Subscribe to Techwave Spotlight
Stay updated on tech trends, product launches and exclusive offers! Read our Policy Policy.
RFI COL44-520-P UHF Meander Collinear Antenna, 490-520 MHz, 6 dBd, 4.3-10-Female
RFI COL44-520-P UHF Meander Collinear Antenna, 490-520 MHz, 6 dBd, 4.3-10-Female
Meander Collinear Antenna (490-520 MHz) is designed for wireless applications requiring high performance, broad bandwidth and exceptional PIM & PIP rating.
- Brand
- RFI
- Export
- Restrictedwhat this means
- Item ID
- 167015359
- MPN
- COL44-520-P
- Shipping
- Ships out in 1-2 business days
Standard Warranty
Global Insurance Except USA & Canada
$974.47
Export restricted 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
Meander Collinear Antenna (490-520 MHz), 6 dBd Gain; is designed for wireless applications requiring high performance, broad bandwidth, and exceptional PIM and PIP specifications. With the dipole elements being printed on a single sided PCB the susceptibility to passive intermodulation is practically eliminated.
Features:
- High Performance Design: Specifically crafted for wireless applications, offering excellent bandwidth and full band coverage.
- Lightning Protection: Internally DC grounded for enhanced lightning protection and reduced precipitation noise.
- Stacked Half-Wave Elements: Unique design allows stacking of without variations in cable lengths, improving overall construction quality.
- Patented Meander PCB Design: Ensures optimum RF pattern stability by eliminating variations in cable lengths and mechanical joints.
- Industry-Leading PIM Ratings: Impressive -150 dBc ratings for low intermodulation and noise characteristics, optimizing network performance.
- PIP Rated: An excellent Peak Instantaneous Power (PIP) rating of 25 kW for reliable and robust operation.
- Consistent Performance: Each antenna provides the same pattern, tilt, and VSWR characteristics over its operating bandwidth.