Broadband Airborne Blade Antenna
100 to 530 MHz
SKU: 21-50-99
The 21-50-99 is vertically polarized, omni-directional antennas, compatible with all popular airborne radios operating within the 100 to 530 MHz frequency range. The antenna can handle 75 Watts of power and requires no external tuning.
This wideband multifunction antenna developed by Cooper Antennas Ltd is particularly suited to tactical military communications. Rugged design ensures reliability in world wide conditions of service on aircraft operating at speeds up to Mach 0.95.
Use of a surface deposited radiating element optimizes efficiency and the radiating element is DC grounded for static protection..
- High Strength Broadband Blade Antenna
- Frequency Selective Matching Network
- Fully Foamed to Provide High Environmental Integrity
- Aluminum Alloy Retaining Collar Accepts High Side Loading
- Designed to MIL-DTL-85670B Specification
- Drop-on Replacement for AT-1108
- Complies with MIL-STD-810
- Meets Lightning protection requirements of AS3191
21-50-99 | |
Model # | 21-50-99 |
Brand | Cooper Antennas |
Frequency |
100 - 530 MHz |
|
Gain |
100 MHz ≥ -4.0 dBi 108 MHz ≥ -3.0 dBi 130 MHz ≥ -3.0 dBi 174 MHz ≥ 0 dBi 225 MHz ≥ +2.5 dBi 300 MHz ≥ +3.0 dBi 400 MHz ≥ +4.0 dBi 530 MHz ≥ +2.0 dBi |
|
VSWR |
100 - 174 MHz ≤ 2.5:1 225 - 400 MHz ≤ 2.25:1 400 - 450 MHz ≤ 2.5:1 450 - 530 MHz ≤ 3.0:1 |
|
Impedance (nominal) | 50 Ohms | |
Power |
75 Watts CW 100 - 530 MHz |
|
Polarization |
Vertical |
|
Radiation |
Azimuth : Omni-directional Elevation : As stub |
|
Antenna RF Connector |
TNC Female |
Antenna Shell Type | High density foam filled epoxy/fiberglass shell set in aluminum alloy base collar |
Height | 14.65 inches (372mm) max |
Weight | 3.5 lbs (1.6kg) |
Side Loading | ≥ 8 psi ultimate |
Base Plate Shape | Tear drop |
Fixing Holes | 6 x Ø 0.234 inches (5.9mm) holes, counter bored top side Ø 0.39 inches (9.9mm) |
Finish
- Antenna - Urethane Black
- Baseplate - Unpainted
- Other finish options are available.
- Please specify finish required when ordering.
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