TECHNICAL REPORT. Measurement of radiated radio-noise emissions EUT:
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- Geoffrey Casey
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1 TECHNICAL REPORT Meaurement of radiated radio-noie emiion EUT: SIMATIC Mobile Panel 277 wirele with loading cradle, accumulator, AC / DC Adapter and tranponder MLFB-no. of SIMATIC Mobile Panel 277 wirele (non afety): MLFB-no. of tranponder: MLFB-no. of AC/DC adapter Reult: The radiated and conducted radio-noie emiion of the EUT are in compliance with Part 15 of the FCC rule. (CFR Title 47, Part 15B; FCC Cla A) Thi report replace report no. 08-E BM-B02, dated 2008/10/16 Engineer: Sign: Date: Page: Michael Tirpitz Förtch 2008/10/21 1 of 130 igned Tirpitz igned Förtch 08, all right reerved
2 Meaurement and report prepared by: Güthe Manufacturer of EUT: Siemen AG Siemen AG Dept. EWA PU 25 Dept.: I IA SE DE EMC 1 SE RD 5 EMC-Center Amberg Germany P.O. Box Erlangen. Technical report ditributed to: Germany A&D AS RD ST Type Tet Mr. Pemel Tel.: A&D SE RD 5 File (Original) Fax: A&D SE RD 5 Cover EUT (Equipment Under Tet): Product Type: Marketing Deignation: MLFB-no. of SIMATIC Mobile Panel 277 wirele : MLFB-no. of AC/DC adapter. MLFB-no. of tranponder: Periphery: MLFB-no. of CPU317F-2PN/DP: MLFB-no. of SCALANCE: SIMATIC Mobile Panel 277 Wirele 6ES FK13-0AB0 6GK SR00-2AA6 08, all right reerved MLFB-no. of tranponder: 2008/10/21 2 of 130
3 Table of content 1 General information AC Powerline conducted emiion Radiated emiion Photo Decription of EUT, peripheral and tet detail , all right reerved MLFB-no. of tranponder: 2008/10/21 3 of 130
4 1 General information Product decription and teted ytem detail See chapter 5. Electrical rating and firmware releae of EUT and periphery Voltage of loading cradle: 24 V DC Voltage of loading cradle for loading EUT: 12 V DC Voltage of AC / DC adapter 110 V, 60 Hz / 12 V DC Voltage of Mobile Panel: 7.2 V DC from accumulator Type tet no. of CPU317F-2PN/DP periphery: 7978 Type tet no. of 5 imulator: 7156, 3542, 4622, 3189, 3541 Type tet no. of SCALANCE periphery: 7979 Firmware releae of Mobile Panel: 2.33 BootCE loader releae: Operation ytem: Window CE 5.0 Software for EUT with tranponder: Typtet_Amberg_1_SAFETY_Tranponder.hmi Software for Periphery with tranponder: 2008_02_13_Typtet_Mobile277WLAN_Safety_mit_Tranponder_0.79_.zip Tet methodology Both, conducted and radiated tet were performed according to the procedure in ANSI C Radiated teting wa performed at an antenna to EUT ditance of 10 meter in a emianechoic chamber. 08, all right reerved MLFB-no. of tranponder: 2008/10/21 4 of 130
5 Tet facility The emianechoic chamber and conducted meaurement facility ued to monitor the emiion data are located at SIEMENS AG Dept.: I IA SE DE EMC Günther-Scharowky-Straße Erlangen Germany. Thi ite ha been found to be in compliance with the requirement of ection of the FCC Rule (Refer to letter 31040/SIT/1300F2 from Oct. 20, 1997, regitration lat renewed on Sep. 12, 2006). The department A&D SE RD 5 i recogniced to be competend to carry out conformity aement tak in relation to EMC within the framework of the Agreement concluded between the European Community and USA to the extend defined in the aociated recognition notice (Recognition certified by regitration number BNetzA-CAB-02/21-05/1) 08, all right reerved MLFB-no. of tranponder: 2008/10/21 5 of 130
6 2 AC powerline conducted emiion 2.1 Tet procedure Conducted emiion meaurement were performed in a emianechoic chamber uing LISN for the EUT Peripheral are not connected to the EUT only a WLAN via radio interface wa etablihed during tet. For precan meaurement the tet receiver wa et into the peak detector mode uing a meauring bandwith of 9 khz (Appendix A). Final meaurement were carried out for ignificant emiion. Significant emiion were defined from peak detector mode precan meaurement in all cae where an acceptance margin of 6 db below the quai peak limit value wa exceeded. For final meaurement the quai peak detector mode wa ued with a bandwith of 9 khz. For further data ee encloed tet reult. 2.2 Tet condition Date of tet: 2008/10/21 Tet taff: Mr. Tirpitz SIEMENS AG Dept. I IA SE DE EMC 1 Location of tet ite: SIEMENS AG Dept. I IA SE DE EMC Semianechoic Chamber in Building 47.1 Günther-Scharowky-Straße Erlangen Germany Temperature: 20 C Relative humidity: 54 % 08, all right reerved MLFB-no. of tranponder: 2008/10/21 6 of 130
7 2.3 Tet intrumentation Type Model No. Manufacturer Inv. No. Tet receiver ESHS 30 Rohde & Schwarz REC6034 Pule limiter ESH - Z2 Rohde & Schwarz ATT0024 LISN*) for EUT ESH3-Z5 Rohde & Schwarz NNB6008 Iolation tranformer 1 kva Siemen TTR6065 *) Line Impedance Simulation Network Table 1: Equipment ued for tet Opearation mode: refere to chapter radiated emiion Detailed tet etup: refere to chapter radiated emiion 2.4 Meaured data Table 2 indicate the reult of quai peak [QP] rep. average [Av] final meaurement of ignificant emiion. Indicated are conductor, frequency, maximum meaured peak rep. average value and correponding quai peak rep. average limit value. Conductor Frequency [MHz] Maximum of meaured value [dbµv] Actual limit value (quai peak rep. average) [dbµv] Range : Neutral 180 khz Peak: 56.9 dbµv Peak: 65 dbµv Average: 43.5 dbµv Average: 55 dbµv 240 khz Peak: 48.5 dbµv Peak: 63.5 dbµv Average: 35.6 dbµv Average: 53.5 dbµv 26 MHz Peak: 47.4 dbµv Peak 60 dbµv Average: 47.0 dbµv Average: 50 dbµv Phae L1 180 khz Peak: 55.9 dbµv Average: 42.2 dbµv Peak: 65 dbµv Average: 55 dbµv 08, all right reerved MLFB-no. of tranponder: 2008/10/21 7 of 130
