verification of compliance - amazon s3...compliance certification services inc. report...

VERIFICATION OF COMPLIANCE This Verification of Compliance is hereby issued to the below named company. The test results of this report relate only to the tested sample identified in this report.

Standard(s) used for showing compliance with the essential requirements of the directive: EN 55013 : 2001 + A1:2003 + A2:2006

EN 55020 : 2007

General Information Applicant: MICROELECTRONICS TECHNOLOGY INC.

No.1,Innovation Road II, Hsinchu Science Park,Hsinchu 300, Taiwan, R.O.C.

Product Description EUT Description: Universal new Quattro LNBF Model Number: AP84-XT* Laboratory Name: Compliance Certification Services Inc. ( Hsin-Chu Lab).

Rm. 258, Bldg. 17, NO.195, Sec.4 Chung Hsing Rd., ChuTung Chen, Hsinchu, Taiwan 310, R.O.C Tel: +886-3-5910068 / Fax: +886-3-5825720

This device has been shown to be in compliance with and was tested in accordance with the measurement procedures specified in the Standards & Specifications listed above and as indicated in the measurement report number: 91027307-E

Date: November 09, 2009

Compliance Certification Services Inc. Report No.：91027307-E Page 1 of 37

CE EMC

TEST REPORT

For

Universal new Quattro LNBF

Model : AP84-XT*

Issued for

MICROELECTRONICS TECHNOLOGY INC.

No.1,Innovation Road II, Hsinchu Science Park,Hsinchu 300, Taiwan, R.O.C.

Issued by

Compliance Certification Services Inc. Hsinchu Lab.

NO. 989-1 Wen Shan Rd., Shang Shan Village, Qionglin Shiang Hsinchu County 30741, Taiwan, R.O.C

TEL: +886-3-5921698 FAX: +886-3-5921108

Note: This report shall not be reproduced except in full, without the written approval of Compliance Certification Services Inc. This document may be altered or revised by Compliance Certification Services Inc. personnel only, and shall be noted in the revision section of the document. The c l ien t shou ld no t use i t to c la im produc t endorsement by TAF or any government agencies. The test results in the report only apply to the tested sample.


Revision History

Rev. Issue Date Revisions Effect Page Revised By

00 11/04/2009 Initial Issue All 7 Alex Chiu


TABLE OF CONTENTS TITLE PAGE NO.

1. TEST REPORT CERTIFICATION........................................................................................... 4

2. EUT DESCRIPTION.................................................................................................................. 5

2.1 DESCRIPTION OF EUT & POWER.................................................................................... 5

2.2 DESCRIPTION OF TEST MODES ...................................................................................... 5

3. TEST METHODOLOGY............................................................................................................ 5

4. FACILITIES AND ACCREDITATION .................................................................................... 6

4.1 FACILITIES .......................................................................................................................... 6

4.2 EQUIPMENT........................................................................................................................ 6

4.3 LABORATORY ACCREDITATIONS LISTINGS................................................................... 6

4.4 LABORATORY ACCREDITATIONS AND LISTINGS.......................................................... 7

5. CALIBRATION AND UNCERTAINTY.................................................................................... 8

5.1 MEASURING INSTRUMENT CALIBRATION..................................................................... 8

5.2 MEASUREMENT UNCERTAINTY....................................................................................... 8

6. SETUP OF EQUIPMENT UNDER TEST................................................................................ 9

7. EMISSION TEST ....................................................................................................................... 10

7.1 RADIATED EMISSIONS ...................................................................................................... 10-12

7.2 INTERFERENCE RADIATION (U1).................................................................................... 13-24

7.3 INTERFERENCE ANTENNA TRMINAL (U4) ..................................................................... 25-26

8. IMMUNITY TEST...................................................................................................................... 27-28

8.1 IMMUNITY AGAINST RADIATED FIELDS (RFI) TEST (S3) ............................................ 29-32

8.2 ELECTROSTATIC DISCHARGE TEST ............................................................................... 33-34

APPENDIX I APPENDIX SETUP PHOTOS............................................................................... 35-37


1. TEST REPORT CERTIFICATION

Applicant ：MICROELECTRONICS TECHNOLOGY INC.

Address ：No.1,Innovation Road II, Hsinchu Science Park,Hsinchu

300, Taiwan, R.O.C.

