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Applicant:  Connaught Electronics Ltd. 
                                                                                      Report No.:  20070402-02-FC15 
Prepared By:  ITC Engineering Services, Inc. 
9959 Calaveras Road, PO Box 543 
Sunol, California 94586-0543 
Tel:  [925] 862-2944                Fax:  [925] 862-9013 
Email: docs@itcemc.com        Web:  www.itcemc.com 
 
 
 
 
 
Product:  Volvo MMS Sensor 
Model Number(s):902960, 902961 & 902962
FCC ID(s):LQN2960 & LQN2961
 
 
Page 5 of 8 
 
PART 1 
General (Cont) 
Test Methodology  
The electromagnetic interference and RF tests, which this report describes, were performed by an independent 
engineering consultancy firm, ITC Engineering Services, Inc. (ITC), in accordance with the FCC test procedure ANSI 
C63.4-2003  
Test Facility  
The open area test site, the conducted measurement facility, the semi anechoic chamber and the test equipment used 
to collect the emissions and RF data is located in Sunol, California, and is fully described in site attenuation report. 
The approved site attenuation description is on file at the Federal Communications Commission.  
Table 1 Radio Device Measurement Information  
Product Type 
Model Number(s) 
Volvo MMS Sensor 
902960, 902961 & 902962 
Applicant / Manufacturer Address 
 
 
Connaught Electronics, Ltd. 
IDA Industrial Estate,  
Dunmore Road, Tuam, 
Co. Galway, Ireland 
Contact 
Mr. Patrick Denny  
Tel: +011 353 93 25128 
dennypatrick@cel.ie
  
Fax:  +011 353 93 25133 
Total Number of Pages including Appendices 
30 Pages 
 
Test Report File No. 
20070402-02-Fc15 
Table 2 Measurement Uncertainty 
150kHz to 30MHz: 
Combined standard uncertainty uc(y) 
± 1.68 dB 
Normal 
Expanded uncertainty U 
± 3.36 dB 
Normal (k = 2) 
30MHz to 1GHz: 
Combined standard uncertainty uc(y) 
± 3.24 dB 
Normal 
Expanded uncertainty U 
± 6.48 dB 
Normal (k = 2) 
1GHz to 18GHz: 
Combined standard uncertainty uc(y) 
± 2.48 dB 
Normal 
Expanded uncertainty U 
± 4.96 dB 
Normal (k = 2) 
Above 18GHz: 
Radiated emission up to 26 GHz 
± 3 dB 
Radiated emission up to 40 GHz  
± 3 dB 
Radiated emission up to 75 GHz  
± 3 dB