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super flexible for feeder cable

7/16 Male RF DIN Plug Coaxial Connector For 1/2" Super Flexible For Feeder Cable

ZD-CN-DM-CF12S
7/16 Male RF DIN Plug Coaxial Connector For 1/2" Super Flexible For Feeder Cable is a coaxial connector designed for RF connection. Suitable for 1/2-inch super flexible feeder cable, its characteristic impedance is 50 ohms, frequency range is DC - 6GHz, with excellent electrical performance, insulation resistance ≥10000 MΩ, insertion loss ≤0.10dB, VSWR≤1.10, to ensure stable signal transmission. In terms of material, key components such as the inner conductor needle are silver-plated, the main body is made of brass with appropriate plating, PTFE is used for insulation, and the gasket is silicone rubber. It can work at -65℃ to +165℃, with a durability of more than 500 plug-ins and unplugs, protection up to IP68, RoHS compliance, and suitable for various RF communication scenarios.
Delivery
EXW,FOB,CIF,DAP
minimum order
50 pieces
Supply Ability
1000pieces / Week
Country of Origin
China
Stock Time
7Day
Quantity:
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  In the field of RF communication, the stability and efficiency of signal transmission are crucial. Our 7/16 Male RF DIN Plug Coaxial Connector For 1/2"Super Flexible For Feeder Cable is designed to meet this critical need.

    Excellent electrical performance: The characteristic impedance of 7/16 Male RF DIN Plug Coaxial Connector For 1/2"Super Flexible For Feeder Cable is precisely 50 ohms, the frequency range of 7/16 Male RF DIN Plug Coaxial Connector For 1/2"Super Flexible For Feeder Cable covers DC - 6GHz, insulation resistance ≥10000 MΩ, center and outer contact resistance ≤1.5 MΩ. 7/16 Male RF DIN Plug Coaxial Connector For 1/2"Super Flexible For Feeder Cable has extremely low insertion loss (≤0.10dB) and VSWR (≤1.10), PIM (2x20W) ≤ -160dBc, effectively reducing signal loss and interference, ensuring pure signal transmission.
 
    Made of high-quality materials: The inner conductor pin of 7/16 Male RF DIN Plug Coaxial Connector For 1/2"Super Flexible For Feeder Cable is brass silver-plated, the inner conductor socket is tin bronze silver-plated, the body and outer conductor of 7/16 Male RF DIN Plug Coaxial Connector For 1/2"Super Flexible For Feeder Cable are brass tri-metal plating, the insulation material is polytetrafluoroethylene (PTFE), the gasket is silicone rubber, and the nut of 7/16 Male RF DIN Plug Coaxial Connector For 1/2"Super Flexible For Feeder Cable is brass nickel-plated to ensure good conductivity and durability.
 
    Excellent environmental adaptability: 7/16 Male RF DIN Plug Coaxial Connector For 1/2"Super Flexible For Feeder Cable can work stably in the extreme temperature range of -65℃ to +165℃, and has passed strict tests such as MIL-STD-202F. The durability of 7/16 Male RF DIN Plug Coaxial Connector For 1/2"Super Flexible For Feeder Cable exceeds 500 plug-in and unplug cycles, and the protection level reaches IP68. It can withstand 24 hours of immersion in 1 meter of water at 20℃. 7/16 Male RF DIN Plug Coaxial Connector For 1/2"Super Flexible For Feeder Cable complies with RoHS standards and is environmentally friendly and reliable.
 
    Whether it is communication base station construction or wireless network optimization, choosing our 7/16 Male RF DIN Plug Coaxial Connector For 1/2"Super Flexible For Feeder Cable means choosing a stable and efficient signal transmission solution!
 

Product Description

7/16M-SF1/2”                                                           7/16 straight male Connector for 1/2” Super Flexible RF Cable

Material and Plating

Inner Conductor Pin

Brass/ Silver Plating

Inner Conductor Socket

Tin-bronze/ Silver Plating

Body&Outer Conductor

Brass/ Trimertal Plating

Insulator

PTFE

Gasket

Silicon Rubber

Nut

Brass/ Nickel Plated

Electrical Characteristics

Characteristics Impedance

50 Ohm

Frequency Range

DC~6GHz

Insulation Resistance

≥10000 MΩ

Center contact

≤1.5 MΩ

Outer contact

≤1.5MΩ

Dielectric Strength

2500V rms

Working voltage

1400V rms

Insertion Loss

≤0.10dB

VSWR

≤1.10

PIM(2x20W)

≤-160dBc

EnviroNFental and Mechanical Specifications

Durability (matings)

500 cycles

Thermal Shock Test Method

MIL-STD-202F, Method 107G, Test Condition B

Vibration Test Method

MIL-STD-202, Meth. 204, Cond. B

Temperature Range

-65~+165℃

RoHS

Compliant

Sealing Class

IP68 24HR 1M 20℃