Spectrum Researchfaenl.msi.com/ftp/CE Documents/68xx/CB11B/CE/MS-6802 CE... · 2015-09-09 ·...

Spectrum Research & Testing Lab., Inc. No. 101-10, Ling 8, Shan-Tong Li, Chung-Li City, Taoyuan, Taiwan

TEST REPORT Reference No.:A03012207 Report No.:RADA03012207 Page:2 of 42 Date:Mar. 07, 2003

TABLE OF CONTENTS 1.1 DOCUMENT POLICY......................................................................................... 4 1.2 TEST STATEMENT ............................................................................................ 4 2. DESCRIPTION OF EUT AND TEST MODE....................................................... 5 2.1 GENERAL DESCRIPTION OF EUT ................................................................... 5 2.3 EUT OPERATING CONDITION.......................................................................... 6 2.4 DESCRIPTION OF TEST MODE ....................................................................... 6 3. DESCRIPTION OF APPLIED STANDARDS....................................................... 7 4.1 EFFECTIVE RADIATED POWER....................................................................... 8 4.1.1 EFFECTIVE RADIATED POWER LIMIT ............................................................ 8 4.1.2 TEST EQUIPMENT............................................................................................ 8 4.1.3 TEST SETUP ..................................................................................................... 9 4.1.4 TEST PROCEDURE .......................................................................................... 9 4.1.5 TEST RESULT ................................................................................................. 10 4.2 PEAK POWER DENSITY ................................................................................. 11 4.2.1 PEAK POWER DENSITY LIMIT....................................................................... 11 4.2.2 TEST EQUIPMENT.......................................................................................... 11 4.2.3 TEST SETUP ................................................................................................... 12 4.2.4 TEST PROCEDURE ........................................................................................ 12 4.2.5 TEST RESULT ................................................................................................. 13 4.3 FREQUENCY RANGE ..................................................................................... 14 4.3.1 FREQUENCY RANGE LIMIT........................................................................... 14 4.3.2 TEST EQUIPMENT.......................................................................................... 14 4.3.3 TEST PROCEDURES...................................................................................... 14 4.3.4 TEST SETUP ................................................................................................... 15 4.3.5 TEST RESULT ................................................................................................. 16 4.4 SPURIOUS EMISSION FROM TRANSMITTER............................................... 17 4.4.1 LIMIT ................................................................................................................ 17 4.4.2 TEST EQUIPMENT.......................................................................................... 18 4.4.3 TEST SETUP ................................................................................................... 19 4.4.4 TEST PROCEDURE ........................................................................................ 20 4.4.5 TEST RESULT ................................................................................................. 21 5. TECHNICAL CHARACTERISTICS TEST FOR RECEIVER PART .................... 24 5.1 RECEIVER SPURIOUS EMISSION ................................................................. 24 5.1.1 LIMIT ................................................................................................................ 24 5.1.2 TEST EQUIPMENT.......................................................................................... 24 5.1.3 TEST PROCEDURE ........................................................................................ 25 5.1.4 TEST SETUP ................................................................................................... 25 5.1.5 TEST RESULT ................................................................................................. 26 6. ELECTROMAGNETIC COMPATIBILITY (EMC) TEST....................................... 27 6.1 CONDUCTED EMISSION TEST FOR POWER PORT .................................... 27 6.1.1 LIMIT ................................................................................................................ 27 6.1.2 TEST EQUIPMENT.......................................................................................... 27 6.1.3 TEST SETUP ................................................................................................... 28 6.1.4 TEST RESULT ................................................................................................. 29



6.2 ELECTROSTATIC DISCHARGE ...................................................................... 30 6.2.1 TEST EQUIPMENT.......................................................................................... 30 6.2.2 TEST PROCEDURE ........................................................................................ 30 6.2.3 TEST SET-UP.................................................................................................. 31 6.2.4 TEST CONDITION AND PERFORMANCE...................................................... 32 6.2.5 GENERAL PERFORMANCE CRITERIA DESCRIPTION ................................ 33 6.2.6 TEST RESULT ................................................................................................. 34 6.3 RADIATED IMMUNITY TEST........................................................................... 35 6.3.1 TEST EQUIPMENT.......................................................................................... 35 6.3.2 TEST PROCEDURE ........................................................................................ 35 6.3.3 TEST SETUP ................................................................................................... 36 6.3.4 TEST CONDITION........................................................................................... 37 6.3.5 GENERAL PERFORMANCE CRITERIA DESCRIPTION ................................ 37 6.3.8 TEST RESULT ................................................................................................. 37 9. PHOTOS OF TESTING .................................................................................... 38 10. TERMS OF ABRIVATION................................................................................. 42



1. DOCUMENT POLICY AND TEST STATEMENT

1.1 DOCUMENT POLICY

- The report shall not be reproduced except in full, without the written approval of SRT Lab, Inc.