Equipment Under Test ：Universal new Quattro LNBF

Model ：AP84-XT*

Tested Date ：October 27 ~ November 04, 2009

APPLICABLE STANDARD

Emission Standard Test Result

EN55013:2001 + A1:2003 + A2:2006 PASS

Immunity Standard Test Result

EN 55020:2007 PASS

WE HEREBY CERTIFY THAT: The measurements shown in the attachment were made in accordance with the procedures indicated, and the energy emitted by the equipment was found to be within the limits applicable. We assume full responsibility for the accuracy and completeness of these measurements and vouch for the qualifications of all persons taking them.


2. EUT DESCRIPTION

2.1 DESCRIPTION OF EUT & POWER

Product Name Universal new Quattro LNBF Model Number AP84-XT*

Remark : For more details, please refer to the User’s manual of the EUT.

2.2 DESCRIPTION OF TEST MODES

The EUT (AP84-XT*) had been tested under normal operating condition

3. TEST METHODOLOGY The tests documented in this report were performed in accordance with EN 55013:2001 + A1: 2003 + A2:2006 and EN 55020:2007.


4. FACILITIES AND ACCREDITATION

4.1 FACILITIES

All measurement facilities used to collect the measurement data are located at

NO. 989-1 Wen Shan Rd., Shang Shan Village, Qionglin Shiang Hsinchu County 30741, Taiwan, R.O.C

No.11, Wugong 6th Rd., Wugu Industrial Park, Taipei Hsien 248, Taiwan

The sites are constructed in conformance with the requirements of ANSI C63.7, ANSI C63.4 : 2003 and CISPR Publication 22.

4.2 EQUIPMENT

Radiated emissions are measured with one or more of the following types of linearly polarized antennas: tuned dipole, biconical, log periodic, bi-log, and/or ridged waveguide, horn. Spectrum analyzers with preselectors and quasi-peak detectors are used to perform radiated measurements. Conducted emissions are measured with Line Impedance Stabilization Networks and EMI Test Receivers. Calibrated wideband preamplifiers, coaxial cables, and coaxial attenuators are also used for making measurements. All receiving equipment conforms to CISPR Publication 16-1, “Radio Interference Measuring Apparatus and Measurement Methods.”

4.3 LABORATORY ACCREDITATIONS LISTINGS

The test facilities used to perform radiated and conducted emissions tests are accredited by Taiwan Accreditation Foundation for the specific scope of accreditation under Lab Code: 0240 to perform Electromagnetic Interference tests according to FCC PART 15 AND CISPR 22 requirements. No part of this report may be used to claim or imply product endorsement by TAF or any agency of the Government. In addition, the test facilities are listed with Federal Communications Commission (registration no: 90585 and 90584).


4.4 LABORATORY ACCREDITATIONS AND LISTINGS

Country Agency Scope of Accreditation Logo

USA FCC 3/10 meter Open Area Test Sites to perform FCC Part 15/18 measurements

90585, 90584

Taiwan TAF

FCC Method-47 CFR Part 15 Subpart C,D,E CISPR 11, FCC METHOD-47 CFR Part 18, EN 55011, CNS 13803, CISPR 13, CNS 13439, FCC Method-47 CFR Part 15 Subpart B, CISPR 14-1, EN 55014-1, CNS 13783-1, EN 55015, CNS 14115, CISPR 22, EN 55022, VCCI CNS 13438, EN 61000-4-2/3/4/5/6/8/11

Taiwan BSMI CNS 13803, CNS 13438, CNS 13439, CNS 13783-1, CNS 14115

SL2-IS-E-0002 SL2-IN-E-0002 SL2-A1-E-0002 SL2-R1-E-0002 SL2-R2-E-0002 SL2-L1-E-0002

* No part of this report may be used to claim or imply product endorsement by TAF or any agency of the US Government.


5. CALIBRATION AND UNCERTAINTY

5.1 MEASURING INSTRUMENT CALIBRATION

The measuring equipment utilized to perform the tests documented in this report has

been calibrated in accordance with the manufacturer’s recommendations, and is

traceable to recognized national standards.

