Standards

• Ultra-Wideband Performance – Covers 200 Hz – 10 GHz
• Precise 180° Phase Shift – Ensures accurate signal inversion
• Passive Operation – No power required, high reliability
• High Dynamic Range – Minimal distortion, superior fidelity
• EMI Shielded – Operates in high-field environments (>500 kV/m)
• Compact & Durable – SMA connectors, rugged design

• Ultra-High Voltage Handling – Supports up to 200 kV
• Wideband Frequency Response – Covers DC to 4 GHz
• Precise Signal Attenuation – 54 dB attenuation for accurate measurements
• Low Return Loss – Ensures minimal signal reflection
• Robust & Reliable – Optimized for high-energy pulse testing

• Ultra-High Voltage Handling – Supports up to 200 kV
• Broadband Performance – Covers DC to 4 GHz
• Low-Loss Transmission – Ensures efficient signal transfer
• Secure, Shielded Design – Minimizes EMI & interference
• Versatile Configurations – Panel mount, feedthrough, and cable options

• For immunity test on electronic equipment, buried object identification, wideband jammers
• Up to 41 kV/M at 10m
• Requency Range: 100MHz to 6GHz
  
  

• VHBD 9134-10 antenna holder/balun in combination with required elements:
• Biconical Elements: BBLA 9136
• Open-Cone Elements: BBFA 9146, BBA 9106, 
• Folding Triangular Elements: TRI 0630
• Booster Coils  BCOI 9180xW in 2, 3, 4, 5 turn versions
• High power antenna holder/balun
• 50 Ohm
• 20-280 MHz, 10 kW, Type 13/30 connector - female 

• Low-profile 12'×10' floor plane with matching vertical wall (up to 12'×10') in galvanized steel.
• Staggered two-layer floor design: wide metal-to-metal overlap, ultra-low impedance, almost zero step height.
• Fast install (1–2 days) with full bonding/continuity verification to the building ground or a shielded room.
• Engineered to meet IEC 61000, CISPR, and MIL-STD-461 ground-plane requirements.
• Custom sizes/materials (steel, aluminum, copper), edge ramps, LISN pads, and cable trenches available.
• Delivers repeatable EMC/ESD results by minimizing loop impedance and stray coupling paths.

• Class-A architecture 
• Push-pull MOSFET output
• Wideband 10 kHz–400 MHz 
• Unconditional stability & extreme VSWR tolerance 
• Integrated digital interfaces (select models)

• Class-A architecture 
• Push-pull LDMOS output
• Wideband 80 MHz–1000 MHz 
• Unconditional stability & extreme VSWR tolerance 
• Integrated digital interfaces (select models)

• Class-A architecture 
• GaN Quadrature Hybrid
• Wideband 1 GHz – 6 GHz 
• Unconditional stability & extreme VSWR tolerance 
• Integrated digital interfaces (select models)

The optoUSB2.0-VA6K is the successor of the optoUSB2.0-RBDIR. The optoUSB-2.0-VA6K system can be used for the optical transmission of USB-signals up to a data rate of 480 Mbit/s according to USB2.0. It can be used to transmit USB-signals over long distances or to handle ground potential problems. With the optical transmission and the shielded case, the system is well equipped for EMI and EME tests.

• optoUSB2.0-VA6K uses a Rosenberger connector which has been proven to be more EMI robust)
• optoUSB2.0 USB hub with 4 USB ports (not as EMI robust as -RBRIR version)
• optoUSB3.0 USB hub with 2 USB ports (not as EMI robust as 2.0-RBRIR version)