1.2 TEST STATEMENT - The test results in the report apply only to the unit tested by SRT Lab.

- There was no deviation from the requirements of test standards during the test.

- AC power source, 230 VAC/50 Hz, was used during the test.



2. DESCRIPTION OF EUT AND TEST MODE

2.1 GENERAL DESCRIPTION OF EUT

PRODUCT Wireless 11b Card Bus MODEL NO. MS-6802 POWER SUPPLY DC 3.3V, 0.4A CABLE N/A I/O PORT N/A FREQUENCY BAND 2400 ~ 2500MHz CARRIER FREQUENCY CH1: 2412MHz ~ CH13: 2472MHz NUMBER OF CHANNEL 13 CHANNEL SPACING 5MHz RATED RF OUTPUT POWER 13.5dBm I.F. & L.O. I.F.: 0MHz, L.O.: 2412~2484MHz MODULATION TYPE BPSK/QPSK/CCK BIT RATE OF TRANSMISSION 1/2/5.5/11Mbps ANTENNA TYPE Chip Antenna

NOTE : The EUT consists of a wireless AP and a signal booster. For more detailed features, please refer to the manufacturer’s specification or User’s Manual of EUT. 2.2 DESCRIPTION OF SUPPORT UNIT

The EUT was configured by the requirement of EN 55022. All interface ports were connected to the appropriate support units via specific cables. The support units and cables are listed below. NO DEVICE BRAND MODEL # FCC ID/DOC CABLE

1 NOTEBOOK DELL PP01L DOC 1.8m unshielded power cord

2 PRINTER EPSON STYLUS C20SX DOC 1.5m unshielded power cord

1.2m shielded data cable

3 MODEM ACEEX DM-1414 DOC 1.5m unshielded DC power cable 1.2m shielded data cable

4 ROUTER RUNTOP WSB24-1 PKW-WSB24-1 N/A

NOTE: For the actual test configuration, please refer to the photos of testing.



2.3 EUT OPERATING CONDITION 1. Set the EUT under normal condition continuously at the link mode. 2. The EUT used programs to control channels when it was tested for RF power and emission.

2.4 DESCRIPTION OF TEST MODE 13 channels are provided by EUT. The 3 channels of lower, medium and higher were chosen for test. There are three test mode for each test configuration as below:

Test Mode Frequency (MHz) CH 1 2412 CH 7 2442

CH 13 2472

NOTE : 1. Below 1 GHz, the channel 1, 7, and 13 were pre-tested in chamber. The channel 13, worst case one,

was chosen for conducted and radiated emission test. 2. Above 1 GHz, the channel 1, 7 and 13 were tested individually



3. DESCRIPTION OF APPLIED STANDARDS The EUT is a kind of wireless product and to be connected with a PC system for normal use. According to the specifications provided by the applicant, it must comply with the requirements of the following standards: ETSI EN 300 328-1:2001 EN 301 489-01:2000 EN 301 489-17:2000 - EN 61000-4-2:1995 - EN 61000-4-3:1996

All tests have been performed and recorded as the above standards.



4 TECHNICAL CHARACTERISTICS TEST FOR TRANSMITTER PART 4.1 EFFECTIVE RADIATED POWER

4.1.1 EFFECTIVE RADIATED POWER LIMIT

DSSS FHSS PK. 200mW(23dBm) 200mW(23dBm) AV. 100mW(20dBm) 100mW(20dBm)

Note: The “(dBm)’” was calculated from power(mW).

Formula: (0) dBm=10 log 1 mW 4.1.2 TEST EQUIPMENT The following test equipment was used for the test:

EQUIPMENT/ FACILITIES SPECIFICATIONS MANUFACTURER MODEL#/

SERIAL# DUE DATE OF CAL. &

CAL. CENTER TEMPERATURE & HUMIDITY CHAMBER

-70 to 180°C 0 to 100%

KSON THS-D4H+-150/ 1801

JUN. 2003 ETC

HORN ANTENNA 1GHz to 18GHz EMCO 3115/ 9602-4681

DEC. 2003 ETC


DEC. 2003 ETC

POWER METER N/A BOOTON 4232A/ 29001

MAY 2003 ETC

POWER SENSOR DC-18GHz 0.3 µW-100mW 50 Ω

BOOTON 51011EMC/ 31181

JUN. 2003 ETC

DETECTOR 2GHz-18GHz OMNIYIG DT9A4P NOV.2003

SRT

OSCILLOSCOPE N/A HP 54503A/ 2929A04498

MAY. 2003 ETC

SIGNAL GENERATOR

1GHz-20GHz ROHDE& SCHWARZ

SMR20 JUN. 2003

NOTE : The calibration interval of the above test equipment is one year and the calibrations are traceable to NML/ROC and NIST/USA.