8 Conductor Frequency [MHz] Maximum of meaured value [dbµv] Actual limit value (quai peak rep. average) [dbµv] 240 khz Peak: 47.7 dbµv Peak: 63.5 dbµv Average: 33.0 dbµv Average: 53.5 dbµv 26 MHz Peak: 49.4 dbµv Peak: 60 dbµv Average: 48.5 dbµv Average: 50 dbµv Table 2: Conducted final meaurement reult of critical frequencie Judgement: The meaured emiion kept within the limit of cla B (FCC Part 15) with a margin of at leat 1.5 db. The following record how the detailed meaurementreult given a pectra of the conducted emiion. 08, all right reerved MLFB-no. of tranponder: 2008/10/21 8 of 130
9 08-E Conducted emiion 21. Oct 08 10:32 EUT: Manuf: Op Cond: Operator: Tet Spec: Comment: Mobile Panel 277 IWLAN Siemen AG 20 deg. C. / 54% rel. Hum. Tirpitz FCC Part 15B Cla B AC 110V / 60 Hz Line N Scan Setting (1 Range) Frequencie Receiver Setting Start Stop Step IF BW Detector M-Time Atten Preamp OpRge 150k 30M 5k 10k PK+AV 50m AUTO LN OFF 60dB Final Meaurement: x QP / + AV Mea Time: 1 Subrange: 25 Acc Margin: 6dB Tranducer No. Start Stop Name 5 2 9k 30M ATT k 30M DT_K1 dbuv 120 Mkr : khz 20.3 dbuv Mkr : khz 3.9 dbuv bp 55011ba PAGE 1 30 MHz 08, all right reerved MLFB-no. of tranponder: 2008/10/21 9 of 130
10 08-E Conducted emiion 21. Oct 08 10:32 EUT: Manuf: Op Cond: Operator: Tet Spec: Comment: Mobile Panel 277 IWLAN Siemen AG 20 deg. C. / 54% rel. Hum. Tirpitz FCC Part 15B Cla B AC 110V / 60 Hz Line N Scan Setting (1 Range) Frequencie Receiver Setting Start Stop Step IF BW Detector M-Time Atten Preamp OpRge 150k 30M 5k 10k PK+AV 50m AUTO LN OFF 60dB Final Meaurement: x QP / + AV Mea Time: 1 Subrange: 25 Acc Margin: 6dB Tranducer No. Start Stop Name 5 2 9k 30M ATT k 30M DT_K1 dbuv 120 Mkr : khz 20.3 dbuv Mkr : khz 3.9 dbuv bp 55011ba PAGE 1 30 MHz 08, all right reerved MLFB-no. of tranponder: 2008/10/21 10 of 130
11 3 Radiated emiion 3.1 Tet procedure General information: Radiated emiion are meaured in a emianechoic chamber. The ditance between EUT and antenna i 10 m. The antenna ued for teting i a "bilog" type (manufacturer CHASE, model CBL 6112) uited for 30 MHz to 2 GHz. The antenna ued for teting i a "horn" type (manufacturer ETS, model 3117) uited for 1 GHz to 18 GHz and the antenna ued for teting i a "horn" type (manufacturer A.H. Sytem, model SAS-574) uited for 18 GHz to 40 GHz. The precan procedure i a follow: The precan i performed with a Hewlett Packard pectrum analyzer (8593 EM up to 2GHz) and with a Agilent pectrum analyzer (PSA 4446A up to 40GHz). The pectrum analyzer were et to the peak detector mode uing a meauring bandwidth of 120 khz up to 1 GHz and a bandwidth of 1MHz up to 40GHz. The EUT i placed on a turntable. Meaurement are carried out each 22.5 degree. The antenna i moved between 130 and 370 cm by tep of 60 cm with horizontal and vertical polarization. The maximum value i recorded and hown in a diagram. For each tep the ued EMI HP 85876B and Dare! Radimation Software record the actual pectrum and create a lit of wort cae poition (angle, mat height and polarization) for ignificant emiion. Final meaurement are carried out for ignificant emiion; that mean: all emiion which exceed an acceptance margin 6 db below the actual limit line. For final meaurement of thee emiion a Rohde & Schwarz tet receiver (ESCS30) i ued in the quai peak detector mode and with a bandwidth of 120 khz up to 1 GHz. Alo the Agilent analyzer i ued in peak and average mode with a bandwidth of 1 MHz up to 40GHz for final meaurment. At firt turntable and antenna are moved to the value of the lit created in the precan procedure and are then varied ± 30 and ± 30 cm in order to find the abolute maximum level of emiion. For further data ee encloed tet reult. 08, all right reerved MLFB-no. of tranponder: 2008/10/21 11 of 130
12 Operation mode: The tet wa performed in the frequency range 30MHz-2GHz with the operation mode ProfiNet I/O 5.52GHz (OP1; intentional radiator) and the operation mode tranponder mode 2.4GHz (OP2; intenional radiator) at the ame time. In the frequency range 1GHz-40GHz the tet wa performed in operation mode ProfiNet I/O 5.52GHz without operation mode tranponder mode 2.4GHz for the firt meaurement. The econd meaurement wa performed with both operation mode ProfiNet I/O 5.52GHz and tranponder mode 2.4GHz at the ame time. Detailed tet etup: Cyclic data tranfer between each module and verification. For emiion tet the WLAN connection wa et to channel 100 (frequency 5,520 GHz) at 28 MBit and 64 QAM. The Effective Range Sytem, coniting of the Effective Range Module -integrated inede the Mobile Panel 277 IWLAN- and Tranponder Module -eperate unit- wa activated during tet in accordance to it pecification. Frequency range 2.4 bi GHz continiu can. The ranging function i baed on the meaurement of the radio ignal travelling time. The reader (bae module) contain a voltage controlled ocillator (VCO, >2.4 GHz < GHz). It ignal will get filtered and radiated afterward through the tranmitting port of a dual port antenna. Shortly after, the - by the tranponder - backcatter modulated ignal will appear at the receiving port of the ame antenna. The ignal get filtered, amplified and fed into a mixer. The local ocillator ignal of the mixer i alo generated by the before mentioned VCO. After the mixer, the ignal i centred around 450 khz, the ubcarrier frequency ued by the tranponder. The ignal get narrowband filtered (bandwidth of ome 15 khz) and amplified. Then it get converted by the mean of an 10 bit analogue-to-digital converter. The ignal i BPSK ubcarrier modulated and ha alo an on-off-keying modulation (OOK). Thi modulation i ued for tranmitting the identification of the particular tranponder a well a ome tatu information. 08, all right reerved MLFB-no. of tranponder: 2008/10/21 12 of 130
