![]() |
CFM-95SLThe CFM-95SL is an omni-directional 5/8 wave ground plane antenna intended for outdoor broadcast applications. It can be adjusted for transmitting frequencies of 87.9 to 107.9 MHz. The center element can be extended (for lower frequencies) or retracted (for higher frequencies). The CFM-95SL gain is 1.25 dBd compared to a dipole which has a gain of 0 dBd. NEW PRODUCT ! $205.00 |
![]() |
FM108-GP2The FM108-GP2 is an omni-directional 1/4 wave ground plane antenna intended for outdoor broadcast applications. It can be adjusted for transmitting frequencies of 87.9 to 107.9 MHz. The center element can be extended (for lower frequencies) or retracted (for higher frequencies). The FM108-GP2 gain is 0 dBd. 25 Foot RG-58 cable included. NEW PRODUCT ! $195.00 |
![]() |
GP-32The GP-32 is a balanced omnidirectional dipole antenna designed for indoor broadcast applications. With its new impedance matching network and a balun, the GP-32 offers improved performances: a more precise impedance, a lower standing wave ratio and a decreased sensibility to its environment. Furthermore, the GP-32 can be installed in any direction. It can be tuned from 87.9 to 107.9 MHz by adjusting the length of its two rods. A length chart is provided for tuning purposes. It can be used either vertically or horizontally, allowing ease of installation in restricted areas. The fixed bracket on the GP-32 allow the user to fasten the antenna to different type of stands or permanently fix it to a wall with screws. The GP-32 is equipped with a standard female UHF connector for reliable coax cable connection. $95.00 |
![]() |
LGP-FM (discontinued)The LGP-FM is an omni-directional ground plane antenna intended for outdoor broadcast applications. It is factory tuned to 97-102 MHz. The center element and ground radials can be extended (for lower frequencies) or retracted (for higher frequencies). The center element and the 3 ground elements must be the same length to ensure proper match. IMPORTANT: PLEASE TAKE NOT THAT THE LGP-FM IS NOW DISCONTINUED. |