General Motors (GM) Recognition

EMCCons DR. RAŠEK laboratories are recognized by General Motors Company for performing EMC tests according to the following specifications and procedures:

GM EMC Specification: GMW3097: General Specification for Electrical/Electronic Components and Subsystems, Electromagnetic Compatibility
EMC Test Procedures covered by GM Recognition

Paragraph Test Titel Base Specification
3.3.1 RE-ALSE Radiated Emission – Absorber Lined Shielded Enclosure (ALSE) CISPR 25
3.3.2 CE via AN (CE-V) Conducted Emission – Artificial Network (AN) CISPR 25
3.3.4 RE Hybrid E&H Radiated Emission – ALSE, Low Frequency E- and H-Field (China EV or Hybrid EV applications only) CISPR 25
3.4.1 BCI
SUB
Radiated Immunity – Bulk Current Injection (BCI, Substitution method) ISO 11452-4
3.4.2 RI ALSE
NON - RADAR
Radiated Immunity – Anechoic Chamber ISO 11452-2
3.4.2 RI ALSE
RADAR
Radiated Immunity – Anechoic Chamber ISO 11452-2
3.4.4 RI Near Field Portable Transmitter Radiated Immunity – Near Field Portable Transmitter ISO 11452-9
3.5.1 CI Power Line and I/O Transients Conducted Emission - Transients ISO 7637-2
3.5.2 CI Power Line and I/O Transients Conducted Immunity – Nominal 12 V Lines ISO 7637-2
ISO 16750-2
3.5.3 CI Coupling Clamp Conducted Immunity – Coupling (CCC or DCC) to I/O (excludes nominal 12 V lines) ISO 7637-3
3.5.4 CI Power Line and I/O Transients Conducted Immunity – Coupling (DCC/CCC) – Sensors Only ISO 7637-2
ISO 7637-3
3.5.5 CI Power Line and I/O Transients Conducted Immunity – Coupling (DCC on I/O and regulated supply lines, 85 V) ISO 7637-2
ISO 7637-3
3.5.6 CI Power Line and I/O Transients Conducted Immunity – Alternator Direct Capacitor Coupling ISO 7637-2
ISO 7637-3
3.6 ESD Electrostatic Discharge ISO 10605