13 3.2 Tet condition Date of tet: 2008/10/15 and 2008/10/16 Tet taff: Mr. Förtch, Mr. Tirpitz SIEMENS AG Dept. A&D SE RD 5 Location of tet ite: SIEMENS AG Dept.: I IA SE DE EMC 1 SE RD 5 Semianechoic Chamber in Building 47.1 Günther-Scharowky-Straße Erlangen Germany Temperature: 19 C and 19 C Relative humidity: 44 % and 45% 2.3 Tet intrumentation Type Manufacturer Model Inv. No. Lat calibration Calibration interval Tet Equipment EMI-Receiver R&S ESCS30 REC6055 Spectrum-Analyzer HP8593 EM ANA Preamplifier HP 87405A AMP6001 Agilent E4446A ANA6138 Antenna() Chae CBL6112A ANT6067 ETS Model 3117 ANT6141 A.H. Sytem ANT / / / / / / /06 1 year 1 year 1 year 1 year 2 year 2 year 2 year Iolation Tranformer Siemen 1kVA TTR Table 2.3.1: Equipment ued for tet 08, all right reerved MLFB-no. of tranponder: 2008/10/21 13 of 130
14 3.4 Field trength calculation The field trength i calculated by adding the antenna factor and cable factor automatically to the meaured value. The diplay of the receiver how the corrected value. The complete table of correction factor i given on the next page. The baic equation with a ample calculation i a follow: FS = MV + TF; TF = AF + CF + AmF where FS = Field Strength MV = Meaured Value TF = Tranducer Factor AF = Antenna Factor CF = Cable Attenuation Factor AmF = Amplifier Factor (negative prefix) Aume a receiver reading of 28.5 dbµv i obtained. The antenna factor of 10.5 and a cable factor of 1.3 i added, reulting in a field trength of 40.3 dbµv/m. FS = = 40.3 dbµv/m A negative TF i an amplification, a poitive TF i an attenuation! 08, all right reerved MLFB-no. of tranponder: 2008/10/21 14 of 130
15 3.5.1 Table of correction factor frequency range 30MHz-2GHz Remark: A negative TF i an amplification, a poitive TF i an attenuation! Frequency [MHz] Tranducer Factor TF [db] , all right reerved MLFB-no. of tranponder: 2008/10/21 15 of 130
16 3.5.2 Table of correction factor frequency range 1GHz-18GHz Antenna: Frequency [MHz] Tranducer Factor TF [db] , all right reerved MLFB-no. of tranponder: 2008/10/21 16 of 130
17 Cable: Frequency [GHz] Tranducer Factor TF [db] 1 48,867 1,149 49,567 1,298 50,268 1,447 50,807 1,596 51,229 1,745 51,149 1,894 51,191 2,043 51,161 2,192 51,603 2,342 51,527 2,491 51,367 2,64 51,163 2,789 51,11 2,938 50,604 3,087 50,382 3,236 50,267 3,385 49,744 3,535 50,02 3,684 49,444 3,833 49,933 3,982 49,587 4,131 50,625 4,28 49,833 4,429 51,08 4,578 51,371 4,728 51,101 4,877 51,3 5,026 51,813 5,175 51,669 5,324 51,63 5,473 51,499 5,622 51,171 5,771 50,676 5,921 51,072 6,07 51,037 6,219 50,113 6,368 50,306 08, all right reerved MLFB-no. of tranponder: 2008/10/21 17 of 130
18 Frequency [GHz] Tranducer Factor TF [db] 6,517 50,825 6,666 49,507 6,815 49,231 6,964 48,826 7,114 47,084 7,263 46,553 7,412 47,711 7,561 47,905 7,71 47,644 7,859 47,132 8,008 47,071 8,157 47,483 8,307 48,702 8,456 48,318 8,605 48,199 8,754 47,182 8,903 47,004 9,052 48,212 9,201 48,821 9,35 48,823 9,5 48,115 9,649 48,499 9,798 49,646 9,947 50,599 10,096 50,752 10,245 49,721 10,394 48,228 10,543 48,825 10,692 49,393 10,842 49,441 10,991 45,835 11,14 45,87 11,289 44,876 11,438 45,094 11,587 46,366 11,736 46,371 11,885 44,474 12,035 43,798 12,184 43,944 08, all right reerved MLFB-no. of tranponder: 2008/10/21 18 of 130
19 Frequency [GHz] Tranducer Factor TF [db] 12,333 45,046 12,482 47,189 12,631 45,882 12,78 45,352 12,929 43,859 13,078 43,853 13,228 44,51 13,377 45,536 13,526 44,6 13,675 42,729 13,824 42,737 13,973 45,286 14,122 45,989 14,271 45,716 14,421 45,342 14,57 44,331 14,719 45,667 14,868 46,839 15,017 47,321 15,166 46,617 15,315 46,646 15,464 47,112 15,614 46,984 15,763 47,725 15,912 48,836 16,061 50,725 16,21 50,526 16,359 52,396 16,508 53,047 16,657 52,559 16,807 51,053 16,956 49,545 17,105 48,392 17,254 47,04 17,403 47,422 17,552 46,914 17,701 47,213 17,85 46, ,511 08, all right reerved MLFB-no. of tranponder: 2008/10/21 19 of 130
20 3.5.3 Table of correction factor frequency range 18GHz-40GHz Antenna: Frequency [MHz] Tranducer Factor TF [db] , all right reerved MLFB-no. of tranponder: 2008/10/21 20 of 130
21 Cable: Frequency [GHz] Tranducer Factor TF [db] , , , , , , , , , , , , , , , , , , , all right reerved MLFB-no. of tranponder: 2008/10/21 21 of 130
22 Frequency [GHz] Tranducer Factor TF [db] 36, , , , Meaured data The lit in the following chapter indicate the reult of final meaurement of ignificant emiion. Indicated are frequency, turntable and antenna parameter for maximum indication, maximum meaured value and correponding quai peak / peak / average limit value (FCC Cla A). Aement: The meaured emiion kept within the limit of Cla A (FCC Part 15B) with a margin of at leat 1.5 db in the OP1 and with a margin of at leat 1.5 db in the OP1 together with OP2. The internal intentional radiator and their harmonic are not evaluated! For more detailed tet reult ee meaurement record a hown in chapter , all right reerved MLFB-no. of tranponder: 2008/10/21 22 of 130