5.2 MEASUREMENT UNCERTAINTY

Where relevant, the following measurement uncertainty levels have been estimated for

tests performed on the apparatus:

PARAMETER UNCERTAINTY

Radiated Emission, 30 to 1000 MHz +/- 3.2 dB Radiated Emission, 1 to 26.5 GHz +/- 3.2 dB Power Line Conducted Emission +/- 2.1 dB

This uncertainty represents an expanded uncertainty expressed at approximately the 95% confidence level using a coverage factor of k=2.


6. SETUP OF EQUIPMENT UNDER TEST

SUPPORT EQUIPMENT

No. Product Manufacturer Model No. Serial No. FCC ID

1 DC Power Supply HP 6038A 2518A-0094 DoC

SETUP DIAGRAM FOR TESTS

EUT & peripherals setup diagram is shown in appendix setup photos.

EUT OPERATING CONDITION

All the equipment/cables were placed in the worst-case configuration to maximize the emission during the test. Grounding was established in accordance with the manufacturer’s requirements and conditions for the intended use.

1. Setup whole system for test as shown on diagram.

2. Power on all equipments.

3. All of the function are under run.

4. Start test.


7. EMISSION TEST

7.1 RADIATED EMISSIONS

LIMITS

Limits of radiated power of outdoor units of direct to home satellite receivers

Equipment type Source Frequency

(GHz) Limit value

Db(pW) Outdoor units of direct

to home satellite receivers

Local oscillator leakage radiated from the antenna within ±7° of

the main beam axisa 0.9 to 18 Fundamental 30

1 to 2.5 43

Equivalent radiated power from outdoor unit including the local

oscillator leakageb 2.5 to 18 57 Note: (1) In the border frequency, in order to value the smaller the standard.

(2) The direct measurement is carried out according to 5.9. When the reflector of the parabolic antenna cannot be removed, the indirect measurement according to 5.8 is carried out. In that case, the antenna gain shall be taken into account. (3) Measurement of the equivalent radiated power shall be in accordance with 5.8. No requirements within ±7° off the main beam axis of the antenna.

TEST EQUIPMENT Name of Equipment Manufacturer Model Serial Number Calibration Due

PSA E-Series Spectrum Analyzer Agilent E4446A MY43360132 06/09/2010

PSA E-Series Spectrum Analyzer Agilent E4446A MY46180323 05/26/2010

ESA E-Series Spectrum Analyzer Agilent E4407B US41443108 08/09/2010

Signal Generator ROHDE & SCHWARZ SMP 03 836403/002 05/10/2010 Double-Ridged

Waveguide Horn ETS LINDGREN 3117 00078732 05/19/2010

Double-Ridged Waveguide Horn ETS LINDGREN 3117 00078733 12/29/2009

Pre-Amplifier EM EM30265 07032611 07/14/2010 Pre-Amplifier EM EM30265 07032612 07/14/2010 Pre-Amplifier Agilent 8449B 3008A01471 08/02/2010

RF Coaxial Cable HUBERSUHNER SUCOFLEX 104PEA SN31350 07/21/2010

RF Coaxial Cable Astrolab 32094P 07 -------------- Remark: 1. Each piece of equipment is scheduled for calibration once a year.

2. N.C.R = No Calibration Request.


TEST SETUP Exchange method; test erection (Figure 1)

Spectrum Analyzer

Horn Antenna

1m

EUT

Antenna tower

Pre-amp

Coaxial Cable

PW Adp.

DC Power Supply

Spectrum

Analyzer

Switch

Signal

Generator

Exchange method; test erection (Figure 2)

Spectrum Analyzer

Horn Antenna

1m

Antenna tower

Pre-amp

Coaxial Cable

Signal Generator

Horn Antenna

Antenna tower

Coaxial Cable


TEST PROCEDURE Measurements shall be made by the substitution method with the antenna having both horizontal and vertical polarizations, and the turntable with the equipment under test shall be rotated. The highest level of radiation measured shall be noted at each measuring frequency. The equipment under test is then replaced by a transmitting antenna supplied by a standard generator and having the same characteristics as the receiving antenna (half-wave dipole or horn antenna). Its centre shall be placed in the same initial position as that of the equipment centre. For each measuring frequency the output level of the generator is adjusted in order to give the same reference indication on the measuring set. The level of the available power of the generator, increased by the radiating antenna gain above the half-wave dipole, is taken as the level of the radiated power of the equipment under test at the considered frequency. It shall be ascertained that, when the equipment under test is switched off, the level of background noise is at least 10 dB below the relevant limit, otherwise the reading may be significantly affected. When a horn antenna is used instead of a dipole antenna, the measurement results shall be expressed in terms of ERP referred to a half-wave dipole.