4.1.3 TEST SETUP The EUT was s placed on a turntable at a fully anechoic chamber (see configuer1). Then tested unit was stayed in a Temperature & Humidity chamber and supplied with a power source for extreme condition (see configuer2). It was adjusted to the maximum output power during the test.

Temperature & Humidity Power meter

EUT Detector

Oscilloscope detector

Power meter

Oscilloscope

4.1.4 TEST PROCEDURE

Please refer to Subclause 7.1.2.1 and 7.1.2.2 of EN 300 328-1:2001.



4.1.5 TEST RESULT

Temperature: 18°C Humidity: 60%RH Test Mode: Tx Tested By: Chris Hsieh Test result: Pass

CHANNEL FREQUENCY(MHz)

CH1 2412MHZ

CH7 2442MHz

CH10 2457MHz

CH13 2472MHz

Temperature ()

PK. (dBm)

AV. (dBm)

PK. (dBm)

AV. (dBm)

PK. (dBm)

AV. (dBm)

PK. (dBm)

AV. (dBm)

Norm 20 5.93 5.38 6.53 6.03 6.63 6.13 6.43 5.93

Low 0

6.53 6.03 6.73 6.23 6.83 6.33 6.63 6.13

High 40

5.68 5.18 6.33 5.83 6.43 5.93 6.23 5.73

Measurement uncertainty +/-1.5dB

NOTE : According to ETSI 300 328-1 V1.3.1 section 6.4.1 Extreme temperatures:

b) over the extremes of the operating temperature range(s) of the declared combination(s) or host

equipment(s) in case of plug-in radio devices.



4.2 PEAK POWER DENSITY

4.2.1 PEAK POWER DENSITY LIMIT

DSSS FHSS LIMIT 10mW/1MHz(10dBm/1MHz) 100mW/100kHz(20dBm/100kHz)

NOTE : The “(dBm)’” was calculated from power(mW). Formula: (0) dBm=10 log 1 mW

4.2.2 TEST EQUIPMENT The following test equipment was used for the test:


SERIAL# DUE DATE OF CAL.

& CAL. CENTER

SPECTRUM 9KHz TO 26.5GHz HP 8953E/ 3710A03220

MAY 2003 ETC

HORN ANTENNA 1GHz TO 18GHz EMCO 3115/ 9012-3619

JAN. 2004 ETC


DEC. 2003 ETC

POWER METER N/A BOOTON 4232A/ 29001

MAY 2003 ETC

POWER SENSOR DC-18GHz 0.3 µW-100mW 50 Ω

BOOTON 51011EMC/ 31181

JUN. 2003 ETC

SIGNAL GENERATOR

1GHz-20GHz ROHDE& SCHWARZ

SMR20/ 100046

JUN. 2003

PRE-AMPLIFIER 1GHz-26.5GHz Gain:30dB

HP 8449B/ 3008A01019

DEC. 2003 ETC




4.2.3 TEST SETUP The tested unit was placed on the turntable at a fully anechoic chamber and supplied with nominated power source. It was adjusted to the maximum output power during the test.

Spectrum Power meter

IF OUTPUT


Please refer to Subclause 7.2.2 of EN 300 328-1:2001.



4.2.5 TEST RESULT

Temperature: 20°C Humidity: 60%RH Test Mode: Tx Tested By: Chris Hsieh Test result: Pass

CHANNEL FREQUENCY(MHZ)

POWER (dBm)/kHz Antenna

polarization Limit

(dBm/kHz)

CH1 2412MHz

-5.47/1MHz H 10/1MHz

CH7 2442MHz

-4.77/1MHz H 10/1MHz

CH10 2457MHz

-4.97/1MHz H 10/1MHz

CH13 2472MHz

-5.07/1MHz H 10/1MHz

Measurement uncertainty +/-3dB



4.3 FREQUENCY RANGE

4.3.1 FREQUENCY RANGE Limit

Country Limit (MHz)

European 2400~2483.5 France 2445~2483.5




CAL. CENTER

SPECTRUM 9kHz-7GHz ROHDE & SCHWARZ

FSP7/ 839511/010

MAR. 2003 R & S

TEMPERATURE & HUMIDITY CHAMBER

-70 to 180°C 0 to 100%

KSON THS-D4H+-150/ 1801

JUN. 2003 ETC


4.3.3 TEST PROCEDURES




4.3.4 TEST SETUP

The EUT was s placed on a turntable at a fully anechoic chamber (see configuer1). Then tested unit was stayed in a Temperature & Humidity chamber and supplied with power source for extreme condition(see configuer2). It was adjusted to the maximum output power during the test.