23 3.7.1 Meaurement record of radiated emiion frequency range 30MHz 2GHz in OP1 and OP2 mode together 60.0 [dbuv/m] :26: Frequency [MHz] Critical FCC A [0/815] Frequency Angle Hgt Pol Peak QP Lmt QP Avg Lmt MHz deg cm dbuv/m dbuv/m dbuv/m dbuv/m ================================================================== No Signal in thi Lit 08, all right reerved MLFB-no. of tranponder: 2008/10/21 23 of 130
24 3.7.2 Meaurement record of radiated emiion frequency range 1GHz 40GHz in OP1 mode 90 FCC A 10m Average RBW: 1000 khz, Both Peak Max Emiion (dbµv/m) M 2 G 3 G 5 G 10 G 20 G 30 G 40 G 08, all right reerved MLFB-no. of tranponder: 2008/10/21 24 of 130
25 Reult lit (without internal intentional radiator): No. Frequency Peak value Limit of AV Value of AV Turntable Antenna Polarization 4 17,067 GHz 47,978 dbµv/m 49,5 dbµv/m 45,588 dbµv/m 0 Degree 250 m Horizontal 5 13,067 GHz 47,623 dbµv/m 49,5 dbµv/m 47,523 dbµv/m 0 Degree 250 m Vertical 6 17,567 GHz 48,987 dbµv/m 49,5 dbµv/m 46,747 dbµv/m 0 Degree 250 m Vertical 7 17,183 GHz 49,622 dbµv/m 49,5 dbµv/m 46,992 dbµv/m 0 Degree 250 m Vertical 8 17,15 GHz 49,116 dbµv/m 49,5 dbµv/m 46,366 dbµv/m 0 Degree 370 m Horizontal 9 15,75 GHz 48,32 dbµv/m 49,5 dbµv/m 48,07 dbµv/m 0 Degree 370 m Vertical 10 17,367 GHz 48,568 dbµv/m 49,5 dbµv/m 45,638 dbµv/m 0 Degree 370 m Vertical GHz 48,265 dbµv/m 49,5 dbµv/m 47,315 dbµv/m 21 Degree 370 m Horizontal 12 12,933 GHz 48,598 dbµv/m 49,5 dbµv/m 45,198 dbµv/m 21 Degree 250 m Horizontal 13 13,05 GHz 47,666 dbµv/m 49,5 dbµv/m 45,976 dbµv/m 21 Degree 129 m Vertical 14 17,683 GHz 47,999 dbµv/m 49,5 dbµv/m 46,599 dbµv/m 21 Degree 129 m Vertical 15 17,817 GHz 49,021 dbµv/m 49,5 dbµv/m 47,001 dbµv/m 44 Degree 129 m Horizontal 16 16,917 GHz 48,227 dbµv/m 49,5 dbµv/m 45,607 dbµv/m 44 Degree 129 m Vertical 17 17,033 GHz 48,937 dbµv/m 49,5 dbµv/m 46,727 dbµv/m 44 Degree 250 m Vertical 18 17,117 GHz 48,591 dbµv/m 49,5 dbµv/m 45,351 dbµv/m 44 Degree 250 m Vertical 19 17,833 GHz 49,383 dbµv/m 49,5 dbµv/m 46,713 dbµv/m 44 Degree 309 m Horizontal 20 16,783 GHz 47,686 dbµv/m 49,5 dbµv/m 46,876 dbµv/m 44 Degree 370 m Horizontal 21 16,9 GHz 47,958 dbµv/m 49,5 dbµv/m 46,038 dbµv/m 66 Degree 370 m Vertical 22 15,733 GHz 48,359 dbµv/m 49,5 dbµv/m 45,789 dbµv/m 66 Degree 370 m Horizontal 23 16,817 GHz 47,812 dbµv/m 49,5 dbµv/m 45,502 dbµv/m 66 Degree 309 m Vertical 24 17,133 GHz 49,568 dbµv/m 49,5 dbµv/m 45,768 dbµv/m 66 Degree 189 m Horizontal 25 17,233 GHz 48,782 dbµv/m 49,5 dbµv/m 47,592 dbµv/m 66 Degree 129 m Horizontal 26 17,75 GHz 48,572 dbµv/m 49,5 dbµv/m 46,242 dbµv/m 66 Degree 129 m Horizontal 27 16,867 GHz 49,198 dbµv/m 49,5 dbµv/m 46,228 dbµv/m 89 Degree 129 m Horizontal 28 17,967 GHz 49,131 dbµv/m 49,5 dbµv/m 45,181 dbµv/m 89 Degree 129 m Horizontal 29 17,25 GHz 48,594 dbµv/m 49,5 dbµv/m 46,554 dbµv/m 89 Degree 189 m Horizontal 30 17,633 GHz 49,299 dbµv/m 49,5 dbµv/m 47,579 dbµv/m 89 Degree 189 m Horizontal 31 17,6 GHz 49,16 dbµv/m 49,5 dbµv/m 47,03 dbµv/m 89 Degree 250 m Horizontal 32 17,083 GHz 47,904 dbµv/m 49,5 dbµv/m 45,624 dbµv/m 89 Degree 250 m Horizontal 33 17,933 GHz 48,514 dbµv/m 49,5 dbµv/m 45,684 dbµv/m 89 Degree 370 m Vertical 34 15,8 GHz 47,609 dbµv/m 49,5 dbµv/m 46,429 dbµv/m 111 Degree 370 m Vertical 35 15,55 GHz 50,011 dbµv/m 49,5 dbµv/m 44,191 dbµv/m 111 Degree 370 m Horizontal 36 17,383 GHz 48,502 dbµv/m 49,5 dbµv/m 46,842 dbµv/m 111 Degree 370 m Horizontal 37 17,1 GHz 47,779 dbµv/m 49,5 dbµv/m 45,799 dbµv/m 111 Degree 250 m Horizontal 38 10,983 GHz 47,623 dbµv/m 49,5 dbµv/m 45,383 dbµv/m 111 Degree 189 m Vertical 39 16,967 GHz 48,948 dbµv/m 49,5 dbµv/m 46,568 dbµv/m 111 Degree 129 m Vertical 08, all right reerved MLFB-no. of tranponder: 2008/10/21 25 of 130
26 No. Frequency Peak value Limit of AV Value of AV Turntable Antenna Polarization 40 15,883 GHz 47,998 dbµv/m 49,5 dbµv/m 44,468 dbµv/m 134 Degree 129 m Vertical 41 17,333 GHz 48,79 dbµv/m 49,5 dbµv/m 45,52 dbµv/m 134 Degree 189 m Vertical 42 16,7 GHz 48,103 dbµv/m 49,5 dbµv/m 44,203 dbµv/m 134 Degree 189 m Vertical 43 17,517 GHz 48,806 dbµv/m 49,5 dbµv/m 46,766 dbµv/m 134 Degree 189 m Vertical 44 15,25 GHz 47,797 dbµv/m 49,5 dbµv/m 45,517 dbµv/m 134 Degree 189 m Horizontal 45 11,85 GHz 48,22 dbµv/m 49,5 dbµv/m 43,15 dbµv/m 134 Degree 250 m Vertical 46 15,167 GHz 48,226 dbµv/m 49,5 dbµv/m 45,666 dbµv/m 134 Degree 370 m Horizontal 47 11,917 GHz 47,652 dbµv/m 49,5 dbµv/m 45,202 dbµv/m 134 Degree 370 m Vertical 48 17,85 GHz 49,035 dbµv/m 49,5 dbµv/m 46,225 dbµv/m 156 Degree 309 m Horizontal 49 11,967 GHz 47,967 dbµv/m 49,5 dbµv/m 44,237 dbµv/m 156 Degree 309 m Vertical 50 14,833 GHz 48,354 dbµv/m 49,5 dbµv/m 44,824 dbµv/m 156 Degree 189 m Horizontal 51 17,05 GHz 47,882 dbµv/m 49,5 dbµv/m 47,942 dbµv/m 156 Degree 189 m Horizontal 52 17,8 GHz 48,428 dbµv/m 49,5 dbµv/m 46,728 dbµv/m 156 Degree 189 m Horizontal 53 15,65 GHz 47,777 dbµv/m 49,5 dbµv/m 44,707 dbµv/m 156 Degree 129 m Horizontal 54 16,667 GHz 47,905 dbµv/m 49,5 dbµv/m 45,255 dbµv/m 179 Degree 129 m Vertical 55 10,967 GHz 48,443 dbµv/m 49,5 dbµv/m 44,443 dbµv/m 179 Degree 189 m Horizontal 56 17,283 GHz 48,555 dbµv/m 49,5 dbµv/m 46,185 dbµv/m 179 Degree 189 m Horizontal 57 13,783 GHz 47,822 dbµv/m 49,5 dbµv/m 45,912 dbµv/m 179 Degree 250 m Horizontal 58 17,783 GHz 49,003 dbµv/m 49,5 dbµv/m 46,083 dbµv/m 179 Degree 309 m Horizontal 59 17,867 GHz 49,532 dbµv/m 49,5 dbµv/m 47,202 dbµv/m 201 Degree 370 m Vertical GHz 48,153 dbµv/m 49,5 dbµv/m 45,073 dbµv/m 201 Degree 370 m Horizontal 61 16,85 GHz 48,172 dbµv/m 49,5 dbµv/m 46,232 dbµv/m 201 Degree 250 m Vertical 62 17,45 GHz 48,608 dbµv/m 49,5 dbµv/m 47,448 dbµv/m 201 Degree 189 m Horizontal 63 17,017 GHz 47,781 dbµv/m 49,5 dbµv/m 46,011 dbµv/m 201 Degree 129 m Vertical 64 