The Analog transmission links of the „U-series“ can be used to transmit analog or digital signals 1:1. They can be used to optically transmit signals from inside to the outside of the ALC or to transmit a stimulus inside the chamber (with optional output filter).
The Analog transmission links of the „U-series“ can be used to transmit analog or digital signals 1:1. They can be used to optically transmit signals from inside to the outside of the ALC or to transmit a stimulus inside the chamber (with optional output filter).
One link typically exists of a battery supplied transmitter and an also battery supplied receiver connected to each other with an optical fiber (standard: 62,5/125µm). With the optical transmission, the shielded case and the external filter, the system is well equipped for EMI and EME tests.
Our systems are available with different numbers of channels, resolutions, bandwidths, and input voltage levels. Up to 16 channels can be integrated in one device, the receivers can be implemented as shielded (standard), 19” or plastic tabletop housing.
Since we develop and build the devices in the house, we can adapt to many different needs, varying from the standard setups. Please contact us to help you with finding the right product for your needs.
One side of the analog links can be integrated in a 19"-rack.
On the picture below there are U2/12-1M together with automotive links CAN-HS, CAN-LS, and LIN, all integrated in the 19"-case. Beside the 19"-receiver you can see the usual shielded aluminum cases for use in an anechoic chamber.
Product | Channels | Voltage Range | Resolution | Bandwidth |
U1/8 | 1 | +/-5 V | 8 Bit | DC - 50 MHz |
U1/12-10M | 1 | +/-15 V | 10 Bit | DC - 10 MHz |
U1/12-1M | 1 | +/-15 V | 10 Bit | DC - 1 MHz |
U2/12-10M | 2 | +/-15 V | 10 Bit | DC - 10 MHz |
U2/12-1M | 2 | +/-15 V | 10 Bit | DC - 1 MHz |
U8/12-1M | 8 | +/-15 V | 10 Bit | DC - 1 MHz |
Ux/14 (x...up to 16 channels) |
1 to 16 | +/-15 V | 10 Bit |
DC - 100 kHz |
U-DC | 1 | +/-60V input; +/- 6V or +/-12V output | 16 bit |
40 samples/s |