Genuine Belden coaxes have long been the choice of professional broadcast
companies and amateur operators, they are durable and built to withstand outdoor
weather conditions, underground burial, and block out water as well
Belden Part Number |
RG Type |
Description |
8214 |
RG-8/U |
50 Ohm coaxial cable featuring a 10 AWG stranded bare copper
conductor, polyethylene insulation, and a PVC jacket. Suitable for
high-frequency transmission with low attenuation. |
8237 |
RG-8 |
50 Ohm coaxial cable with a 13 AWG stranded bare
copper conductor, polyethylene insulation, and a PVC jacket. Commonly
used in radio communications and antenna connections. |
8259 |
RG-58 |
50 Ohm coaxial cable consisting of a 20 AWG stranded tinned copper
conductor, polyethylene insulation, and a PVC jacket. Ideal for
applications requiring flexibility and moderate power handling. |
8267 |
RG-213 |
50 Ohm coaxial cable with a 13 AWG stranded bare
copper conductor, polyethylene insulation, and a PVC jacket. Known for
its low loss and high power handling capabilities. |
9011 |
RG-11 |
75 Ohm coaxial cable featuring a 14 AWG solid bare copper conductor,
foam polyethylene insulation, and a PVC jacket. Used in long-distance
video and RF signal transmissions. |
9116 |
RG-6 |
75 Ohm coaxial cable with an 18 AWG solid bare
copper conductor, foam polyethylene insulation, and a PVC jacket.
Commonly employed in cable television and satellite signal distribution. |
9258 |
RG-8X |
50 Ohm coaxial cable consisting of a 16 AWG stranded bare copper
conductor, polyethylene insulation, and a PVC jacket. Offers a balance
between flexibility and low attenuation. |
9913 |
RG-8/U |
50 Ohm coaxial cable with a 10 AWG solid bare
copper conductor, polyethylene insulation, and a PVC jacket. Designed
for low loss at high frequencies, suitable for long cable runs. |
9913F7 |
LL |
50 Ohm coaxial cable featuring a 10 AWG stranded bare copper
conductor, foam polyethylene insulation, and a PVC jacket. Offers
enhanced flexibility while maintaining low loss characteristics. |
These cables are engineered to meet various performance criteria, including
impedance, attenuation, and flexibility, to suit specific applications in
telecommunications, broadcasting, and data transmission.
|
|
|