1550MHz to 1850MHz SMA-Female Precision Sleeve Dipole Antenna

Model No: SL-1700-SF

Model: SL-1700-SF
Frequency Range: 1550 MHz - 1850 MHz
Gain: 2.15 dBi ± 1 dBi
Dimensions: 224 mm (L) x 26 mm (D)
Connector: SMA-Female
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L-Band Precision Reference Antenna

Model: SL-1700-SF | 1550 MHz - 1850 MHz | CTIA Symmetry Compliant
The SL-1700-SF is a high-performance Collinear Sleeve Dipole radiator specifically engineered for anechoic chamber calibration and OTA testing. Featuring an ultra-precise radiation pattern with roundness differences of less than 0.1dB (up to 1760MHz), it serves as the definitive reference for Signal Defense gain measurements. The 1/4 wavelength design and specialized sleeve isolate the feed point from cable contacts, ensuring the Signal Integrity required for mission-critical CTIA ripple test measurements and professional antenna efficiency characterization.
Electrical Specifications
Frequency Range 1550 MHz to 1850 MHz
Nominal Gain 2.15 dBi ± 1 dBi
V.S.W.R (1650MHz - 1750MHz) 1.5 : 1 (Max 3.0 : 1 over full band)
Pattern Symmetry (1550 - 1760MHz) < 0.1 dB (CTIA Compliance)
Maximum Power Handling 150 Watts
Radiation / Polarization Omni-Directional / Vertical
Beam-width (Horizontal / Vertical) 360° / 68°
Impedance 50 Ohm
Mechanical & Environmental Parameters
Dimensions (Length x Diameter) 224 mm x 26 mm (Round)
Antenna Weight (N.W.) 140 g
Internal Radiator Material Precision Copper
Radome Material Fiberglass
Mount Style Round 19mm / Hollow 13mm (Acrylic Mount)
Connector Interface SMA-Female
Operating Temperature -20°C to +60°C
Compliance Ratings CE, FCC, RoHS, CTIA
Key Tactical & Lab Features

CTIA Ripple Test Precision

Engineered to meet strict +/- 0.1 dB symmetry standards, providing the high-level accuracy necessary for OTA chamber reflectivity evaluation.

Interference-Free Architecture

The 1/4 wavelength sleeve dipole design isolates the antenna from the feed cable, preventing pattern distortion and feedpoint interference.

Reference Grade Dominance

Serves as a reliable gain reference and low-gain efficiency standard for calibrating high-frequency monitoring sub-systems.

Compact Structural Integrity

Encased in a premium fiberglass radome with a lightweight 140g build, suitable for high-precision indoor lab and controlled outdoor environments.

Get a Quote / Custom Reference Solutions

Contact our engineering team for full calibration data sheets, VSWR plots, or specialized mounting hardware requirements.