14,55 GHz 47,703 dbµv/m 49,5 dbµv/m 45,003 dbµv/m 201 Degree 129 m Vertical 65 17,55 GHz 48,859 dbµv/m 49,5 dbµv/m 46,049 dbµv/m 224 Degree 189 m Vertical 66 16,95 GHz 47,624 dbµv/m 49,5 dbµv/m 46,164 dbµv/m 224 Degree 189 m Horizontal 67 16,717 GHz 48,193 dbµv/m 49,5 dbµv/m 45,903 dbµv/m 224 Degree 250 m Vertical 68 11,867 GHz 47,883 dbµv/m 49,5 dbµv/m 45,123 dbµv/m 224 Degree 250 m Vertical 69 17,7 GHz 47,729 dbµv/m 49,5 dbµv/m 46,989 dbµv/m 224 Degree 309 m Vertical 70 14,517 GHz 47,97 dbµv/m 49,5 dbµv/m 44,02 dbµv/m 224 Degree 309 m Vertical 71 16,883 GHz 48,213 dbµv/m 49,5 dbµv/m 46,503 dbµv/m 224 Degree 309 m Vertical 72 17,467 GHz 49,065 dbµv/m 49,5 dbµv/m 45,845 dbµv/m 224 Degree 309 m Horizontal 73 17,483 GHz 47,952 dbµv/m 49,5 dbµv/m 46,612 dbµv/m 246 Degree 370 m Horizontal 74 17,4 GHz 49,556 dbµv/m 49,5 dbµv/m 46,496 dbµv/m 246 Degree 309 m Horizontal 75 14,1 GHz 47,775 dbµv/m 49,5 dbµv/m 43,105 dbµv/m 246 Degree 309 m Vertical 76 17,167 GHz 48,304 dbµv/m 49,5 dbµv/m 45,754 dbµv/m 246 Degree 309 m Vertical 77 17,733 GHz 47,666 dbµv/m 49,5 dbµv/m 46,026 dbµv/m 246 Degree 250 m Vertical 78 15,683 GHz 47,825 dbµv/m 49,5 dbµv/m 45,325 dbµv/m 246 Degree 189 m Horizontal 79 16,983 GHz 48,127 dbµv/m 49,5 dbµv/m 46,417 dbµv/m 246 Degree 189 m Horizontal 08, all right reerved MLFB-no. of tranponder: 2008/10/21 26 of 130
27 No. Frequency Peak value Limit of AV Value of AV Turntable Antenna Polarization 80 17,267 GHz 48,888 dbµv/m 49,5 dbµv/m 45,538 dbµv/m 246 Degree 189 m Horizontal 81 17,3 GHz 49,282 dbµv/m 49,5 dbµv/m 46,922 dbµv/m 246 Degree 189 m Vertical 82 12,85 GHz 47,949 dbµv/m 49,5 dbµv/m 46,849 dbµv/m 269 Degree 129 m Vertical 83 16,933 GHz 47,856 dbµv/m 49,5 dbµv/m 46,046 dbµv/m 269 Degree 250 m Horizontal 84 17,883 GHz 50,029 dbµv/m 49,5 dbµv/m 46,599 dbµv/m 269 Degree 370 m Horizontal 85 16,833 GHz 48,527 dbµv/m 49,5 dbµv/m 47,427 dbµv/m 269 Degree 370 m Vertical 86 11,883 GHz 48,255 dbµv/m 49,5 dbµv/m 45,065 dbµv/m 291 Degree 309 m Horizontal 87 17,65 GHz 48,379 dbµv/m 49,5 dbµv/m 46,859 dbµv/m 291 Degree 250 m Horizontal 88 17,717 GHz 48,43 dbµv/m 49,5 dbµv/m 46,59 dbµv/m 291 Degree 250 m Horizontal 89 16,5 GHz 47,648 dbµv/m 49,5 dbµv/m 44,638 dbµv/m 291 Degree 129 m Horizontal 90 11,017 GHz 47,859 dbµv/m 49,5 dbµv/m 44,809 dbµv/m 314 Degree 129 m Horizontal 91 17,9 GHz 48,076 dbµv/m 49,5 dbµv/m 47,026 dbµv/m 314 Degree 129 m Horizontal 92 15,633 GHz 47,703 dbµv/m 49,5 dbµv/m 44,453 dbµv/m 314 Degree 250 m Horizontal 93 17,2 GHz 48,71 dbµv/m 49,5 dbµv/m 47,76 dbµv/m 314 Degree 309 m Vertical 94 17,5 GHz 48,589 dbµv/m 49,5 dbµv/m 46,689 dbµv/m 314 Degree 370 m Horizontal 95 17,583 GHz 49,053 dbµv/m 49,5 dbµv/m 47,713 dbµv/m 314 Degree 370 m Horizontal 96 15,583 GHz 47,72 dbµv/m 49,5 dbµv/m 43,61 dbµv/m 314 Degree 370 m Vertical 97 17,433 GHz 49,211 dbµv/m 49,5 dbµv/m 47,601 dbµv/m 336 Degree 370 m Vertical 98 12,033 GHz 47,641 dbµv/m 49,5 dbµv/m 44,251 dbµv/m 336 Degree 370 m Horizontal 99 17,533 GHz 48,462 dbµv/m 49,5 dbµv/m 47,012 dbµv/m 336 Degree 370 m Horizontal ,767 GHz 47,976 dbµv/m 49,5 dbµv/m 44,416 dbµv/m 336 Degree 250 m Horizontal ,667 GHz 48,019 dbµv/m 49,5 dbµv/m 47,009 dbµv/m 336 Degree 250 m Horizontal ,617 GHz 48,68 dbµv/m 49,5 dbµv/m 46,63 dbµv/m 336 Degree 250 m Horizontal ,417 GHz 48,255 dbµv/m 49,5 dbµv/m 45,645 dbµv/m 336 Degree 129 m Vertical ,787 GHz 47,7 dbµv/m 49,5 dbµv/m 24,96 dbµv/m 0 Degree 129 m Horizontal GHz 47,26 dbµv/m 49,5 dbµv/m 44,77 dbµv/m 0 Degree 129 m Horizontal ,02 GHz 48,848 dbµv/m 49,5 dbµv/m 35,988 dbµv/m 0 Degree 189 m Horizontal ,057 GHz 47,823 dbµv/m 49,5 dbµv/m 35,303 dbµv/m 0 Degree 309 m Horizontal ,507 GHz 48,495 dbµv/m 49,5 dbµv/m 34,225 dbµv/m 21 Degree 189 m Horizontal ,52 GHz 47,6 dbµv/m 49,5 dbµv/m 24,56 dbµv/m 21 Degree 189 m Horizontal ,627 GHz 47,429 dbµv/m 49,5 dbµv/m 31,889 dbµv/m 21 Degree 129 m Horizontal ,297 GHz 48,189 dbµv/m 49,5 dbµv/m 32,119 dbµv/m 44 Degree 129 m Vertical ,58 GHz 47,794 dbµv/m 49,5 dbµv/m 35,444 dbµv/m 44 Degree 189 m Horizontal ,727 GHz 47,461 dbµv/m 49,5 dbµv/m 34,831 dbµv/m 44 Degree 309 m Horizontal ,99 GHz 47,037 dbµv/m 49,5 dbµv/m 40,607 dbµv/m 44 Degree 309 m Horizontal ,117 GHz 47,052 dbµv/m 49,5 dbµv/m 22,922 dbµv/m 44 Degree 309 m Horizontal ,967 GHz 47,77 dbµv/m 49,5 dbµv/m 30,49 dbµv/m 44 Degree 370 m Vertical ,773 GHz 47,181 dbµv/m 49,5 dbµv/m 31,651 dbµv/m 66 Degree 370 m Horizontal ,983 GHz 48,377 dbµv/m 49,5 dbµv/m 36,087 dbµv/m 66 Degree 370 m Horizontal ,48 GHz 47,736 dbµv/m 49,5 dbµv/m 33,726 dbµv/m 66 Degree 189 m Horizontal 08, all right reerved MLFB-no. of tranponder: 2008/10/21 27 of 130
28 No. Frequency Peak value Limit of AV Value of AV Turntable Antenna Polarization ,593 GHz 47,45 dbµv/m 49,5 dbµv/m 24,92 dbµv/m 66 Degree 189 m Vertical ,187 GHz 47,267 dbµv/m 49,5 dbµv/m 30,867 dbµv/m 66 Degree 129 m Horizontal ,897 GHz 47,276 dbµv/m 49,5 dbµv/m 24,436 dbµv/m 89 Degree 189 m Horizontal ,13 GHz 48,732 dbµv/m 49,5 dbµv/m 35,962 dbµv/m 89 Degree 189 m Horizontal ,847 GHz 47,171 dbµv/m 49,5 dbµv/m 33,141 dbµv/m 89 Degree 250 m Horizontal ,27 GHz 47,194 dbµv/m 49,5 dbµv/m 28,764 dbµv/m 89 Degree 250 m Horizontal ,333 GHz 47,247 dbµv/m 49,5 dbµv/m 30,677 dbµv/m 89 Degree 250 m Vertical ,067 GHz 48,193 dbµv/m 49,5 dbµv/m 33,803 dbµv/m 89 Degree 370 m Horizontal ,223 GHz 47,335 dbµv/m 49,5 dbµv/m 32,675 dbµv/m 89 Degree 370 m Vertical ,03 GHz 48,476 dbµv/m 49,5 dbµv/m 32,716 dbµv/m 111 Degree 370 m Vertical ,957 GHz 47,277 dbµv/m 49,5 dbµv/m 32,397 dbµv/m 111 Degree 309 m Vertical ,273 GHz 