7.2 INTERFERENCE RADIATION (U1)

RADIATED DISTURBANCE POWER TEST

Product Name Universal new Quattro LNBF Test Date 2009/10/29 Model AP84-XT* Test By Eden Zhan

Test Mode X-axis (H-H) TEMP & Humidity 24 , 57%

Frequency(MHz) Pol H/V Tested max.

value (dBm)Correction facter (dB)

Radiated Power (dBm)

Radiated Power

(dBpW)

limit (dBpW) Margin Pass/Fail

1000 H -56.70 -17.21 -73.91 16.09 43.00 -26.91 Pass

1500 H -58.34 -15.76 -74.10 15.90 43.00 -27.10 Pass

2000 H -48.99 -13.08 -62.07 27.93 43.00 -15.07 Pass

2150 H -47.97 -12.04 -60.01 29.99 43.00 -13.01 Pass

9750 H -64.70 -3.33 -68.03 21.98 57.00 -35.03 Pass

10600

18V

H -58.90 -2.52 -61.42 28.58 57.00 -28.42 Pass

1000 V -51.93 -16.84 -68.77 21.23 43.00 -21.77 Pass

1500 V -53.25 -15.20 -68.45 21.55 43.00 -21.45 Pass

2000 V -51.36 -11.82 -63.18 26.82 43.00 -16.18 Pass

2150 V -52.38 -11.52 -63.90 26.10 43.00 -16.90 Pass

9750 V -60.65 -3.70 -64.35 25.66 57.00 -31.35 Pass

10600

18V

V -57.95 -2.37 -60.32 29.68 57.00 -27.32 Pass



Test Mode Y-axis (H-H) TEMP & Humidity 24 , 57%




Radiated Power

(dBpW)


1000 H -47.09 -17.21 -64.30 25.70 43.00 -17.30 Pass

1500 H -46.74 -15.76 -62.50 27.50 43.00 -15.50 Pass

2000 H -44.34 -13.08 -57.42 32.58 43.00 -10.42 Pass

2150 H -45.67 -12.04 -57.71 32.29 43.00 -10.71 Pass

9750 H -60.13 -3.33 -63.46 26.55 57.00 -30.46 Pass

10600

18V

H -55.28 -2.52 -57.80 32.20 57.00 -24.80 Pass

1000 V -52.48 -16.84 -69.32 20.68 43.00 -22.32 Pass

1500 V -53.61 -15.20 -68.81 21.19 43.00 -21.81 Pass

2000 V -51.90 -11.82 -63.72 26.28 43.00 -16.72 Pass

2150 V -51.30 -11.52 -62.82 27.18 43.00 -15.82 Pass

9750 V -58.25 -3.70 -61.95 28.06 57.00 -28.95 Pass

10600

18V

V -57.44 -2.37 -59.81 30.19 57.00 -26.81 Pass



Test Mode Z-axis (H-H) TEMP & Humidity 24 , 57%




Radiated Power

(dBpW)


1000 H -65.70 -17.21 -82.91 7.09 43.00 -35.91 Pass

1500 H -54.82 -15.76 -70.58 19.42 43.00 -23.58 Pass

2000 H -55.67 -13.08 -68.75 21.25 43.00 -21.75 Pass

2150 H -52.17 -12.04 -64.21 25.79 43.00 -17.21 Pass

9750 H -57.65 -3.33 -60.98 29.03 57.00 -27.98 Pass

10600

18V

H -55.12 -2.52 -57.64 32.36 57.00 -24.64 Pass

1000 V -64.16 -16.84 -81.00 9.00 43.00 -34.00 Pass

1500 V -57.81 -15.20 -73.01 16.99 43.00 -26.01 Pass

2000 V -52.43 -11.82 -64.25 25.75 43.00 -17.25 Pass

2150 V -53.30 -11.52 -64.82 25.18 43.00 -17.82 Pass

9750 V -62.30 -3.70 -66.00 24.01 57.00 -33.00 Pass

10600

18V

V -56.89 -2.37 -59.26 30.74 57.00 -26.26 Pass



Test Mode X-axis (H-L) TEMP & Humidity 24 , 57%




Radiated Power

(dBpW)


