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

• Frequency Minimum 1 GHz
• Frequency Maximum 10 GHz
• Connectors Type N (f)
• Impedance (Nominal) 50 Ohm
• Maximum Continuous Power 50 W
• Pattern Type directional
• Peak Power 100 W
• Polarization circular
• VSWR 1.6:1
• Extremely low VSWR

 

• Frequency Minimum 200 MHz
• Frequency Maximum 1000 MHz
• Input Impedance 50 ?
• SWR 1.5:1 average, 2:1 maximum
• Maximum RF input power 1 kW
• RF Connector N Type
• Pneumatically Driven Polarization
• Ideal for Immunity Testing Per 2004/144/EC and ISO-11451-2

 

• 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 500 MHz
• Frequency Maximum 18 GHz
• Connectors SMA (F)
• Impedance (Nominal) 50 ?
• Maximum Continuous Power 200 watts @ 500 MHz, 25 watts @ 18 GHz

 

• Frequency Minimum 200 MHz
• Frequency Maximum 2.5 GHz
• Connectors Type N (f)
• Impedance (Nominal) 1600 W
• Maximum Continuous Power 800 W
• Pattern Type directional

 

• Current Rating 6 Amps
• Number of Lines 2
• 100dB insertion loss
• High protection rate against EMI

 

• 20 MHz to 220 MHz frequency range
• High power feed handles up to 5 kW RF input power
• Space saving design features tophat-loaded, low-frequency elements
• Mounted on wheeled base for easy mobility

 

• Three Ranges
• Calibrated at 2450 MHz
• Battery Operated
• Extra sensitivity for Compliance Measurement

 

• Works with Mobile/Cellular Radio Test Sets: HP 8924
• >80 dB Typical RF Isolation
• On-The-Air Test TX, RX Functionality Without Direct Cable connection to Cell Phone Data Port
• Flat Coupling Response over 700 MHz - 2 GHz

 

• Frequency Minimum 200 MHz
• Frequency Maximum 5 GHz
• Impedance (Nominal) 50 Ohm
• Maximum Continuous Power 80 W
• Pattern Type directional
• Peak Power 100.0 W
• VSWR 1.2:1