Variante di test validità

Item successfully added to cart

Go to cart
Go back

VHF 155 175MHz portable whip antenna

FSP 2/H-GP300 | Amphenol Procom
The FSP2/h GP300 portable whip antenna is a 1/4 monopole designed for Motorola radios (GP300/GP320/GP340/GP360/GP380/GP388) in the 155 175MHz VHF band. Constructed of StraightFlex coated flexible steel wire and factory tested for minimum SWR, it provides optimal performance up to 100W, with 50? impedance, 0dB gain and a minimum bandwidth of 20MHz @ SWR ‰¤ 2.5.
Please login to view price
Request information
Description
Request information

Description

The FSP2/h-GP300 portable whip antenna is perfect for professional use with Motorola GP and MX radios in the 155-175MHz VHF band. The highly flexible, StraightFlex-coated steel wire combines strength and light weight in a sleek design. Each antenna is factory tuned and tested to ensure minimum SWR and reliable performance up to 100W, with a nominal impedance of 50? and 0dB gain.

Key Features
  • Operating Band: 155-175MHz (VHF band)
  • Full-size 1/4 whip antenna, vertical monopole
  • Impedance: 50?; Gain: 0dB
  • Minimum bandwidth ‰¥20MHz with SWR ‰¤2.5
  • SWR <2 when mounted directly on the radio
  • Maximum power: 100W
  • Materials: StraightFlex polyethylene-coated flexible steel wire, durable plastic body and Cu-nite brass
  • Overall length approximately 480mm; weight approximately 35g
  • 1/4-32UNEF connector compatible with Motorola portable radios

Request information

Need more details, want to order the product, or just ask us for advice?
I consent to the sending of newsletters, informational materials, and commercial communications regarding the Data Controller's services, as well as surveys on satisfaction with the quality of services, via email, post, and telephone.
I have read the information on data processing. *
In qualsiasi momento è possibile revocare tale consenso disiscrivendosi con le funzionalità indicate in tutte le email o inviando un email a: info@aikomtech.com The methods are described in the information visible at the following link.

Filters