
( Brand: Rw ), ( Manufacturer Part Number: RW-400/LMR400 ), ( Cable Length: 175ft. ), ( Type: Coaxial Lmr400 ), ( Bundle Listing: No ), ( Country/region Of Manufacture: United States ), ( Connection Split/duplication: None )
The RW-400-LMR400 175 ft RG-400 LMR-400 50 Loss Coax Cable is a high-performance antenna cable designed for various applications, including Ham and CB radio systems. This cable boasts an impressive length of 175 feet, providing ample coverage for your communication needs.
The RG-400 LMR-400 is a versatile cable, known for its exceptional loss characteristics. With a 50-ohm impedance, this cable ensures efficient signal transmission, minimizing signal loss and ensuring clear, reliable communication. The LMR-400 material used in this cable is renowned for its durability, flexibility, and resistance to environmental factors such as moisture and extreme temperatures.
This RW-400-LMR400 coaxial cable features an FS-type connector, a reliable and widely used connector type in the world of Ham and CB radio systems. The FS connector provides a secure, weather-tight connection, ensuring the integrity of your signal transmission.
In summary, the RW-400-LMR400 175 ft RG-400 LMR-400 50 Loss Coax Cable is a top-quality antenna cable, perfect for Ham and CB radio systems. Its length, low loss characteristics, and reliable FS connectors make it an excellent choice for any communication setup requiring high-performance coaxial cable.
Pros of buying a RW-400-LMR400 175 ft RG-400 LMR-400 50 loss coax cable:1. High-quality construction: The cable is made with LMR-400, a type of coaxial cable known for its durability and resistance to weather conditions.
2. Low loss: The 50-ohm impedance and 0.2 dB per 100 feet loss make it ideal for long-distance applications.
3. Suitable for various applications: The cable is suitable for use in ham radio, CB radio, and other applications requiring high-frequency transmission.
Cons of buying a RW-400-LMR400 175 ft RG-400 LMR-400 50 loss coax cable:1. High cost: Due to its high-quality construction, the cable is more expensive than other types of coaxial cables.
2. Bulky: The cable is thick and heavy, which can make it difficult to work with in some applications.
Conclusion:The RW-400-LMR400 175 ft RG-400 LMR-400 50 loss coax cable is a high-quality option for long-distance applications requiring low loss and resistance to weather conditions. While it is more expensive and bulky than other types of coaxial cables, its durability and performance make it a worthwhile investment for many users.
Recommendation:If you are looking for a high-quality coaxial cable for long-distance applications, the RW-400-LMR400 175 ft RG-400 LMR-400 50 loss coax cable is a great option. However, be sure to consider the cost and bulkiness of the cable before making a purchase. It may be more appropriate for professional or hobbyist use rather than casual or temporary applications.
391mm 610 ohms km mhz3 mhz19. 405 in diameter over tape in electrical specifications cable impedance 50 ohm capacitance construction materials jacket color blackjacked material non-hallucinated braid tinned copper shield aluminum dielectric foam polyethylene inner conductor copper-clad aluminum wire dimensions weight. You are purchasing ft Rw-400 lmr400 bulk, 50 ohm super low loss coax cable for ham cb 2 way. Intensive strength 73 kg lb electrical db 100 m attenuation ft 30 mhz2 mhz33 mhz12 mhz8.
Made in USA mhz18. 5 ft lb flat plate crush strength pf m in diameter over jacket mhz32 mhz21 mhz30 in nominal size. 290mm kg mhz36.
291 inaner conductor Odom mhz35. This bulk coax cable is a high-performance 400 series coaxial that features durable UV-resistant pe jacket and low insertion loss. Pf FTC resistance, inner conductor 4.
Mm free shipping mhz34 mhz4. This does not include coax connectors. Lb in minimum bend radius, single 25.
This high-performance 50 ohm cable features similar quality construction and electrical performance to times microwave lmr comm scope cant inter conductor OD 8. 430 ohms gifted resistance, outer conductor mhz6.