Spectrum

Temperature & Humidity Receiver or Spectrum EUT



4.3.5 TEST RESULT

Temperature: 18°C Humidity: 60%RH Test Mode: Tx Tested By: Chris Hsieh Test result: Pass European

Temperature (°C)

Frequency lower(FL) (MHz)

Frequency higher(FH) (MHz)

Norm 20 2402.8 2480.0

Low 0 2402.4 2481.2

High 40 2404.0 2480.0

Result 2402.4 2481.2

Measurement uncertainty +/- 1x10-5 France

Temperature (°C)

Frequency lower(FL) (MHz)

Frequency higher(FH) (MHz)

Norm 20 2499.0 2480.0

Low 0 2447.4 2481.2

High 40 2448.8 2480.0

Result 2447.4 2481.2

Measurement uncertainty +/- 1x10-5



4.4 SPURIOUS EMISSION FROM TRANSMITTER

4.4.1 LIMIT 1.narrowband spurious emission:

Frequency Range Limit when operating

Limit when in standby

30MHz to 1GHz -36dBm -57dBm Above 1GHz to 12.75GHz -30dBm -47dBm

1.8GHz to 1.9GHz 5.15GHz to 5.3GHz

-47dBm -47dBm

2.wideband spurious emission

Frequency Range Limit when operating

Limit when in standby

30MHz to 1GHz -86dBm/Hz -107dBm/Hz Above 1GHz to 12.75GHz -80dBm/Hz -97dBm/Hz

1.8GHz to 1.9GHz 5.15GHz to 5.3GHz

-97dBm/Hz -97dBm/Hz

NOTE : For measuring emissions that exceed the level of 6 dB below the applicable limit the resolution bandwidth shall be switched to 30 kHz and the span shall be adjusted accordingly. If the level does not change by more than 2 dB, it is a narrowband emission; the observed value shall be recorded in the test report. If the level changes by more than 2 dB, the emission is a wideband emission and its level shall be measured and recorded in the test report. The limit when in standby mode is same as receiver mode.






CAL. CENTER

SPECTRUM 9kHz to 7GHz ROHDE & SCHWARZ

FSP7/ 839511/010

MAR. 2003 ETC

SPECTRUM 9KHz-22GHz HP 8593E/ 3322A00670

FEB. 2004 ITRI


DEC. 2003 ETC

BI-LOG ANTENNA

26MHz to 2GHz EMCO 3142/ 9701-1124

APR. 2003 ETC

PRE-AMPLIFIER 1GHz-26.5GHz Gain:30dB(typ.)

HP 8449B/ 3008A01019

NOV. 2002 ETC

PRE-AMPLIFIER 0.1MHz to1.3GHz HP 8447D/ 1937A03112

JUN. 2003 ETC




4.4.3 TEST SETUP The tested unit was placed on a turntable at an open area test site and supplied with nominated power source. When we tested emission’s frequency below 1GHz(see configuer1). The EUT was placed on a turntable at a fully anechoic chamber. When we tested emission’s frequency above 1GHz(see configuer2). It was adjusted to the maximum output power during the test.

1m – 4m

Turn Table

Ground

1.5 m

3m

EUT

EMI Receiver

Coaxial

Cable

Plane



Pre-amplifier Spectrum





4.4.5 TEST RESULT Temperature: 20 °C Humidity: 50 %RH Test Channel Ch1 Frequency 2412MHz Test Mode: Tx Tested By: Chris Hsieh

Frequency (MHz)

Fact (dB)

Reading Level (dBm)

Antenna Polarizations

(H/V)

Level (dBm)

Limit (dBm)

