The CISPR25 emc chamber is designed for emc compliance benchtop testing of automotive components and wiring harnesses . The MVG CISPR25 emc chamber is designed for the emc measurements using the requisite 1 m test distance and for a “typical bench” configuration of 2.5 m x 1.0 m. The unique design requires less volumetric space than traditional absorbers and still provides the volume required to have the requisite distances between the EUT and the walls and the emc absorber and the walls & ceiling. The chamber is designed with anechoic treatment that meets the specified attenuation in the CISPR 25 standard, and it is designed to meet the Long Wire testing specified in Annex J. The polypropylene emc absorber does not undergo the typical age-related deterioration of the typical “foam” polyurethane absorbers. The UH-series, polypropylene emc absorber is also applicable to the radar pulse testing required in some automotive test standards.

• Support for the highest speeds available in CoaXPress 2.0 
• Connect to and capture from up to four cameras or combine connections for even higher data rates 
• Simplify cabling with PoCXP support between cameras and vision computer 
• Offload host computer of custom image processing using a field-programmable gate array (FPGA) device 
• Distribute image processing workload across multiple computers through data forwarding capability 
• Synchronize with sensors, encoders, and controllers with ample auxiliary I/Os for each CoaXPress connection 
• Use license fingerprint for Aurora Imaging Library and avoid the need for a separate hardware key 
• Monitor and troubleshoot acquisition performance in detail using Aurora Gecho event-logging tool

These AZ/EL/AZ positioners provide accurate, balanced rotation, and controllable velocity in the positioning of light-duty antennas under test. Their compact and low-profile design optimizes space in test configurations as well as high operational performance, yielding the best size and weight performance ratio.

Their rugged and straightforward construction ensures maximum reliability and trouble-free operation.

These MVG-Orbit/FR Legacy Series EL/AZ Positioners provide accurate, balanced rotation, and controllable velocity of 2 axes, for the positioning of very large devices in test configurations.

Their rugged yet straight-forward construction ensures maximum reliability and trouble-free operation, yielding the best size and weight/performance ratio.

Typically, the unit includes the body, precise slew bearings, a DC motor, gear reducer, encoder/synchro, and limit switch assembly. The turntable surface is designed with a threaded mounting hole pattern for ease of use. A Safe/Operate switch is included to ensure safety.

MVG-Orbit/FR medium duty EL/AZ positioners provide accurate rotation, velocity, and direction, with platform sizes up to 28 x 28 in (711 x 711 mm). Their rugged yet straight-forward construction ensures maximum reliability and trouble-free operation.

The MVG-Orbit/FR Legacy Series AZ/EL/AZ Positioners provide accurate, balanced rotation, and controllable velocity. Their rugged yet straight-forward construction ensures maximum reliability and trouble-free operation, yielding the best size and weight/performance ratio. These positioners support vertical loads up to 50,000 lbs (20,680 kg).

The AL-48060 series controllers drive up to 6 axes sequentially. These popular, programmable controllers provide manual front panel control or remote control of rotary and linear positioners. Optional interfaces are available for position transducers such as absolute encoders, Inductosyn®, and inclinometers.

Specific application to Automotive. 

The Gold standard for EMC Anechoic Chambers, this 10 meter test range ensures EMC compliance testing Emission and Immunity testing and is compliant to ANSI C63.4/CISPR-16-1-4 with a Test Volume diameter of 4 meters or greater. The most versatile and accurate of EMC test chambers. Ferrite tiles and hybrid pyramidal absorbers allow for high accuracy and performance while meeting compact space requirements.

This unique dual-axis positioner is particularly suited for testing direction-sensing antennas. The virtual elevation axis enables rotation of the DUT around its phase center, placing the mechanical support system invariably behind the DUT. This feature maintains the center of the DUT in one place, while eliminating scattering and interference from the positioning structure.