1000 H -55.71 -17.21 -72.92 17.08 43.00 -25.92 Pass

1500 H -55.02 -15.76 -70.78 19.22 43.00 -23.78 Pass

2000 H -49.46 -13.08 -62.54 27.46 43.00 -15.54 Pass

2150 H -48.98 -12.04 -61.02 28.98 43.00 -14.02 Pass

9750 H -66.88 -3.33 -70.21 19.80 57.00 -37.21 Pass

10600

18V

H -59.02 -2.52 -61.54 28.46 57.00 -28.54 Pass

1000 V -52.67 -16.84 -69.51 20.49 43.00 -22.51 Pass

1500 V -53.85 -15.20 -69.05 20.95 43.00 -22.05 Pass

2000 V -54.67 -11.82 -66.49 23.51 43.00 -19.49 Pass

2150 V -53.70 -11.52 -65.22 24.78 43.00 -18.22 Pass

9750 V -60.01 -3.70 -63.71 26.30 57.00 -30.71 Pass

10600

18V

V -59.39 -2.37 -61.76 28.24 57.00 -28.76 Pass



Test Mode Y-axis (H-L) TEMP & Humidity 24 , 57%




Radiated Power

(dBpW)


1000 H -49.58 -17.21 -66.79 23.21 43.00 -19.79 Pass

1500 H -49.33 -15.76 -65.09 24.91 43.00 -18.09 Pass

2000 H -46.49 -13.08 -59.57 30.43 43.00 -12.57 Pass

2150 H -46.51 -12.04 -58.55 31.45 43.00 -11.55 Pass

9750 H -60.35 -3.33 -63.68 26.33 57.00 -30.68 Pass

10600

18V

H -55.63 -2.52 -58.15 31.85 57.00 -25.15 Pass

1000 V -54.24 -16.84 -71.08 18.92 43.00 -24.08 Pass

1500 V -57.49 -15.20 -72.69 17.31 43.00 -25.69 Pass

2000 V -53.62 -11.82 -65.44 24.56 43.00 -18.44 Pass

2150 V -52.99 -11.52 -64.51 25.49 43.00 -17.51 Pass

9750 V -59.24 -3.70 -62.94 27.07 57.00 -29.94 Pass

10600

18V

V -58.58 -2.37 -60.95 29.05 57.00 -27.95 Pass



Test Mode Z-axis (H-L) TEMP & Humidity 24 , 57%




Radiated Power

(dBpW)


1000 H -69.58 -17.21 -86.79 3.21 43.00 -39.79 Pass

1500 H -53.67 -15.76 -69.43 20.57 43.00 -22.43 Pass

2000 H -57.83 -13.08 -70.91 19.09 43.00 -23.91 Pass

2150 H -56.79 -12.04 -68.83 21.17 43.00 -21.83 Pass

9750 H -56.17 -3.33 -59.50 30.51 57.00 -26.50 Pass

10600

18V

H -56.98 -2.52 -59.50 30.50 57.00 -26.50 Pass

1000 V -63.53 -16.84 -80.37 9.63 43.00 -33.37 Pass

1500 V -53.93 -15.20 -69.13 20.87 43.00 -22.13 Pass

2000 V -51.96 -11.82 -63.78 26.22 43.00 -16.78 Pass

2150 V -51.87 -11.52 -63.39 26.61 43.00 -16.39 Pass

9750 V -64.97 -3.70 -68.67 21.34 57.00 -35.67 Pass

10600

18V

V -56.20 -2.37 -58.57 31.43 57.00 -25.57 Pass



Test Mode X-axis (V-H) TEMP & Humidity 24 , 57%




Radiated Power

(dBpW)