Pass/ Fail

199.200 -4.21 -65.0 V -69.2 -57 Pass 199.317 -6.82 -63.8 H -70.6 -57 Pass 214.750 -4.88 -70.1 H -75.0 -57 Pass 331.990 -0.40 -68.9 H -69.3 -57 Pass 398.702 1.99 -61.1 V -59.1 -57 Pass 499.482 2.67 -69.7 V -67.0 -57 Pass 797.000 6.53 -70.4 H -70.4 -57 Pass 801.600 9.00 -79.5 V -70.5 -57 Pass 2241.000 -1.07 -52.4 V -53.4 -30 Pass 2260.000 -1.00 -52.9 V -53.9 -30 Pass 2260.000 -0.24 -58.5 H -58.7 -30 Pass 2373.000 0.92 -58.2 H -57.3 -30 Pass 2400.000 0.67 -40.4 V -39.7 -30 Pass 2400.000 1.37 -39.6 H -38.2 -30 Pass 4824.000 4.18 -41.4 H -37.2 -30 Pass 4824.000 4.23 -44.5 V -40.3 -30 Pass 7232.000 7.61 -57.6 H -50.0 -30 Pass 7232.000 8.30 -60.6 V -52.3 -30 Pass 9647.000 10.01 -57.1 H -47.1 -30 Pass 9647.000 10.38 -59.4 V -49.0 -30 Pass

Measurement uncertainty +/-6dB NOTE : The emission of other frequencies were very low against the limit.



Temperature: 20 °C Humidity: 50 %RH Test Channel Ch7 Frequency 2442MHz Test Mode: Tx Tested By: Chris Hsieh

Frequency (MHz)

Fact (dB)

Reading Level (dBm)


(H/V)

Level (dBm)

Limit (dBm)

Pass/ Fail

199.200 -4.21 -65.0 V -69.2 -57 Pass 199.317 -6.82 -63.8 H -70.6 -57 Pass 214.750 -4.88 -70.1 H -75.0 -57 Pass 331.990 -0.40 -68.9 H -69.3 -57 Pass 398.702 1.99 -61.1 V -59.1 -57 Pass 499.482 2.67 -69.7 V -67.0 -57 Pass 797.000 6.53 -70.4 H -70.4 -57 Pass 801.600 9.00 -79.5 V -70.5 -57 Pass 2087.000 -0.02 -56.8 V -57.0 -30 Pass 2127.000 -0.82 -60.9 V -61.7 -30 Pass 2138.000 -0.18 -57.6 H -57.8 -30 Pass 2204.000 -0.46 -57.8 H -58.3 -30 Pass 2259.000 -1.00 -58.9 V -59.9 -30 Pass 2286.000 -0.13 -57.2 H -57.3 -30 Pass 2606.000 0.75 -57.9 V -57.1 -30 Pass 2660.000 1.80 -56.8 H -55.0 -30 Pass 4879.000 4.40 -64.8 H -60.4 -30 Pass 4879.000 4.45 -64.3 V -61.5 -30 Pass 7324.000 7.94 -65.3 H -57.4 -30 Pass 7324.000 8.90 -64.3 V -55.4 -30 Pass




Temperature: 20 °C Humidity: 50 %RH Test Channel Ch13 Frequency 2472MHz Test Mode: Tx Tested By: Chris Hsieh

Frequency (MHz)

Fact (dB)

Reading Level (dBm)


(H/V)

Level (dBm)

Limit (dBm)

Pass/ Fail

199.200 -4.21 -65.0 V -69.2 -57 Pass 199.317 -6.82 -63.8 H -70.6 -57 Pass 214.750 -4.88 -70.1 H -75.0 -57 Pass 331.990 -0.40 -68.9 H -69.3 -57 Pass 398.702 1.99 -61.1 V -59.1 -57 Pass 499.482 2.67 -69.7 V -67.0 -57 Pass 797.000 6.53 -70.4 H -70.4 -57 Pass 801.600 9.00 -79.5 V -70.5 -57 Pass 2234.000 -0.34 -62.3 H -62.6 -30 Pass 2338.000 -0.02 -66.7 V -66.7 -30 Pass 2389.000 0.19 -65.7 V -65.5 -30 Pass 2389.000 0.99 -61.0 V -60.0 -30 Pass 2392.000 0.20 -66.0 V -65.8 -30 Pass 2604.000 0.75 -62.6 V -61.9 -30 Pass 2738.000 2.16 -64.6 V -62.4 -30 Pass 2741.000 2.46 -60.6 H -58.1 -30 Pass 4952.000 4.46 -71.5 H -67.0 -30 Pass 4952.000 4.48 -59.6 V -65.1 -30 Pass 7421.000 7.71 -71.0 H -63.3 -30 Pass 7421.000 8.49 -70.6 V -62.1 -30 Pass




5. TECHNICAL CHARACTERISTICS TEST FOR RECEIVER PART 5.1 RECEIVER SPURIOUS EMISSION 5.1.1 LIMIT 1.narrowband spurious emission:

