka RFA1200
- Eupen EC4
- LS/Superior Essex HFC 12D
- LS/Superior Essex HFAC 12D
- Leoni Flexline 1/2 inch R
- Hansen RF5012
- Hansen RF5012Z
- Rosenberger SL 1/2 inch R
- Other compatible 1/2 inch annular coaxial cables
Please Note: Please confirm compatibility with your exact cable type and installation requirements before purchase.