47,482 dbµv/m 49,5 dbµv/m 23,712 dbµv/m 111 Degree 250 m Vertical ,14 GHz 47,418 dbµv/m 49,5 dbµv/m 34,368 dbµv/m 111 Degree 250 m Vertical ,36 GHz 47,892 dbµv/m 49,5 dbµv/m 34,032 dbµv/m 111 Degree 250 m Vertical ,137 GHz 47,033 dbµv/m 49,5 dbµv/m 38,343 dbµv/m 111 Degree 189 m Vertical ,75 GHz 48,455 dbµv/m 49,5 dbµv/m 23,435 dbµv/m 111 Degree 189 m Vertical ,663 GHz 47,295 dbµv/m 49,5 dbµv/m 32,885 dbµv/m 111 Degree 189 m Vertical ,97 GHz 47,907 dbµv/m 49,5 dbµv/m 23,687 dbµv/m 111 Degree 129 m Vertical ,553 GHz 47,929 dbµv/m 49,5 dbµv/m 32,549 dbµv/m 111 Degree 129 m Vertical ,603 GHz 47,244 dbµv/m 49,5 dbµv/m 25,114 dbµv/m 134 Degree 129 m Vertical ,947 GHz 48,327 dbµv/m 49,5 dbµv/m 36,507 dbµv/m 134 Degree 189 m Vertical ,783 GHz 47,5 dbµv/m 49,5 dbµv/m 29,32 dbµv/m 134 Degree 189 m Vertical ,18 GHz 47,192 dbµv/m 49,5 dbµv/m 24,912 dbµv/m 134 Degree 189 m Horizontal ,747 GHz 48,24 dbµv/m 49,5 dbµv/m 30,71 dbµv/m 134 Degree 309 m Horizontal ,763 GHz 47,671 dbµv/m 49,5 dbµv/m 33,931 dbµv/m 156 Degree 370 m Vertical ,05 GHz 47,15 dbµv/m 49,5 dbµv/m 29,2 dbµv/m 156 Degree 370 m Horizontal ,543 GHz 48,025 dbµv/m 49,5 dbµv/m 34,725 dbµv/m 156 Degree 370 m Horizontal ,68 GHz 47,662 dbµv/m 49,5 dbµv/m 35,432 dbµv/m 156 Degree 309 m Horizontal ,91 GHz 48,218 dbµv/m 49,5 dbµv/m 35,038 dbµv/m 156 Degree 189 m Vertical ,443 GHz 48,099 dbµv/m 49,5 dbµv/m 33,269 dbµv/m 156 Degree 129 m Vertical ,103 GHz 47,511 dbµv/m 49,5 dbµv/m 33,131 dbµv/m 179 Degree 189 m Vertical ,043 GHz 47,077 dbµv/m 49,5 dbµv/m 24,137 dbµv/m 179 Degree 189 m Vertical ,92 GHz 47,492 dbµv/m 49,5 dbµv/m 32,202 dbµv/m 179 Degree 189 m Horizontal ,213 GHz 47,243 dbµv/m 49,5 dbµv/m 34,693 dbµv/m 179 Degree 250 m Horizontal ,873 GHz 48,519 dbµv/m 49,5 dbµv/m 36,329 dbµv/m 179 Degree 250 m Horizontal ,153 GHz 47,225 dbµv/m 49,5 dbµv/m 23,475 dbµv/m 179 Degree 309 m Vertical ,003 GHz 47,231 dbµv/m 49,5 dbµv/m 30,681 dbµv/m 179 Degree 309 m Horizontal ,59 GHz 47,734 dbµv/m 49,5 dbµv/m 32,994 dbµv/m 179 Degree 370 m Horizontal ,567 GHz 47,839 dbµv/m 49,5 dbµv/m 23,789 dbµv/m 201 Degree 370 m Horizontal ,397 GHz 48,879 dbµv/m 49,5 dbµv/m 34,819 dbµv/m 201 Degree 309 m Horizontal 08, all right reerved MLFB-no. of tranponder: 2008/10/21 28 of 130
29 No. Frequency Peak value Limit of AV Value of AV Turntable Antenna Polarization ,433 GHz 47,427 dbµv/m 49,5 dbµv/m 33,757 dbµv/m 201 Degree 250 m Horizontal ,313 GHz 47,525 dbµv/m 49,5 dbµv/m 36,185 dbµv/m 201 Degree 250 m Horizontal ,307 GHz 47,145 dbµv/m 49,5 dbµv/m 29,015 dbµv/m 201 Degree 189 m Horizontal ,167 GHz 47,647 dbµv/m 49,5 dbµv/m 35,667 dbµv/m 201 Degree 129 m Vertical ,497 GHz 48,089 dbµv/m 49,5 dbµv/m 35,319 dbµv/m 201 Degree 129 m Horizontal ,037 GHz 47,499 dbµv/m 49,5 dbµv/m 43,939 dbµv/m 224 Degree 129 m Horizontal ,37 GHz 47,314 dbµv/m 49,5 dbµv/m 31,384 dbµv/m 224 Degree 129 m Vertical ,437 GHz 47,536 dbµv/m 49,5 dbµv/m 24,376 dbµv/m 224 Degree 189 m Horizontal ,8 GHz 47,34 dbµv/m 49,5 dbµv/m 35,95 dbµv/m 224 Degree 189 m Horizontal ,643 GHz 47,317 dbµv/m 49,5 dbµv/m 35,357 dbµv/m 224 Degree 250 m Horizontal ,26 GHz 47,332 dbµv/m 49,5 dbµv/m 30,942 dbµv/m 224 Degree 309 m Horizontal ,87 GHz 47,737 dbµv/m 49,5 dbµv/m 32,347 dbµv/m 224 Degree 370 m Horizontal ,093 GHz 48,767 dbµv/m 49,5 dbµv/m 35,747 dbµv/m 246 Degree 370 m Vertical ,21 GHz 47,313 dbµv/m 49,5 dbµv/m 38,683 dbµv/m 246 Degree 309 m Horizontal ,177 GHz 47,775 dbµv/m 49,5 dbµv/m 34,165 dbµv/m 246 Degree 309 m Horizontal ,007 GHz 47,604 dbµv/m 49,5 dbµv/m 23,464 dbµv/m 246 Degree 250 m Horizontal ,82 GHz 48,42 dbµv/m 49,5 dbµv/m 30,49 dbµv/m 246 Degree 250 m Horizontal ,24 GHz 47,216 dbµv/m 49,5 dbµv/m 36,316 dbµv/m 246 Degree 129 m Vertical ,653 GHz 48,033 dbµv/m 49,5 dbµv/m 33,483 dbµv/m 269 Degree 129 m Horizontal ,107 GHz 47,339 dbµv/m 49,5 dbµv/m 25,479 dbµv/m 269 Degree 189 m Vertical ,94 GHz 47,174 dbµv/m 49,5 dbµv/m 28,274 dbµv/m 269 Degree 250 m Horizontal ,35 GHz 47,32 dbµv/m 49,5 dbµv/m 34,84 dbµv/m 269 Degree 309 m Vertical ,22 GHz 47,582 dbµv/m 49,5 dbµv/m 45,212 dbµv/m 269 Degree 370 m Horizontal ,993 GHz 47,553 dbµv/m 49,5 dbµv/m 32,933 dbµv/m 269 Degree 370 m Horizontal ,457 GHz 47,032 dbµv/m 49,5 dbµv/m 23,982 dbµv/m 269 Degree 370 m Vertical ,197 GHz 47,103 dbµv/m 49,5 dbµv/m 28,553 dbµv/m 291 Degree 370 m Vertical ,323 GHz 47,625 dbµv/m 49,5 dbµv/m 35,305 dbµv/m 291 Degree 370 m Horizontal ,25 GHz 47,79 dbµv/m 49,5 dbµv/m 34,81 dbµv/m 291 Degree 309 m Horizontal ,933 GHz 47,701 dbµv/m 49,5 dbµv/m 25,401 dbµv/m 291 Degree 309 m Vertical ,837 GHz 47,659 dbµv/m 49,5 dbµv/m 35,819 dbµv/m 291 Degree 250 m Vertical ,033 GHz 47,127 dbµv/m 49,5 dbµv/m 24,487 dbµv/m 291 Degree 250 m Horizontal ,617 GHz 49,423 dbµv/m 49,5 dbµv/m 34,673 dbµv/m 291 Degree 189 m Vertical ,737 GHz 47,095 dbµv/m 49,5 dbµv/m 32,015 dbµv/m 291 Degree 129 m Horizontal ,46 GHz 47,634 dbµv/m 49,5 dbµv/m 36,144 dbµv/m 314 Degree 189 m Vertical ,517 GHz 47,643 dbµv/m 49,5 dbµv/m 33,023 dbµv/m 314 Degree 189 m Horizontal ,53 GHz 47,343 dbµv/m 49,5 dbµv/m 24,143 dbµv/m 314 Degree 250 m Horizontal ,423 GHz 47,469 dbµv/m 49,5 dbµv/m 35,479 dbµv/m 314 Degree 250 m Horizontal ,29 GHz 47,121 dbµv/m 49,5 dbµv/m 23,391 dbµv/m 314 Degree 309 m Vertical ,07 GHz 47,563 dbµv/m 49,5 dbµv/m 25,473 dbµv/m 314 Degree 309 m Horizontal ,253 GHz 47,215 dbµv/m 49,5 dbµv/m 23,645 dbµv/m 314 Degree 370 m Vertical 08, all right reerved MLFB-no. of tranponder: 2008/10/21 29 of 130