Frequencies Range Limit 30MHz to 1GHz -57dBm

above 1GHz to 12.75Ghz -47dBm 2.wideband spurious emission

Frequencies Range Limit 30MHz to 1GHz -107dBm/Hz

above 1GHz to 12.75Ghz -97dBm/Hz NOTE : For measuring emissions that exceed the level of 6 dB below the applicable limit the resolution bandwidth shall be switched to 30 kHz and the span shall be adjusted accordingly. If the level does not change by more than 2 dB, it is a narrowband emission; the observed value shall be recorded in the test report. If the level changes by more than 2 dB, the emission is a wideband emission and its level shall be measured and recorded in the test report. The limit when in standby mode is same as receiver mode. 5.1.2 TEST EQUIPMENT The following test equipment was used for the test:



& CAL. CENTER

SPECTRUM 9kHz to 7GHz ROHDE & SCHWARZ

FSP7/ 839511/010

MAR. 2003 ETC

SPECTRUM 9KHz-22GHz HP 8593E/ 3322A00670

FEB. 2004 ITRI


JAN. 2004 ETC

BI-LOG ANTENNA

26MHz to 2GHz EMCO 3142/ 9701-1124

APR. 2003 ETC

PRE-AMPLIFIER 1GHz-26.5GHz Gain:30dB(typ.)

HP 8449B/ 3008A01019

NOV. 2003 ETC

PRE-AMPLIFIER 0.1MHz to1.3GHz HP 8447D/ 1937A03112

JUN. 2003 ETC

NOTE : The calibration interval of the above test equipment is one year and the calibrations are

traceable





5.1.4 TEST SETUP

The tested unit was placed on a turntable at an open area test site and supplied with nominated power source. When we tested emission’s frequency below 1GHz(see configuer1). The EUT was placed on a turntable at a fully anechoic chamber). When we tested emission’s frequency above 1GHz(see configuer2.It was adjusted to the maximum output power during the test.

Power Cable

1m – 4m

Turn Table

Coaxial

Cable 1.5 m

10m

Ground Plane

EUT

To Utility

Power Filter

EMI Receiver



Spectrum Power meter

5.1.5 TEST RESULT

Frequency (MHz)

Fact (dB)

Reading Level (dBm)


(H/V)

Level (dBm)

Limit (dBm)

Pass/ Fail

199.200 -4.21 -65.0 V -69.2 -57 Pass 199.317 -6.82 -63.8 H -70.6 -57 Pass 214.750 -4.88 -70.1 H -75.0 -57 Pass 331.990 -0.40 -68.9 H -69.3 -57 Pass 398.702 1.99 -61.1 V -59.1 -57 Pass 499.482 2.67 -69.7 V -67.0 -57 Pass 797.000 6.53 -70.4 H -70.4 -57 Pass 801.600 9.00 -79.5 V -70.5 -57 Pass




6. ELECTROMAGNETIC COMPATIBILITY (EMC) TEST 6.1 CONDUCTED EMISSION TEST FOR POWER PORT

6.1.1 LIMIT

Class A (dBµV) Class B (dBµV) Frequency (MHz) Quasi-peak Average Quasi-peak Average 0.15 - 0.5 79 66 66 - 56 56 - 46 0.50 - 5.0 73 60 56 46 5.0 - 30.0 73 60 60 50

NOTE :

1. The lower limit shall apply at the transition frequencies.

2. The limit decreases in line with the logarithm of the frequency in the range of 0.15 to 0.50 MHz.

6.1.2 TEST EQUIPMENT The following test equipment was used for the test :



& CAL. CENTER EMI TEST RECEIVER

9 kHz TO 30 MHz ROHDE & SCHWARZ

ESHS30/ 826003/008

JUL. 2003 R&S

LISN 50 µH, 50 ohm SOLAR ELECTRONICS

8012-50-R-24-BNC / 924839

JUN. 2003 ETC

LISN 50µH, 50 ohm SOLAR ELECTRONICS

9252-50-R-24-BNC / 951318

JUN. 2003 ETC

NOTE: The calibration interval of the above test equipment is one year and the calibrations are traceable to NML/ROC and NIST/USA.



6.1.3 TEST SETUP NOTE:

Coaxial Cable To Utility

Power

EMI TEST Receiver

Support Units

EUT

LISN

LISN Filter

Isolation Transformer

1. The EUT was put on a wooden table with 0.8m height above ground plane, and 0.4m away from reference ground plane (> 2mx2m). 2. For the actual test configuration, please refer to the photos of testing.



6.1.4 TEST RESULT

Temperature: 17 °C Humidity: 54 %RH Ferquency Range: 0.15 – 30 MHz Test Mode N/A Receiver Detector: Q.P. and AV. Tested By: Chris Hsien

Power Line Measured : Line

Reading Value (dBµV)

Emission Level (dBµV)

Limit (dBµV)

Margin (dB)

Freq. (MHz)

Correct. Factor (dB) Q.P. AV. Q.P. AV. Q.P. AV. Q.P. AV.

