Fiber-optic Links & Cameras

The optoLAN-100Base-T1

-MAX system can be used for the optical transmission of automotive ethernet signals with NXP© TJA1100© chipset (unshielded twisted pair UTP ethernet). The system can be set up with two identical transceivers or one side automotive ethernet and the other 100BaseT. With this setup, the link can be used as a media converter. The devices are supplied by internal batteries and connected with an optical fiber. The standard connector is a 4 pole Rosenberger HSD.

The dAV series includes not only the digital, optical transmission of camera signals (dAV-C), it can also transmit analog audio and/or video signals uni- or bidirectionally. Fields of application are e.g. the acoustical monitoring of engine speed or surveillance of an audio or video system in immunity tests. The main unit dAV is thus equipped with different options. The dimensions of the housing depends on the options chosen.

These measuring systems are used for the optical, digital transmission of analog signals:

• With a resolution of 8 Bit
• maximal analog bandwidth of 50 MHz.

The optoUART system can be used for the optical transmission of UART-signals up to a data rate of 1 Mbit/s.

It can be used to transmit UART-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.

ptoTTL 5-3-u is used for the optical transmission of TTL (Transistor-Transistor Logic) 3.5 & 5 V TTL signals digital signals. Up to 16 digital signals with a sampling rate of 40 MS/s (each channel) can be transmitted. The system consists of a transmitter supplied by batteries, a simplex-62,5/125µm-multimode optical cable, and a receiver – which has integrated batteries as well.

The Motion Detection Software (mk-motion) analyses video images of a test object to detect deviations between target and actual behaviour. The mk-motion motion detection software is thus an optimal support for your EMC technician in his daily requirements.

These measuring systems are used for the optical, digital transmission of analog signals:

• With a resolution of 10 Bit
• maximal analog bandwidth of 10 MHz.

These measuring systems are used for the optical, digital transmission of analog signals:

• With a resolution of 10 Bit
• maximal analog bandwidth of 10 MHz.

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)

opto1394 This system is used for the optical transmission of IEEE1394/Firewire-signals and can transmit data rates of up to 400 Mbit/s (800 Mbit/s at 1394b). The transmitter system consists of two similar transceivers supplied by batteries and a duplex-62,5/125µm-multimode optical cable. Due to its insensitivity against strong electromagnetic fields, the opto1394 is fit for tests of electromagnetic compatibility in EMC-test chambers, TEM-cells, and striplines. The system can also be used for the fail-proof transmission of signals across long distances.

U-DC

• High-resolution (16 bit)
• Measurement Display
• +/-60V input; +/- 6V or +/-12V output (customizable)
• Up to 40 samples / s (remote access, moving mean mode, programmable)
• Multi-channel receiver with Display and remote data access via USB, GPIB,...

LSAOL 1.2 Laser-Powered Analog Optical Link

• Laser-powered RF over fiber — no batteries required
• Wideband coverage from 1 MHz to 3 / 4 / 6 GHz
• Eliminates coaxial cable loss and grounding issues
• Modular RX/TX configuration with optional LNA
• >100 m fiber length for EMC chambers and antenna measurements
• Ethernet control with SCPI for automated test systems