Elecbee UWB Log Periodic Antenna 1.35GHz-9.5GHz SMA RF Directional Wideband Antenna 5-6dB Gain for SDR EMC Testing

Elecbee UWB Ultra Wideband Log Periodic Antenna is a directional RF antenna designed for ultra wideband wireless communication, SDR applications, EMC testing, spectrum analysis, microwave systems, and RF laboratory environments. The antenna supports broadband signal transmission and reception across a frequency range of 1.35GHz to 9.5GHz.

The directional log periodic antenna structure provides stable wideband RF performance with linear polarization and moderate directional gain, making it suitable for antenna testing, wireless communication experiments, electronic measurement systems, and embedded RF development platforms.

Technical Specifications

• Brand: Elecbee
• Product Type: UWB Log Periodic Antenna
• Frequency Range: 1.35GHz-9.5GHz
• Antenna Type: Directional Log Periodic Antenna
• Polarization: Directional Linear Polarization
• Gain: 5-6dB
• VSWR: Less than 2.5 (Typical)
• Power Capacity: 15W
• Connector Type: SMA Female (Inner Hole Outer Thread)
• PCB Size: 100 × 80mm
• Total Length Including Connector: 125mm
• Product Weight: 26g

Application Scenarios

• Software Defined Radio (SDR) systems
• EMC and EMI testing
• RF signal monitoring and analysis
• Spectrum analyzer applications
• Ultra wideband wireless communication
• Microwave laboratory research
• Antenna testing environments
• Embedded RF development platforms

The wideband frequency coverage allows a single antenna to support multiple RF testing and communication bands, helping improve flexibility in laboratory measurement systems and wireless development environments. The directional structure helps improve signal targeting and measurement consistency during RF testing applications.

The antenna is compatible with SDR platforms, RF analyzers, microwave communication modules, signal generators, and wireless testing equipment using standard SMA RF interfaces. The lightweight PCB structure supports convenient integration into portable RF systems and embedded wireless research platforms.