0.177 0.20 42.0 35.4 42.2 35.6 64.6 54.6 -22.4 -19.0 0.345 0.20 29.1 22.9 29.3 23.1 59.1 49.1 -29.8 -26.0 3.989 0.29 29.3 23.1 29.6 23.4 56.0 46.0 -26.4 -22.6 4.275 0.30 31.4 23.1 31.7 23.4 56.0 46.0 -24.3 -22.6 15.193 0.50 22.2 11.7 22.7 12.2 60.0 50.0 -37.3 -37.8 22.570 0.65 27.4 27.1 28.1 27.8 60.0 50.0 -32.0 -22.3

Power Line Measured : Neutral

Reading Value (dBµV)

Emission Level (dBµV)

Limit (dBµV)

Margin (dB)

Freq. (MHz)

Correct. Factor (dB) Q.P. AV. Q.P. AV. Q.P. AV. Q.P. AV.

0.236 0.20 39.7 31.2 39.9 31.4 62.2 52.2 -22.3 -20.8 0.404 0.20 32.7 24.1 32.9 24.3 57.8 47.8 -24.9 -23.5 0.634 0.20 24.7 20.7 24.9 20.9 56.0 46.0 -31.1 -25.1 1.615 0.20 22.0 20.3 22.2 20.5 56.0 46.0 -33.8 -25.5 15.290 0.50 16.5 14.8 17.0 15.3 60.0 50.0 -43.0 -34.7 22.568 0.65 29.6 26.0 30.3 26.7 60.0 50.0 -29.7 -23.4

NOTE : 1. Measurement uncertainty is 2dB 2. Emission level = Reading valus + Correction factor 3. Correction Factor = Cable loss + Insertion loss of LISN 4. Margin value = Emission level - Limit 5. The emission of other frequencies were very low against the limit. 6. "-": The Quasi-peak reading value also meets average limit and measurement with the average detector is unnecessary.



6.2 ELECTROSTATIC DISCHARGE 6.2.1 TEST EQUIPMENT

EQUIPMENT / FACILITIES MANUFACTURER MODEL # /

SERIAL # DUE DATE OF CAL.

& CAL. CENTER

ESD SIMULATOR NOISE KEN ESS-100L(A)/8099C02238

TC-815P/7099C02 NOV. 2003 ETC



According to IEC/EN 61000-4-2



6.2.3 TEST SET-UP

I

ESD Gun

470kΩ

Cable

EUT System

Vertical Coupling Plane

NOTE : 1. The wooden ta2. For the actual t3. A distance of 1

nsulating Support

H

Plane

Wooden Table

470kΩ

Return

ble should best configum minimum

orizontal Coupling

Ground Reference Plane

e 0.8m high for table top EUT and 0.1m for floor-standing EUT. ration, please refer to the photos of testing. was provided between EUT and walls / other metallic structure.



6.2.4 TEST CONDITION AND PERFORMANCE 1. Test condition:

(1) R-C Network: 330ohm, 150pF (2) Test level: Air Discharge: ±2, ±4, ±8kV

Contact discharge: ±2, ±4kV HCP discharge : ±2, ±4kV VCP discharge : ±2, ±4kV

(3) Discharge mode : Single discharge (4) Discharge period: at least 1 second (5) Discharge polarity : Postive and Negative (6) Number of discharge: Minimum 50 times at each test point of contact

disdarge and at least 200 times of contact discharge to EUT in total. Minimum 10 times at each test area of air discharge selected.

2. Standard requirement: Criterion B pass



6.2.5 GENERAL PERFORMANCE CRITERIA DESCRIPTION - performance criteria A for immunity tests with phenomena of a continuous nature;

- performance criteria B for immunity tests with phenomena of a transient nature;

- performance criteria C for immunity tests with power interruptions exceeding a certain time.

Criteria During test After test

A

Shall operate as intended

May show degradation of performance

(note 1)

Shall be no loss of function

Shall be no unintentional transmissions

Shall operate as intended

Shall be no degradation of performance (note 2)

Shall be no loss of function

Shall be no loss of stored data or user programmable

functions

B

May show loss of function (one or more)

May show degradation of performance

(note 1)

No unintentional transmissions

Functions shall be self-recoverable

Shall operate as intended after recovering


Shall be no loss of stored data or user programmable

functions

C May be loss of function (one or more) Functions shall be recoverable by the operator

Shall operate as intended after recovering


NOTE 1: Degradation of performance during the test is understood as a degradation to a level not below a

minimum performance level specified by the manufacturer for the use of the apparatus as intended. In

some cases the specified minimum performance level may be replaced by a permissible degradation

of performance .If the minimum performance level or the permissible performance degradation is not specified

by the manufacturer then either of these may be derived from the product description and documentation

(including leaflets and advertising) and what the user may reasonably expect from the apparatus if used as

intended.

