Log Periodic Dipole Array Antenna for EMC measurements 80 MHz..2 GHz ETS-Lindgren 3144

• Frequency Minimum 26 MHz
• Frequency Maximum 3 GHz
• Connectors Type N
• Impedance (Nominal) 50 ?
• Maximum Continuous Power 1 kW
• Pattern Type directional
• Peak Power 1.3 kW
• Polarization linear
• Best EMC RI Performance

 

• Frequency Minimum 400 MHz
• Frequency Maximum 6 GHz
• VSWR Ratio (AVG) 3.5:1 max
• <2:1 above 500 MHz
• Maximum Continuous Power 1500 W @ 400 MHz, 800 W @ 6 GHz
• Peak Power 2500 W

 

• Suitable for EMI and Tempest Protection
• Digital and analogue transmissions
• Tubular, flat-pack or modular design

 

• Insulated Plugs for Safer Power Connections
• Coils Matched for Application
• Individually Calibrated
• One Piece, Multi-Line Design for Convenience

• Frequency Minimum 1 kHz
• Frequency Maximum 30 MHz
• Connectors Type N (f)
• Impedance (Nominal) 50 ?
• Maximum Input Power 1 kW
• Pattern Type omnidirectional
• Polarization linear

 

• Frequency: DC - 20 GHz (RI) 2 9 kHz - 5 GHz (RE) 1
• Post Production
• For all Phases of EMC Testing - Design Qualification - Pre-Compliance
• Full Compliance IEC 61000-4-3 ANSI C63.4

 

• Generates large area uniform vertical electric field
• 10 kHz - 30 MHz frequency range
• Accommodates various EUT sizes with adjustable height feature
• Temperature maintained with external forced-air cooling, and monitored by temperature sensor
• Easy to assemble/disassemble and remove from the chamber

 

• Frequency Range: 500kHz - 5GHz
• Automatic Continuous Zeroing
• Fiber Optic Technology
• Dynamic Range down to 300 mA/m
• Data from each axis can be viewed individually

 

• Frequency Minimum 300 MHz
• Frequency Maximum 6 GHz
• Connectors SMA Female (2)
• Cross Polarization Isolation >25 dB
• Impedance (Nominal) 50 ?
• Maximum Continuous Power 50 W
• Linear or Circular Polarization (With Hybrid)

 

• Frequency Minimum 80 MHz
• Frequency Maximum 2 GHz
• Connectors Type N (f)
• Impedance (Nominal) 50 ?
• Maximum Continuous Power 2 kW