1000 H -47.75 -17.21 -64.96 25.04 43.00 -17.96 Pass

1500 H -49.35 -15.76 -65.11 24.89 43.00 -18.11 Pass

2000 H -42.09 -13.08 -55.17 34.83 43.00 -8.17 Pass

2150 H -42.42 -12.04 -54.46 35.54 43.00 -7.46 Pass

9750 H -66.30 -3.33 -69.63 20.38 57.00 -36.63 Pass

10600

18V

H -59.93 -2.52 -62.45 27.55 57.00 -29.45 Pass

1000 V -47.84 -16.84 -64.68 25.32 43.00 -17.68 Pass

1500 V -41.98 -15.20 -57.18 32.82 43.00 -10.18 Pass

2000 V -44.69 -11.82 -56.51 33.49 43.00 -9.51 Pass

2150 V -42.18 -11.52 -53.70 36.30 43.00 -6.70 Pass

9750 V -62.12 -3.70 -65.82 24.19 57.00 -32.82 Pass

10600

18V

V -59.67 -2.37 -62.04 27.96 57.00 -29.04 Pass



Test Mode Y-axis (V-H) TEMP & Humidity 24 , 57%




Radiated Power

(dBpW)


1000 H -49.40 -17.21 -66.61 23.39 43.00 -19.61 Pass

1500 H -38.40 -15.76 -54.16 35.84 43.00 -7.16 Pass

2000 H -42.70 -13.08 -55.78 34.22 43.00 -8.78 Pass

2150 H -41.96 -12.04 -54.00 36.00 43.00 -7.00 Pass

9750 H -58.98 -3.33 -62.31 27.70 57.00 -29.31 Pass

10600

18V

H -58.94 -2.52 -61.46 28.54 57.00 -28.46 Pass

1000 V -47.31 -16.84 -64.15 25.85 43.00 -17.15 Pass

1500 V -37.76 -15.20 -52.96 37.04 43.00 -5.96 Pass

2000 V -45.27 -11.82 -57.09 32.91 43.00 -10.09 Pass

2150 V -43.93 -11.52 -55.45 34.55 43.00 -8.45 Pass

9750 V -59.15 -3.70 -62.85 27.16 57.00 -29.85 Pass

10600

18V

V -58.76 -2.37 -61.13 28.87 57.00 -28.13 Pass



Test Mode Z-axis (V-H) TEMP & Humidity 24 , 57%




Radiated Power

(dBpW)


1000 H -52.36 -17.21 -69.57 20.43 43.00 -22.57 Pass

1500 H -54.59 -15.76 -70.35 19.65 43.00 -23.35 Pass

2000 H -45.43 -13.08 -58.51 31.49 43.00 -11.51 Pass

2150 H -45.29 -12.04 -57.33 32.67 43.00 -10.33 Pass

9750 H -56.48 -3.33 -59.81 30.20 57.00 -26.81 Pass

10600

18V

H -57.13 -2.52 -59.65 30.35 57.00 -26.65 Pass

1000 V -54.32 -16.84 -71.16 18.84 43.00 -24.16 Pass

1500 V -53.88 -15.20 -69.08 20.92 43.00 -22.08 Pass

2000 V -47.30 -11.82 -59.12 30.88 43.00 -12.12 Pass

2150 V -48.81 -11.52 -60.33 29.67 43.00 -13.33 Pass

9750 V -60.70 -3.70 -64.40 25.61 57.00 -31.40 Pass

10600

18V

V -55.73 -2.37 -58.10 31.90 57.00 -25.10 Pass



Test Mode X-axis (V-L) TEMP & Humidity 24 , 57%




Radiated Power

(dBpW)


1000 H -50.58 -17.21 -67.79 22.21 43.00 -20.79 Pass

1500 H -52.10 -15.76 -67.86 22.14 43.00 -20.86 Pass

2000 H -46.42 -13.08 -59.50 30.50 43.00 -12.50 Pass

2150 H -43.98 -12.04 -56.02 33.98 43.00 -9.02 Pass

9750 H -67.29 -3.33 -70.62 19.39 57.00 -37.62 Pass

10600

18V

H -59.65 -2.52 -62.17 27.83 57.00 -29.17 Pass

1000 V -52.10 -16.84 -68.94 21.06 43.00 -21.94 Pass

1500 V -43.34 -15.20 -58.54 31.46 43.00 -11.54 Pass

2000 V -50.96 -11.82 -62.78 27.22 43.00 -15.78 Pass

2150 V -61.63 -11.52 -73.15 16.85 43.00 -26.15 Pass

9750 V -61.40 -3.70 -65.10 24.91 57.00 -32.10 Pass

10600

18V

V -59.05 -2.37 -61.42 28.58 57.00 -28.42 Pass



Test Mode Y-axis (V-L) TEMP & Humidity 24 , 57%




Radiated Power

(dBpW)