30 No. Frequency Peak value Limit of AV Value of AV Turntable Antenna Polarization ,47 GHz 48,244 dbµv/m 49,5 dbµv/m 34,634 dbµv/m 314 Degree 370 m Vertical ,973 GHz 47,099 dbµv/m 49,5 dbµv/m 36,659 dbµv/m 336 Degree 370 m Horizontal ,883 GHz 47,697 dbµv/m 49,5 dbµv/m 32,507 dbµv/m 336 Degree 250 m Vertical ,797 GHz 47,11 dbµv/m 49,5 dbµv/m 33,14 dbµv/m 336 Degree 129 m Horizontal No value beide the internal intentional radiator were above the limit! The peak limit i 20dB above the AV limit! 08, all right reerved MLFB-no. of tranponder: 2008/10/21 30 of 130
31 3.7.3 Meaurement record of radiated emiion frequency range 1GHz 40GHz in OP1 and OP2 mode together FCC A 10m Average FCC A 10m peak 90 RBW: 1000 khz, Both Average Max RBW: 1000 khz, Both Peak Max Emiion (dbµv/m) M 2 G 3 G 5 G 10 G 20 G 30 G 40 G Reult lit (without internal intentional radiator and their harmonic): No. Frequency Peak value Limit of AV Value of AV Turntable Antenna Pol ,4 GHz 46,916 dbµv/m 49,5 dbµv/m 46,916 dbµv/m 0 Degree 370 m Vertical 19 17,617 GHz 47,96 dbµv/m 49,5 dbµv/m 47,96 dbµv/m 44 Degree 250 m Vertical 2 5,153 GHz 47,147 dbµv/m 49,5 dbµv/m 26,967 dbµv/m 21 Degree 309 m Horizontal GHz 47,585 dbµv/m 49,5 dbµv/m 47,585 dbµv/m 89 Degree 250 m Vertical 21 12,9 GHz 28,37 dbµv/m 49,5 dbµv/m 46,77 dbµv/m 111 Degree 370 m Vertical 22 17,567 GHz 46,787 dbµv/m 49,5 dbµv/m 46,787 dbµv/m 111 Degree 370 m Vertical 08, all right reerved MLFB-no. of tranponder: 2008/10/21 31 of 130
32 No. Frequency Peak value Limit of AV Value of AV Turntable Antenna Pol. 111 Degree 23 17,417 GHz 46,955 dbµv/m 49,5 dbµv/m 46,955 dbµv/m 309 m Vertical GHz 47,018 dbµv/m 49,5 dbµv/m 47,018 dbµv/m 111 Degree 189 m Horizontal 25 17,367 GHz 46,608 dbµv/m 49,5 dbµv/m 46,608 dbµv/m 156 Degree 189 m Horizontal 26 17,383 GHz 46,512 dbµv/m 49,5 dbµv/m 46,512 dbµv/m 156 Degree 129 m Vertical 27 16,9 GHz 46,908 dbµv/m 49,5 dbµv/m 46,908 dbµv/m 179 Degree 309 m Horizontal 28 17,817 GHz 47,311 dbµv/m 49,5 dbµv/m 47,311 dbµv/m 179 Degree 370 m Horizontal 29 17,167 GHz 47,754 dbµv/m 49,5 dbµv/m 47,754 dbµv/m 179 Degree 370 m Vertical 30 12,033 GHz 34,581 dbµv/m 49,5 dbµv/m 46,621 dbµv/m 246 Degree 309 m Vertical 31 17,783 GHz 46,693 dbµv/m 49,5 dbµv/m 46,693 dbµv/m 269 Degree 129 m Vertical 32 17,767 GHz 47,547 dbµv/m 49,5 dbµv/m 47,547 dbµv/m 269 Degree 370 m Vertical 33 16,867 GHz 46,618 dbµv/m 49,5 dbµv/m 46,618 dbµv/m 291 Degree 250 m Vertical 34 16,95 GHz 46,594 dbµv/m 49,5 dbµv/m 46,594 dbµv/m 291 Degree 250 m Horizontal 35 17,8 GHz 47,008 dbµv/m 49,5 dbµv/m 47,008 dbµv/m 291 Degree 250 m Horizontal 36 15,7 GHz 46,888 dbµv/m 49,5 dbµv/m 46,888 dbµv/m 314 Degree 129 m Horizontal 37 17,333 GHz 46,72 dbµv/m 49,5 dbµv/m 46,72 dbµv/m 336 Degree 309 m Horizontal 38 38,57 GHz 46,758 dbµv/m 49,5 dbµv/m 46,758 dbµv/m 269 Degree 129 m Vertical No value beide the internal intentional radiator were above the limit! The peak limit i 20dB above the AV limit! 08, all right reerved MLFB-no. of tranponder: 2008/10/21 32 of 130
33 4. Photo 4.1 Phtoto of AC Powerline conducted emiion Photo 1: Tet etup for AC powerline conducted emiion (front ide) Photo 2: Tet etup for AC powerline conducted emiion (left ide) 08, all right reerved MLFB-no. of tranponder: 2008/10/21 33 of 130
34 Photo 3: Tet etup for AC powerline conducted emiion (rear ide) Photo 4: Tet etup for AC powerline conducted emiion (right ide) 08, all right reerved MLFB-no. of tranponder: 2008/10/21 34 of 130
35 Photo 5: AC Powerline Adapter 08, all right reerved MLFB-no. of tranponder: 2008/10/21 35 of 130
36 4.2 Photo of radiated meaurement in the frequency range 30MHz-2GHz Photo 6: Tet etup for radiated RF-emiion (front ide; tranponder left ide, Mobile Panel in the middle and loading cradle on right ide) Photo 7: Tet etup for radiated RF-emiion (right ide) 08, all right reerved MLFB-no. of tranponder: 2008/10/21 36 of 130
37 Photo 8: Tet etup for radiated RF-emiion (back ide) Photo 9: Tet etup for radiated RF-emiion (left ide) 08, all right reerved MLFB-no. of tranponder: 2008/10/21 37 of 130
38 Photo 10: Tet etup for radiated RF-emiion (Antenna for WLan connection) Photo 11: Tet etup for radiated RF-emiion (Periphery outide chamber) 08, all right reerved MLFB-no. of tranponder: 2008/10/21 38 of 130
39 4.2 Photo of radiated meaurement in the frequency range 1GHz-40GHz Photo 12: Tet etup for radiated RF-emiion (front ide; tranponder right ide, Mobile Panel in the loading cradle on left ide) Photo 13: Tet etup for radiated RF-emiion (right ide) 08, all right reerved MLFB-no. of tranponder: 2008/10/21 39 of 130
40 Photo 14: Tet etup for radiated RF-emiion (back ide) Photo 15: Tet etup for radiated RF-emiion (left ide) 08, all right reerved MLFB-no. of tranponder: 2008/10/21 40 of 130
41 Photo 16: Tet etup for radiated RF-emiion (Antenna for WLan connection) 08, all right reerved MLFB-no. of tranponder: 2008/10/21 41 of 130
42 5 Decription of EUT, peripheral and tet detail Technical drawing: 08, all right reerved MLFB-no. of tranponder: 2008/10/21 42 of 130
43 08, all right reerved MLFB-no. of tranponder: 2008/10/21 43 of 130
44 08, all right reerved MLFB-no. of tranponder: 2008/10/21 44 of 130
45 08, all right reerved MLFB-no. of tranponder: 2008/10/21 45 of 130
46 08, all right reerved MLFB-no. of tranponder: 2008/10/21 46 of 130
47 08, all right reerved MLFB-no. of tranponder: 2008/10/21 47 of 130
48 08, all right reerved MLFB-no. of tranponder: 2008/10/21 48 of 130
49 08, all right reerved MLFB-no. of tranponder: 2008/10/21 49 of 130
50 08, all right reerved MLFB-no. of tranponder: 2008/10/21 50 of 130
