Subscribe to Techwave Spotlight
Stay updated on tech trends, product launches and exclusive offers! Read our Policy Policy.
RFI CSA10-41-P VHF Directional Array Antenna, 148-174 MHz, 7 dBi, 4.3-10-Female
RFI CSA10-41-P VHF Directional Array Antenna, 148-174 MHz, 7 dBi, 4.3-10-Female
VHF Directional Antennas 148-174 MHz with 70 degree nominal horizontal Beamwidth High front to back ratio to allow frequency re-use
- Brand
- RFI
- Export
- Restrictedwhat this means
- Item ID
- 167015365
- MPN
- CSA10-41-P
- Shipping
- Please contact us for lead time
Standard Warranty
Global Insurance Except USA & Canada
$2,785.34
Bulky item. Export orders may incur additional charges — ask us for a quote.
- Taxes included. Shipping rate calculated at checkout.
- Purchase Order & instructions box available at Cart page
-
Pay securely! All major cards accepted.
Product Description
The CSA Series arrays are based on the popular SMD and dipole array antennas. Supplied in“kit"form these antennas are delivered in flatpack packaging to minimise freight and warehousing issues and allow for simplified assembly at time of installation. These Arrays feature the same solid construction as the standard array series. The folded dipoles utilise an internal phasing harness in PTFE based double screened coaxial cable. The screens themselves are designed and constructed in such a way as to mitigate the occurrence of PIM. These rugged antennas provide not only excellent radiation characteristics but also DC grounding provides the ultimate in lightning resistant antennas, and low static noise.
Features:
- Offset(cardioid) pattern with 70 degree nominal horizontal Beamwidth
- High front to back ratio to allow frequency re-use by tailoring coverage areas
- Hermetically sealed internal PTFE based phasing harness capable of 500W continuous operation
- Shipped unassembled for ease of handling, easily assembled on site
- Direct DC grounded for lightning protection and reduction of precipitation static noise
- Industry leading PIM ratings (-140 dBc) providing low IM and low noise characteristics