AFNTGB | Ultra Flexible UHF Whip Antenna
- The AFNTGB range offers ultra-flexible omni-directional performance with a peak gain of 5dBi and can be tuned to a range of UHF frequencies. The antenna is designed to be ultra-flexible for low clearance scenarios featuring an over moulded coil and nickel titanium whip which can bend extensively and repeatedly and still return to its original vertical orientation.
Features
- 5dBi peak gain
- Ultra-flexible nickel titanium whip
- Ideal for low clearance scenarios
Product Overview
Description
Part Numbers
Specification
Accessories
Description
The AFNTGB range offers ultra-flexible omni-directional performance with a peak gain of 5dBi and can be tuned to a range of UHF frequencies.
The antenna is designed to be ultra-flexible for low clearance scenarios featuring an over moulded coil and nickel titanium whip which can bend extensively and repeatedly and still return to its original vertical orientation.
The antenna is installed via the M6x0.75 threaded terminal and can be mounted on a range of Panorama GPS combination bases such as the GPSB and GPSK. The rigid / semi-rigid length of the antenna is < 100mm (3.9”).
Part Numbers
| SKU | Colour | Height (mm) | UHF | Frequency Range | Gain | AFNTGB-395K | Black | 476mm | Yes | 380 – 410MHz | 5dBi | AFNTGB-460 | Black | 396mm | Yes | 450 – 470MHz | 5dBi |
|---|
Specification
| ELECTRICAL DATA | |
|---|---|
| Pattern | Omnidirectional |
| Max Input Power(W) | 60 |
| Frequency Range | Gain | Check the part number table |
| Cellular LTE Elements | No |
| WIFI Elements | No |
| UHF Elements | No |
| GPS DATA | |
| Number of GPS Elements | No |
| MECHANICAL DATA | |
| Colour | Black |
| Height | max: 476 (mm) | 18.74 (in) |
| Diameter | 11.2 (mm) | 0.44 (in) |
| Operating Temperature | -40°/ +80°C (-40.0°/ +176.0°F) |
| CABLE DATA | |
| Quantity of Whip Cable | 1 | TECHNOLOGY DATA |
| Technology | UHF |
Accessories
Product Features
Benefits
Application
Product Features
- 5dBi peak gain
- Ultra-flexible nickel titanium whip
- Ideal for low clearance scenarios
Benefits
Application