Quad-Ridged Open Boundary Horn Antenna 300 MHz..6 GHz ETS-Lindgren 3164-06

• Frequency Minimum 30 Hz
• Frequency Maximum 50 MHz
• Connectors BNC (f)
• Impedance (Nominal) 50 ?
• Polarization linear
• 30 hours of continuous operation in a single charge

 

• Frequency Minimum 30 MHz
• Frequency Maximum 300 MHz
• Connectors Type N (f)
• Impedance (Nominal) 50 ?
• Maximum Continuous Power 250mW

 

• Frequency Minimum 18 GHz
• Frequency Maximum 40 GHz
• VSWR Ratio (AVG) 2.5:1 max
• Maximum Continuous Power 20 W
• Peak Power 200 W
• Impedance (Nominal) 50 ?

 

• Frequency Minimum 100 MHz
• Frequency Maximum 1 GHz
• VSWR Ratio (AVG) 3:1 maximum
• 1.75:1 average
• Maximum Continuous Power 750 watts @ 100 MHz
• 200 watts @ 1 GHz
• Impedance (Nominal) 50 ?
• Connectors (2) Type N Female

 

• Frequency Minimum 80 MHz
• Frequency Maximum 6 GHz
• Impedance (Nominal) 50 ?
• Maximum Continuous Power 750 W..200 W
• Pattern Type directional
• Polarization linear
• VSWR 6.5:1 max

 

• 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

 

• Frequency Range: 300 kHz - 300 MHz
• Magnetic Field Sensing: 5-300 MHz
• Automatic Continuous Zeroing
• Data from each axis can be viewed individually
• Isotropic Detection

 

• Low power dissipation
• Compact Rugged Construction
• 100dB insertion loss from 40kHz
• Suitable for 400Hz supplies
• Current Range 16 to 200 Amperes

 

• 13.56 MHz, 27.12 MHz, 40.68 MHz Cal Frequencies
• Field Intensity Bar Graph
• On-Board Data Logging and Review
• Low Cost EMF Detection
• Electric and Magnetic Field Strength Measurements
• Data Logging (Up to 112 Points)

 

• Frequency Matched to Wireless Device Frequencies: 440..3010 MHz
• IEEE SCC 34 Design
• Designed for AAMI/FDA Test Requirements