Broadband Antenna Solutions

SH38-07R Circularly Single Polarized Antenna | 37.5 GHz – 39 GHz

SH38-07R delivers consistent gain across its operating range for optimal signal strength. The low VSWR ensures efficient transmission, while the compact design allows for seamless integration into your system.

 

 

Frequency Range
37.5 GHz – 39 GHz
VSWR (avg.)
1.2
Gain
7.3 – 7.6 dBi
Impedance
50 Ohm
Power (CW / Peak)
15 W / 25 W
Select files to be sent by e-mail
Made on demand
Lead time 4-8 weeks

Product Highlights

Product Parameters

Product identification

  • Product Name SH38-07R
  • Product Category Circularly Single Polarized Antenna

Electrical specifications

  • Frequency Range 37.5 GHz – 39 GHz
  • VSWR (max.) 1.6
  • VSWR (avg.) 1.2
  • Impedance 50 Ohm
  • Power (CW / Peak) 15 W / 25 W
  • Antenna Factor 54 – 55 dB/m

Operating conditions

  • Rated Temperature Range 0°C – +50°C
  • Storage Temperature Range -20°C – +70°C

Physical specifications

  • Width 26 mm (1.024 in)
  • Height 29.6 mm (1.165 in)
  • Depth 22 mm (0.866 in)
  • Weight 0.015 kg (0.033 lb)

Parameters and Performance

Typical parameters

VSWR

SH38-07R - VSWR

Gain

SH38-07R - Gain

Antenna Factor

SH38-07R - Antenna Factor

Beamwidth

Port A, E plane

SH38-07R - Port A, E plane

Port A, H plane

SH38-07R - Port A, H plane

Port B, E plane

SH38-07R - Port B, E plane

Port B, H plane

SH38-07R - Port B, H plane

Packaging and Accessories

Accessories

  • Standard mounting flange
SH38-07R ESSENTIAL
SH38-07R PLUS
Professional Choice
Typical antenna data (PDF) with a calibration certificate including pass/fail results
Measured antenna data in digital and machine-readable formats with a calibration certificate
Data Level
Typical data
Measured data
Typical data
Interactive charts of measured data with hover effects
Data Formats
& Features
PDF
Excel, CSV, JSON, XML
No data tables
Data tables included
No analysis
Comparison of typical vs measured
Email support (48h response time)
Email support (24h response time)
Antenna Data & Certification in Full Detail