NOTE 2: No degradation of performance after the test is understood as no degradation below a minimum

performance level specified by the manufacturer for the use of the apparatus as intended. In some

cases the specified minimum performance level may be replaced by a permissible degradation of

performance. After the test no change of actual operating data or user retrievable data is allowed.

If the minimum performance level or the permissible performance degradation is not specified by the

manufacturer then either of these may be derived from the product description and documentation

(including leaflets and advertising) and what the user may reasonably expect from the apparatus if

used as intended. The phenomena allowed during and after test in each criterion are clearly stated in the following table



6.2.6 TEST RESULT

Temperature: 18°C Humidity: 50% RH Test Result: Criterion A pass Tested by: Chris Hsieh

COUPLING MODE & TEST OBSERVATION SEVERITY LEVEL AIR

DISCHARGE CONTACT

DISCHARGE HCP VCP

±2kV A A A A

±4kV A A A A

±8kV A NR NR NR

NOTE : Description of test observation: A: There was no change compared with initial operation during the test. NR: No requirement Description of test points:

1. Metal enclosure of EUT. 2. Seams of EUT. 3. HCP. 4. VCP.



6.3 RADIATED IMMUNITY TEST

6.3.1 TEST EQUIPMENT

EQUIPMENT / FACILITIES MANUFACTURER MODEL # /

SERIAL # DUE DATE OF CAL.

& CAL. CENTER SIGNAL

GENERATOR HP

8648A/ 3636A022776

JUN. 2003 ETC

ANTENNA SCHAFFNER

CHASE CBL6111/ 1188

JUL. 2003 SRT

FIELD SENSOR AMPLIFIER

RESEARCH FP2000/ 28499

DEC. 2003 NML

POWER AMPLIFIER

AMPLIFIER RESEARCH

100W1000M1/ 19509

JUN. 2003 ETC

ANECHOIC CHAMBER

SRT A05/ SRT005

SEP. 2003 SRT



According to IEC/EN 61000-4-3



6.3.3 TEST SETUP

Absorber

Monitor

V/M Monitor

Signal Generator

Power Amplifier

Coaxial Cable Optical Fiber

1.5m

Absorber

CCD EUT

Wooden

table

Sensor

NOTE : 1. The wooden table should be 0.8m high for table top EUT and 0.1m for floor-standing EUT. 2. For the actual test configuration, please refer to the photos of testing.



6.3.4 TEST CONDITION

1. Test condition (1) Source voltage and frequency : 230V/50Hz, single phase (2) Sweeping frequency : 80MHz – 1 GHz (3) Test level : 3V/m, the frequncy step is 10% (4) The four sides of EUT are tested : front, rear, left, right (5) Modulation : 80%AM, 1kHz Dwell time for each

frequency at least 3sec.. (6) Standard requirement : Criterion A pass

6.3.5 GENERAL PERFORMANCE CRITERIA DESCRIPTION Same to the 6.2.5.

6.3.8 TEST RESULT

Temperature: 20°C Humidity: 60% RH Test Result: Criterion A pass Tested by: Chris Hsieh

FREQUENCY LEVEL MODULATION DIRECTION TEST RESULT (CRITERION)

80MHz - 1GHz 3V/m 80%AM, 1kHz FRONT A

3V/m 80%AM, 1kHz REAR A

80MHz - 1GHz 3V/m 80%AM, 1kHz LEFT A

80MHz - 1GHz 3V/m 80%AM, 1kHz RIGHT A

80MHz - 1GHz

NOTE : Description of test observation: A: There was no change compared with initial operation during the test.



9. PHOTOS OF TESTING

- Radiated test



- Conducted test



- Electrostatic discharge immunity test



- Radiated immunity test



10. TERMS OF ABRIVATION AV. Average detection AZ(°) Turn table azimuth Correct. Correction EL(m) Antenna height (meter) EUT Equipment Under Test Horiz. Horizontal direction LISN Line Impedance Stabilization Network NSA Normalized Site Attenuation PK. Peak detection Q.P. Quasi-peak detection SRT Lab Spectrum Research & Testing Laboratory, Inc. Vert. Vertical direction

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