DMT 3m Cable coaxial Ecoflex 10 con conector macho N a conector hembra N, 50 ohmios

The DMT MC711030 is a precision-engineered RF patch cable that pairs the low-loss Ecoflex 10 platform with a practical N-Male to N-Female configuration. This three-meter assembly is built for demanding RF transmission, delivering stable performance up to 8 GHz with genuine 50-ohm impedance.

Highlights

• Low-loss Ecoflex 10 cable with solid copper inner conductor
• Double shielding (copper braid + copper foil) for excellent interference rejection
• Nickel-plated brass N connectors with gold-plated center pin
• Wide operating temperature range from -40°C to +85°C
• UV-resistant PE jacket suitable for indoor and outdoor use
• VSWR under 1.2:1 for reliable signal transfer

In daily use

This cable is ideal for connecting antennas, transceivers, and measuring equipment where a robust N-type interface is required. The male-to-female orientation simplifies extension of existing RF feeds or direct attachment to devices with N-Female ports. Its flexible yet durable construction allows routing around corners with a minimum bend radius of 40 mm for single bends and 100 mm for repeated flexing.

Full specifications

• Cable type: Ecoflex 10
• Cable length: 3 meters
• Connector 1: N-Male
• Connector 2: N-Female
• Impedance: 50 Ohm
• Frequency range: DC to 8 GHz
• Attenuation @ 1 GHz (per 100m): 13.3 dB
• Attenuation @ 2.4 GHz (per 100m): 21.5 dB
• Outer diameter: 10.2 mm
• Inner conductor: Solid copper
• Shielding: Double shielded (copper braid + copper foil)
• Dielectric: Foamed PE
• Jacket: UV-resistant PE
• Operating temperature: -40°C to +85°C
• VSWR: < 1.2:1
• Power handling @ 1 GHz: 1.5 kW
• Min. bending radius (single): 40 mm
• Min. bending radius (repeated): 100 mm
• Connector body: Nickel-plated brass
• Center pin plating: Gold

Final note

This premium cable assembly is ideal for professional RF installations, offering low loss and high shielding effectiveness. Reliable performance and durable materials make it a trustworthy choice for critical links.