1000 H -50.95 -17.21 -68.16 21.84 43.00 -21.16 Pass

1500 H -44.36 -15.76 -60.12 29.88 43.00 -13.12 Pass

2000 H -47.38 -13.08 -60.46 29.54 43.00 -13.46 Pass

2150 H -44.41 -12.04 -56.45 33.55 43.00 -9.45 Pass

9750 H -59.44 -3.33 -62.77 27.24 57.00 -29.77 Pass

10600

18V

H -54.74 -2.52 -57.26 32.74 57.00 -24.26 Pass

1000 V -52.72 -16.84 -69.56 20.44 43.00 -22.56 Pass

1500 V -54.01 -15.20 -69.21 20.79 43.00 -22.21 Pass

2000 V -48.86 -11.82 -60.68 29.32 43.00 -13.68 Pass

2150 V -47.08 -11.52 -58.60 31.40 43.00 -11.60 Pass

9750 V -59.60 -3.70 -63.30 26.71 57.00 -30.30 Pass

10600

18V

V -58.99 -2.37 -61.36 28.64 57.00 -28.36 Pass



Test Mode Z-axis (V-L) TEMP & Humidity 24 , 57%




Radiated Power

(dBpW)


1000 H -56.92 -17.21 -74.13 15.87 43.00 -27.13 Pass

1500 H -54.01 -15.76 -69.77 20.23 43.00 -22.77 Pass

2000 H -53.91 -13.08 -66.99 23.01 43.00 -19.99 Pass

2150 H -50.35 -12.04 -62.39 27.61 43.00 -15.39 Pass

9750 H -55.65 -3.33 -58.98 31.03 57.00 -25.98 Pass

10600

18V

H -55.85 -2.52 -58.37 31.63 57.00 -25.37 Pass

1000 V -55.98 -16.84 -72.82 17.18 43.00 -25.82 Pass

1500 V -55.83 -15.20 -71.03 18.97 43.00 -24.03 Pass

2000 V -53.07 -11.82 -64.89 25.11 43.00 -17.89 Pass

2150 V -52.78 -11.52 -64.30 25.70 43.00 -17.30 Pass

9750 V -62.23 -3.70 -65.93 24.08 57.00 -32.93 Pass

10600

18V

V -55.53 -2.37 -57.90 32.10 57.00 -24.90 Pass


7.3 INTERFERENCE ANTENNA TRMINAL (U4)

Center frequency : 9.75 GHz Antenna axis: Horizontal

Remarks: 18V

Antenna axis: Vertical

Remarks: 18V

Limit:-60dBm

Limit:-60dBm


Center frequency : 10.6 GHz Antenna axis: Horizontal

Remarks: 18V

Antenna axis: Vertical

Remarks: 18V

Limit:-60 dBm

Limit:-60 dBm


8. IMMUNITY TEST TEST EQUIPMENT

Name of Equipment Manufacturer Model Serial Number Calibration DueSignal Generator R&S SML 01 104396 03/22/2010 Signal Generator R&S SML 02 101594 03/22/2010

TV Test Transmitter R&S SFQ 100572 03/23/2010 TV Test Transmitter R&S SFM 100193 03/23/2010

Power Meter R&S NRVS 101303 03/24/2010 Power Sensor R&S URV5-Z4 100128 03/24/2010

Audio Analyzer R&S UPL 101319 03/24/2010 Spectrum Analyzer R&S FSP 100824 03/24/2010 Absorbing Clamp R&S MDS-21 100245 03/26/2010 RF System Panel R&S TS-RSP 100252 NCR

Electrostatic Discharge Simulator NoiseKen ESS-2000 0189C01569 09/11/2010

Power Amplifier BONN Elektronik BSA 1525-25 055966 NCR MPEG2 Measurement

Generator R&S DVG 100417 NCR

TV Generator SECAM R&S SGSF 100067 NCR TV Generator PAL R&S SGPF 100169 NCR

TV Generator NTSC R&S SGMF 100049 NCR Open stripline TEM Erika Fiedler NA NA NCR

Remark: 1. Each piece of equipment is scheduled for calibration once a year.


PERFORMANCE CRITERIA DESCRIPTION

Criteria A:

The equipment shall continue to operate as intended during the test. No change of actual operating state (for example change of channel) is allowed as a result of the application of the test. Multifunction equipment shall for each function meet the relevant requirements. Evaluation is carried out for audio and video functions.

