Antenex Laird EXE806SFU Special SMA/Female Tuf Duck Antenna, 1/2 Wave Type, 806-866MHz Frequency, 836MHz Center Frequency, 2.5dB Gain, Vertical Polarization, 50 ohms Nominal Impedance, 1.5:1 at Resonance Max VSWR, 50W RF Power Handling, Special SMA/Female Connector, 8" Length, For use with Kenwood TK260g, TK280, TK290 and TK360, TK380, TK390, TK480 (EXE 806SFU EXE806SFU EXE-806SFU EXE806)

Where everything is always ON SALE!

Serving our customers since 1990
Store Ratings & Reliability: BBB, Amazon
Over 50,000 products
Home - About Us - Contact Us - FAQs - Policies

305-652-0442
(Mon-Fri 10am-6pm EST)
Resellers: Call for Volume Pricing

View Cart

Home Page

Search Shopping Cart Checkout Help

Electronics > Communications > Antennas > Antenex Laird EXE806SFU Special SMA/Female Tuf Duck Antenna, 1/2 Wave Type, 806-866MHz Frequency, 836MHz Center Frequency, 2.5dB Gain, Vertical Polarization, 50 ohms Nominal Impedance, 1.5:1 at Resonance Max VSWR, 50W RF Power Handling, Special SMA/Female Connector, 8" Length, For use with Kenwood TK260g, TK280, TK290 and TK360, TK380, TK390, TK480 (EXE 806SFU EXE806SFU EXE-806SFU EXE806)

Antenex Laird EXE806SFU Special SMA/Female Tuf Duck Antenna, 1/2 Wave Type, 806-866MHz Frequency, 836MHz Center Frequency, 2.5dB Gain, Vertical Polarization, 50 ohms Nominal Impedance, 1.5:1 at Resonance Max VSWR, 50W RF Power Handling, Special SMA/Female Connector, 8" Length, For use with Kenwood TK260g, TK280, TK290 and TK360, TK380, TK390, TK480 (EXE 806SFU EXE806SFU EXE-806SFU EXE806)

SKU: EXE806SFU

Brand: Antenex Laird

Retrieving current price... Add to Cart Qty:

Estimate Shipping Cost: Choose the quantity to add to cart, press the "Add to Cart" button and in the Shopping Cart press "Calculate Shipping".
Availability: In Stock (see Disclaimer below).

Antenex Laird EXE806SFU Special SMA/Female Tuf Duck Antenna, 1/2 Wave Type, 806-866MHz Frequency, 836MHz Center Frequency, 2.5dB Gain, Vertical Polarization, 50 ohms Nominal Impedance, 1.5:1 at Resonance Max VSWR, 50W RF Power Handling, Special SMA/Female Connector, 8" Length, For use with Kenwood TK260g, TK280, TK290 and TK360, TK380, TK390, TK480, Injection molded 1/2 wave coaxial dipole antenna, High durability, high efficiency, Textured finish with strain-relief base.

General Information
Manufacturer	Antenex Laird
Manufacturer Part Number	EXE806SFU
Product Line	Antennas
Product Name	EXE806SFU Special SMA/Female Tuf Duck Antenna
Features
1/2 Wave Type 806-866MHz Frequency 836MHz Center Frequency 2.5dB Gain Vertical Polarization 50 ohms Nominal Impedance 1.5:1 at Resonance Max VSWR 50W RF Power Handling Special SMA/Female Connector 8" Length Injection molded 1/2 wave coaxial dipole antenna High durability, high efficiency Textured finish with strain-relief base Available in various standard connectors An original 'Tuf Duck' antenna For use with Kenwood TK260g, TK280, TK290 and TK360, TK380, TK390, TK480
Specifications
Model	EXE806SFU
Reference	DEXE806SFU
Type	1/2 Wave
Frequency	806-866MHz
Center Frequency	836MHz
Gain	2.5dB
Polarization	Vertical
Nominal Impedance	50 ohms
Max VSWR	1.5:1 at Resonance
RF Power Handling	50W
Connector	Special SMA/Female
Length	8"
For use with	Kenwood TK260g, TK280, TK290 and TK360, TK380, TK390, TK480

A-20080131-1379 & 1491-138-E

*This item is BRAND NEW - not refurbished. It comes with all manufacturer supplied accessories, and full manufacturer's USA warranty.

*** DISCLAIMERS: 1) Availability is not always guaranteed: Please call or email us to double-check stock before placing your order. We ship from our inventory and also drop-ship from hundreds of suppliers. We try very hard to show only available products but sometimes products sell out before we can update the product webpage. 2) Some information may have been supplied by 3rd Party Content Suppliers: We are not responsible for Data or Image errors. 3) We do not offer Installation, Training or Technical Support on this product.***

Home - About Us - Contact Us - FAQs - International Shipping - Store Policies - Privacy & Security Policies

Copyright © Sales Stores, All Rights Reserved