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| Frequency Range | 1995 MHz to 2295 MHz (Continuous Tuning Spectrum) |
| V.S.W.R Profile | ≤ 1.5 : 1 (2100MHz - 2200MHz) | ≤ 3.0 : 1 Over Full Bandwidth |
| Nominal Gain Standard | 2.15 dBi ± 1 dBi |
| Radiation Pattern Symmetry (Roundness) | < 0.1 dB (Strict CTIA Compliance Standard) |
| Radiation Field / Polarization | Omni-Directional / Linear Vertical |
| Nominal Beamwidth (-3dB) | Horizontal Plane: 360° | Vertical Plane: 68° |
| Maximum Power Handling | 150 Watts (CW Continuous Wave) |
| RF Impedance | 50 Ohms |
| Coaxial Connector Interface | SMA-Female Standard Interface Layout (N-Female Custom Port Layout Available) |
| Physical Dimensions (Length x Diameter) | 239.6 mm x 18.9 mm |
| Net Weight | 160 g (Precision Lightweight Profile) |
| Internal Radiator Material | High-Purity Precision Copper Element |
| Radome Shell Build | Premium Low-Loss Calibrated Fiberglass Radome |
| Mounting Adaptations | Round 19mm / Hollow 13mm (Precision Acrylic Support Mount) |
| Operating Temperature Threshold | -20°C to +60°C |
| Regulatory Compliance Ratings | CE, FCC, RoHS, CTIA Standard Compliant Layout |
| Manufacturing Origin | Taiwan Design & Made in Taiwan (FT-RF) |
Engineered to meet strict ±0.1 dB symmetry standards, providing the high-level circular roundness accuracy necessary for rigorous OTA chamber reflectivity evaluation and ripple tests.
The specialized 1/4 wavelength sleeve dipole design isolates the copper element from the feed cable, suppressing destructive common-mode currents to prevent pattern distortion and feedpoint anomalies.
Precision designed and manufactured in Taiwan under strict industrial quality control parameters, delivering traceable directional reference fields and tight physical concentricity tolerances for mission-critical labs.
Serves as an uncompromised omnidirectional gain standard and low-gain efficiency reference for calibrating high-frequency tactical monitoring blocks and wireless verification networks.
Encased in a premium low-loss fiberglass radome shell with an ultra-lightweight build, optimized for seamless integration onto precision multi-axis laboratory positioning towers.
Contact our technical engineering team today to request certified calibration data sheets, specific frequency centering configurations, alternative coaxial port terminations, or specialized mounting hardware designs.