Criteria B:

The equipment shall continue to operate as intended after the test. No loss of function is allowed after the test when the apparatus is used as intended, but failures which are recovered automatically but which cause temporary delay in processing, are permissible. No change of actual operating state for example change of channel or stored data and settings is allowed as a result of the application of the test. During the test, degradation of performance is allowed.

Evaluation of audio quality

Unless otherwise specified in this standard, the criterion of compliance with the requirement is a wanted to unwanted audio signal ratio of≧40 dB at a wanted audio signal level of 50 mW, or at another audio signal level specified by the manufacturer. If the S/N ratio is less than 43 dB, the performance criterion for audio assessment is the actual S/N ratio minus 3 dB. In this case, at the beginning of the audio quality evaluation the actual S/N ratio is measured and noted in the test report as reference value. For AM sound receivers the criterion is≧26 dB at 50 mW. For AM and FM car radios and for broadcast receiver cards for computers the criterion is≧26 dB at 500 mW.

Evaluation of picture quality

In the evaluation of picture interference the wanted test signal produces a standard picture (in the case of video tape equipment on the screen of the test-tv-set) and the unwanted signal produces a degradation of the picture. The degradation may be in a number of forms, such as a superposed pattern, disturbance of synchronization, geometrical distortion, loss of picture contrast, of colour, etc. The criterion of compliance with the requirement is just perceptible degradation by observation of the picture. The screen shall be observed under normal viewing conditions (brightness 15 lx to 20 lx), at a viewing distance of six times the height of the screen. In the case of video tape equipment the test criteria relate to the picture, assessed on a test-tv-set, which is connected to the video output terminal of the equipment.

DESCRIPTION OF PERIPHERALS

Description of peripherals is shown in section 6.

EUT & PERIPHERALS SETUP DIAGRAM

EUT & peripherals setup diagram is shown in appendix setup photos.

EUT OPERATING CONDITION

The EUT operating condition is shown in section 6.


8.1 IMMUNITY AGAINST RADIATED FIELDS (RFI) TEST (S3)

TEST REQUIREMENT AND PROCEDURE The test standard was based on EN 55020:2007. LIMITS

Limits of immunity to ambient electromagnetic fields of equipment with audio or video functions Frequency

MHz Level

dB(µV/m)

0.15 to 150 125

TEST RESULTS

Limit:125


Limit:125


8.2 ELECTROSTATIC DISCHARGE TEST

TEST REQUIREMENT AND PROCEDURE

The test standard was based on EN 55020:2007 and IEC 61000-4-2.

TEST CONDITIONS Source voltage / frequency : 230VAC/50Hz, Single phase

R-C network : 330 Ω, 150 PF.

Test Level :

Air Discharge : 2，4，8 KV

Contact Discharge : 2，4 KV

HCP Discharge : 2，4 KV

VCP Discharge : 2，4 KV

Polarity : Positive / Negative

Number of test :

10 Discharges / Sensitive Polarity for Air Discharge.

25 Discharges / Sensitive Polarity for Contact, HCP and VCP Discharge.

Time between test : 1 Sec. TEST RESULTS

Ambient temperature 25 °C Test Date 2009/10/29 Relative humidity 49% RH Test By Eason Chou

Atmospheric pressure 100 kpa

EN 55020:2007 requirement Performance verification (criteria) Test Requirement

Severity Level Polarity

Air discharge

Contactdischarge

HCP discharge

VCP discharge

Air discharge

Contact discharge

HCP discharge

VCP discharge

Testresults

+ B B B B A B A A PASS2 KV – B B B B A B A A PASS+ B B B B A B A A PASS4 KV – B B B B A B A A PASS+ B NR NR NR A NR NR NR PASS8 KV – B NR NR NR A NR NR NR PASS

Note : NR means there is no requirement.


THE TESTED POINTS OF EUT

※ A：Air Discharge ； C：Contact Discharge


APPENDIX I APPENDIX SETUP PHOTOS

RADIATED EMISSION MEASUREMENT SETUP


IMMUNITY AGAINST RADIATED FIELDS (RFI) TEST S3 SETUP

ELECTROSTATIC DISCHARGE SETUP

Compliance Certification Services Inc.

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