Post on 27-Jan-2022
CERTIFICATE OF COMPLIANCE AND CALIBRATION
This Certificate certifies that the material furnished as listed below has been tested, manufactured, calibrated and/or inspected in accordance with IDEAL INDUSTRIES procedures. These procedures are IS0-9001 controlled and are designed to assure that the instrument will meet its published specification.
Inspections and/or tests and Calibration have been performed, as applicable, on both a variable and attribute basis at:
IDEAL INDUSTRIES, Inc 9650 Chesapeake Drive
San Diego, CA 92123
Calibration compliance is achieved by comparison to a calibrated standard, an Automated Test Equipment (ATE) Station, in accordance with IDEAL LanTEK System Factory Calibration Pro-
. cedure 0028-00-0434 on file at the above address. These procedures document the periodicity, methods, and maintenance of calibration certificates showing traceability of calibration of the ATE with a Network Analyzer with calibration certificates documenting traceability to the National Institute of Standards and Technology (NIST).
Objective evidence in the form of tesUor inspection reports for the equipment listed below is maintained at the above address.
NEW Customer name:
Display Handset Model: 33-993
Remote Handset Model: 33-993
Date received:
Condition received:
Date of Calibration: June-01-12
Serial No.
Serial NO
Environmental Conditions: 2
_012
Temperature: ~ °C
Firmware Version:
1222063
1222071
Relative Humidity:~%
Uncertainty of measurement statement: The measurement accuracy of LANTEK II is verified semiannually via random testing by lntertek Testing Services (ITS), a division of ETL Semko, to be compliant with the Level IV Accuracy Specification as specified by the IEC 61935-1, Draft Standard, Table 12 "Level IV field Tester accuracy performance parameters per IEC guidelines." This table is shown on the reverse side of this certificate. ITS Verification Reports are on file at the above listed address.
Service Technician Performing Calibration: D . Nguyen
Recommended Date for Next Calibration: June-01 -13
0 2012 Groat Papen
Table 12: Level IV field tester accuracy performance parameters per IEC guidelines. (from IEC 61935:2004)
Parameter
Dynamic Range
Amplitude Resolution
Frequency Range
Amplitude Resolution
Dynamic Accuracy
NEXT
ELF EXT
Tester Source/Load Return Loss
Random Noise Floor
Residual
NEXT Residual
FEXT Output Signal
Balance Common mode
Rejection Tracking
Directivity
Source Match
Return Loss of
Termination
Note 1 Note 2
Note 3
Note4
Note 5
Note&
Variable Baseline Field Tester with CLASS F Field Tester with CLASS F Name Field Tester Permanent Link Adapter Channel Adapter
" 3 dB over test limit
PP NEXT & FEXT loss 65 dB PS NEXT & FEXT loss 62 dB
0.1
1 -600 MHz
1 - 31.25 MHz, 150 KHz 31.25 to 100 MHz, 250KHz
1 00 to 250 MHz, 500 KHz 250 to 600 MHz, 1 MHz
Ed NEXT ± 0.75- Note 1
Ed FEXT ± 1.0-Note2
1-250 MHz 1-250 MHz 1-250 MHz E_RL_Test 20- 12.51og (f/100) 18 - 12.5 log (f/1 00) 16- 12.51og (f/100)
20 dB Max 20 dB Max 20 dB Max 250-600 MHz: 15 dB max 250-600 MHz: 13 dB max 250-600 MHz: 13 dB max
E_NF 95-15 log (f/100) 95-15 log (f/100) 95-151og (f/100) 100 dB max 95 dB max 95 dB max
E_RN 90-20 log (f /1 00) 85-20 log (f/1 00) 80-20 log (f /1 00)
Note3 Note3 Note3 E_RF 90-20 log (f/1 00) 85-20 log (f/1 00) 60-20 log (f /1 00)
Note4 Note4 Note4
E_OSB 43-20 log (f/100) 40-20 log (f/1 00) 40-20 log (f/100) Note 5 Note5 Note5
E_CMR 40-20 log (f/100) 40-20 log (f /1 00) 40-20 log (f /1 00)
Not~5 Note 5 Note 5 TR ±0.5- Note 5 Dir 1-250 MHz 1-250 MHz 1-250 MHz
27 - ?log (f/1 00), 30 dB 25 - 7 log (f/1 00), 30 dB max 25- 7 log (f/100), 30 dB max
250 - 600 MHz: 24.2 dB 250 - 600 MHz: 22.2 dB Floor 250 - 600 MHz: 22.2 dB Floor
Note6 Note 6 Note6
SM 20 - 20 log (f/1 OO) 20 - 20 log (f/1 OO) 20 - 20 log (f/1 OO) 20 dB Max 20 dB Max 20 dB Max
E_TERM_RL 1-250 MHz 1-250 MHz 1-250 MHz 20 - 15 log (f/1 00) 18-15 log (f/100) 20 - 15 log (f/1 00)
25 dB max 25 dB max 25 dB max -250-600 MHz: 14 dB Floor 250 - 600 MHz: 12 dB Floor 250 - 600 MHz: 12 dB Floor
Note6 Note6 Note6 Venficat1on of dynamiC accuracy IS requ1red up to the specified range for NEXT loss and FEXT Loss. The dynamic accuracy is based on dynamic accuracy performance for insertion loss (attenuation) and NEXT loss, and is assumed to combine the dynamic accuracy for ELF EXT as specified. The FEXT loss dynamic accuracy is tested to± 0.75 dB. The highest FEXT value to be measured is 70 dB.
I
I
Performance verification of residual NEXT is up to 90 dB maximum. It is assumed that the frequency response changes at a rate that is specified for Category 7 connecting hardware. The impact of reflected FEXT of the adapter to residual NEXT are to be accommodated within this residual NEXT requirement. Performance verification of residual NEXT is up to 90 dB maximum. It is assumed that the frequency response changes at a rate that is specified for Category 7 connecting hardware. Performance verification of Output Signal Balance and Common Mode Rejection is up to 60 dB maximum. It is assumed that the frequency response changes at a rate of 20 dB/decade. The performance requirements for tracking, directivity, source match and return loss of termination are applicable when the insertion loss exceeds 3 dB. It is assumed that the performance of the permanent link and channel adapters is verified after calibration with the baseline instrument.
Units
dB
dB
MHz 1
MHz
dB
dB
dB
I
dB I
dB
dB
dB
dB
dB
dB
dB
dB