RG304 M17/112 is a MIL-DTL-17 compliant 50 Ohms high power coax engineered for general purpose high-temperature RF transmission applications. This cable features a 1.50mm silver-plated copper (SC) inner conductor and solid PTFE dielectric, delivering consistent electrical performance with 95.1 pF/m capacitance and 69.5% velocity of propagation. The double silver-plated copper braid shield provides 95% coverage, while the extruded FEP jacket at 7.11mm offers excellent chemical resistance and thermal stability up to +200°C. With 3000V RMS operating voltage (5000V test voltage), RG304 is suitable for defense applications, telecom infrastructure, and industrial RF equipment where MIL-DTL-17 compliance is required.

12 GHz frequency capability – Broadband performance through Ku-band for demanding defense and telecom applications

3000V operating voltage – Rated for high voltage RF transmission systems with 5000V test voltage

Double SC braid shielding – Two layer braid construction provides superior EMI/RFI protection with 95% coverage for sensitive electronic systems

Solid SC conductor – High conductivity pure copper construction for minimal signal loss and excellent solderability

Solid PTFE dielectric – Ensures stable 50 Ohm impedance and low signal loss

Extruded FEP jacket – UV resistant, chemical resistant, and thermally stable from -55°C to +200°C

MIL-DTL-17 compliant – M17/112-RG304 for mission-critical defense and aerospace applications

Ground surveillance radar – 12 GHz bandwidth covers L-band through Ku-band radar frequencies

Telecom base station feeders – 50 Ohm impedance suits cellular infrastructure; FEP jacket withstands outdoor exposure

Broadcast transmitter installations – Low attenuation supports FM and TV broadcast applications

Satellite ground terminals – 12 GHz frequency capability supports uplink and downlink through Ku-band

Electronic systems – Double braid shielded design ensures signal integrity in sensitive electronic environments

Industrial RF heating equipment – High voltage rating suits dielectric heating applications

Electronic warfare systems – Low attenuation preserves signal integrity in EW applications

Shipboard communication systems – FEP jacket provides moisture and salt spray resistance