Parabolic Antenna for Military Poin-to-Point Radio Links Band 3 and 3+ 1350..2700 MHz MTS ANT-BAND3+

• Frequency Range: 500 MHz -2800 MHz
• Type: Standard Gain Horn Antenna, wideband double ridged
• Gain: 5 - 14 dBi
• Power: 300 W

 

• Frequency Range: 1350 MHz - 2700 MHz
• Type: Band 3+ Antenna, parabolic dish
• Gain: 19 dBi typ.
• Power: 500 W CW (1000 W peak)

 

• Frequency Range: 9 kHz - 30 MHz
• Type: Active Magnetical Loop, hand-guided

 

• LISN according to CISPR, EN, VDE, ANSI
• Frequency range 9 kHz to 30 MHz
• International style (G, GB, F, I, CH, USA)
• Air-core coil
• Small insertion loss
• Operating voltage switchable (115/ 230V)
• Permanent current up to 2x 16A
• Calibrated according to CISPR 16-1:1999

 

• LISN according to CISPR, EN, VDE, ANSI
• Frequency range 150 kHz to 30 MHz
• Permanent current up to 4x 250 A
• International style (G, GB, F, I, CH, USA)
• Operating voltage switchable (115/ 230V)
• Remote controlable over TTL-levels
• Calibrated according to CISPR 16-1:1999

 

• Frequency Range: 20..300 MHz
• Type: EMC Wideband Antenna, biconical
• Gain: 0 dBi typ.
• Power: 100 W (200 W peak)

 

• Frequency Range: 300..3000 MHz
• Type: EMC Wideband Antenna, logarithmical periodical
• Gain: 8 dBi typ.
• Power: 500 W CW (1000 W peak)

 

• Frequency Range: 60MHz - 3000 MHz (effective use 20 MHz - 3000 MHz)
• Type: EMC Wideband Antenna, hybrid
• Gain: 8 dBi typ.
• Power: 500 W CW (1000 W peak)

 

• Time and cost saving through fast failure search with real RF signals instead of simulations
• Less error rate in test cases compared with software simulations
• Independency from RF-radiation of the environment
• Repeatable results
• Ideal working due to customized configuration
• Easy operation by manual control or by graphic user interface

 

• Various switch applications from DC to 40 GHz with electromechanical or solid state relays
• Switching unit for RF-generators, amplifiers and antennas at EMC test laboratories
• RF matrix
• Filter, diplexer, attenuator etc. selection unit
• Any automated routing of measurement equipment at test benches