Standards

The optoSENT system was developed for the transmission of asynchronous SENT signals (Single Edge Nibble Transfer) aThis system is used for the optical transmission of PSI5-signals and allows the transmission in both directions with a sampling rate of 50 MS/s. It consists of a transceiver, supplied by batteries, for the connection of a sensor, a simplex-62,5/125µm-multimode optical cable, and a receiver with internal batteries as well.nd exists in two different versions.

• Four channels for monitoring multiple light sources
• Fiber-optic transmission for EMC test environments
• Up to 4 kHz bandwidth for observing flicker
• Individually selectable high/low gain
• BNC outputs for oscilloscope monitoring
• Approximately 13 hours of battery operation

Stacked Logarithmic-Periodic Broadband Antenna for Linear polarised RX- and TX- applications in the microwave frequency range. The antenna structure is made of laser-cut brass. For the protection of the fine antenna structure against damage, the antenna is equipped with a low loss plastic protection cover. The STLP 9149 is especially suitable for Immunity Testing acc. to IEC 61000-4-3 because of its good field uniformity.

• (0.6)0.7-9 (10.5) GHz
• Gain 10.3 dBi +/- 1.5 dBi
• Type N 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.

• Ultra-Fast Response – Time constants from 200 ns to 12 µs for precise signal integration
• High Bandwidth – Supports frequencies up to 1.4 GHz
• Accurate Signal Reconstruction – Eliminates errors from numerical integration
• Passive & Reliable – No power required, ensuring long-term stability
• Oscilloscope-Compatible – Seamless integration with high-impedance inputs
• Versatile Connectivity – Available with N, BNC, and SMA connectors

• Ultra-Wideband – Covers up to 10 GHz
• High Accuracy – Superior phase & amplitude balance
• EMI Shielded – Ensures clean signal transmission
• Low Loss – Maintains signal integrity
• Passive Design – No power required, bidirectional flow
• Compact & Durable – SMA connectors for easy integration

• 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 

• Automated Oscilloscope Control – Seamless data collection & waveform adjustments
• Advanced Signal Compensation – Real-time correction for accurate measurements
• Multi-Channel Support – Controls multiple oscilloscopes simultaneously
• Time & Frequency Domain Analysis – Deep signal insight for precise testing
• User-Friendly Interface – Intuitive setup, measurement logging & export
• Lifetime License – One-time purchase, no recurring fees

• Seamless Impedance Matching – Converts 1 MΩ to 50 Ω for accurate measurements
• Broadband Performance – Covers DC to 650 MHz
• Low-Noise Operation – Shielded design for interference-free signals
• Battery-Powered – 40+ hours autonomy, quick
• Versatile Connectivity – BNC input & SMA output for easy integration

• Broadband Amplification – Covers 80 Hz – 3 GHz
• High Gain Options – 20 dB or 40 dB for signal boosting
• Superior EMI Shielding – Operates in fields >500 kV/m
• Battery-Powered – Up to 27-hour autonomy
• Low Noise Performance – Ensures clean signal amplification
• Rugged & Compact – SMA connectors, lightweight design