SAGE

SAGE - BLADE Antenna Family

SAGE-UHF01

SAGE-Blade antennas have omnidirectional radiation pattern and they are small, lightweight, and can meet extremely high temperature requirements with added thermal protection. Also, the shape of the antenna yields very low drag.

Mechanically robust design that can be custom tuned to meet discrete frequencies, including those for Flight Termination (UHF-band), Telemetry Systems (S-band), IFF Systems (L-band) etc. The antennas are specially designed for applications for aircrafts, drones and missiles etc.

TÜBİTAK-SAGE has ability to produce alternative solutions for fixed radiation pattern Global Positioning System (GPS) antenna with different bands and geometries to meet your specific requirements.

* The antenna is designed and produced to meet requirement of MIL-STD-810G for different platforms.

sage blade g img 2

SAGE-UHF01 Technical Specifications

Electrical (on 240 x 240 mm ground plate)

Frequency

Factory adjustable center frequency between 370 to 500 MHz by about 2.5 MHz Bandwidth

VSWR

< 2,0 : 1

Impedance

50 ohms

Polarization

Linear (Vertical)

Antenna Gain

0 dBi (typical)

Antenna Pattern

Omni directional

Mechanical and Environmental

Weight

75 g (max)

Temperature

-90°C to +400°C (5 minutes)

Connector (Optional)

SMA-Female

SAGE-UHF01 Gallery

*Unless otherwise specified, the units in drawing are "mm".

SAGE-IFF01

SAGE-Blade antennas have omnidirectional radiation pattern and they are small, lightweight, and can meet extremely high temperature requirements with added thermal protection. Also, the shape of the antenna yields very low drag.

Mechanically robust design that can be custom tuned to meet discrete frequencies, including those for Flight Termination (UHF-band), Telemetry Systems (S-band), IFF Systems (L-band) etc. The antennas are specially designed for applications for aircrafts, drones and missiles etc.

TÜBİTAK-SAGE has ability to produce alternative solutions for fixed radiation pattern Global Positioning System (GPS) antenna with different bands and geometries to meet your specific requirements.

* The antenna is designed and produced to meet requirement of MIL-STD-810G for different platforms.

sage iff01 g img 1

SAGE-IFF01 Technical Specifications

Electrical (on 600 x 700 mm aluminum plate)

Frequency

960-1215 MHz

VSWR

< 2.0 : 1

Impedance

50 ohms

Polarization

Linear (Vertical)

Antenna Gain

≥ 3 dBi (typical)

Antenna Pattern

Omni directional

Mechanical and Environmental

Weight

120 g (max)

Temperature

-90°C to +80°C

Connector (Optional)

SMA-Female, TNC-Female

Color (optional)

Gloss White, Black, Camo green etc.

SAGE-IFF01 Gallery

*Unless otherwise specified, the units in drawing are "mm".

SAGE-TELE16

SAGE-Blade antennas have omnidirectional radiation pattern and they are small, lightweight, and can meet extremely high temperature requirements with added thermal protection. Also, the shape of the antenna yields very low drag.

Mechanically robust design that can be custom tuned to meet discrete frequencies, including those for Flight Termination (UHF-band), Telemetry Systems (S-band), IFF Systems (L-band) etc. The antennas are specially designed for applications for aircrafts, drones and missiles etc.

TÜBİTAK-SAGE has ability to produce alternative solutions for fixed radiation pattern Global Positioning System (GPS) antenna with different bands and geometries to meet your specific requirements.

* The antenna is designed and produced to meet requirement of MIL-STD-810G for different platforms.

sage tele16 g img 1

SAGE-TELE16 Technical Specifications

Electrical (on 240 x 240 mm ground plate)

Frequency

1200-2800 MHz, 2200-2700 MHz

VSWR

< 2.0 : 1

Impedance

50 ohms

Polarization

Linear (Vertical)

Antenna Gain

≥ 2 dBi (typical)

Antenna Pattern

Omni directional

Mechanical and Environmental

Weight

280 g (max)

Temperature

-90°C to +80°C

Connector (Optional)

SMA-Female, TNC-Female

Color (optional)

Gloss White, Black, Camo green etc.

SAGE-TELE16 Gallery

*Unless otherwise specified, the units in drawing are "mm".
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