51 08, all right reerved MLFB-no. of tranponder: 2008/10/21 51 of 130
52 08, all right reerved MLFB-no. of tranponder: 2008/10/21 52 of 130
53 08, all right reerved MLFB-no. of tranponder: 2008/10/21 53 of 130
54 08, all right reerved MLFB-no. of tranponder: 2008/10/21 54 of 130
55 08, all right reerved MLFB-no. of tranponder: 2008/10/21 55 of 130
56 08, all right reerved MLFB-no. of tranponder: 2008/10/21 56 of 130
57 08, all right reerved MLFB-no. of tranponder: 2008/10/21 57 of 130
58 08, all right reerved MLFB-no. of tranponder: 2008/10/21 58 of 130
59 08, all right reerved MLFB-no. of tranponder: 2008/10/21 59 of 130
60 08, all right reerved MLFB-no. of tranponder: 2008/10/21 60 of 130
61 08, all right reerved MLFB-no. of tranponder: 2008/10/21 61 of 130
62 08, all right reerved MLFB-no. of tranponder: 2008/10/21 62 of 130
63 08, all right reerved MLFB-no. of tranponder: 2008/10/21 63 of 130
64 08, all right reerved MLFB-no. of tranponder: 2008/10/21 64 of 130
65 08, all right reerved MLFB-no. of tranponder: 2008/10/21 65 of 130
66 08, all right reerved MLFB-no. of tranponder: 2008/10/21 66 of 130
67 08, all right reerved MLFB-no. of tranponder: 2008/10/21 67 of 130
68 08, all right reerved MLFB-no. of tranponder: 2008/10/21 68 of 130
69 08, all right reerved MLFB-no. of tranponder: 2008/10/21 69 of 130
70 08, all right reerved MLFB-no. of tranponder: 2008/10/21 70 of 130
71 08, all right reerved MLFB-no. of tranponder: 2008/10/21 71 of 130
72 08, all right reerved MLFB-no. of tranponder: 2008/10/21 72 of 130
73 08, all right reerved MLFB-no. of tranponder: 2008/10/21 73 of 130
74 08, all right reerved MLFB-no. of tranponder: 2008/10/21 74 of 130
75 08, all right reerved MLFB-no. of tranponder: 2008/10/21 75 of 130
76 08, all right reerved MLFB-no. of tranponder: 2008/10/21 76 of 130
77 08, all right reerved MLFB-no. of tranponder: 2008/10/21 77 of 130
78 08, all right reerved MLFB-no. of tranponder: 2008/10/21 78 of 130
79 08, all right reerved MLFB-no. of tranponder: 2008/10/21 79 of 130
80 08, all right reerved MLFB-no. of tranponder: 2008/10/21 80 of 130
81 08, all right reerved MLFB-no. of tranponder: 2008/10/21 81 of 130
82 08, all right reerved MLFB-no. of tranponder: 2008/10/21 82 of 130
83 08, all right reerved MLFB-no. of tranponder: 2008/10/21 83 of 130
84 08, all right reerved MLFB-no. of tranponder: 2008/10/21 84 of 130
85 08, all right reerved MLFB-no. of tranponder: 2008/10/21 85 of 130
86 08, all right reerved MLFB-no. of tranponder: 2008/10/21 86 of 130
87 08, all right reerved MLFB-no. of tranponder: 2008/10/21 87 of 130
88 08, all right reerved MLFB-no. of tranponder: 2008/10/21 88 of 130
89 08, all right reerved MLFB-no. of tranponder: 2008/10/21 89 of 130
90 08, all right reerved MLFB-no. of tranponder: 2008/10/21 90 of 130
91 08, all right reerved MLFB-no. of tranponder: 2008/10/21 91 of 130
92 08, all right reerved MLFB-no. of tranponder: 2008/10/21 92 of 130
93 08, all right reerved MLFB-no. of tranponder: 2008/10/21 93 of 130
94 08, all right reerved MLFB-no. of tranponder: 2008/10/21 94 of 130
95 08, all right reerved MLFB-no. of tranponder: 2008/10/21 95 of 130
96 08, all right reerved MLFB-no. of tranponder: 2008/10/21 96 of 130
97 08, all right reerved MLFB-no. of tranponder: 2008/10/21 97 of 130
98 08, all right reerved MLFB-no. of tranponder: 2008/10/21 98 of 130
99 08, all right reerved MLFB-no. of tranponder: 2008/10/21 99 of 130
100 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
101 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
102 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
103 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
104 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
105 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
106 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
107 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
108 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
109 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
110 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
111 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
112 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
113 Photo of EUT: 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
114 Photo 17: EUT front 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
115 Photo 18: EUT back 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
116 Photo 19: EUT ide 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
117 Photo 20: EUT ide 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
118 Photo 21: EUT ide 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
119 Photo 22: Main Accumulator 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
120 Photo 23: Main Accumulator 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
121 Photo 24: Backup Accumulator 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
122 Photo 25: Backup Accumulator 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
123 Photo of PCB: Photo 26: EUT PCB 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
124 Photo 27: EUT PCB 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
125 Photo 28: WLan PCB 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
126 Photo 29: WLan PCB 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
127 Photo 30: Effective range module PCB 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
128 Photo 31: Effective range module PCB 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
129 Lit of ued frequencie inide EUT: Main PCB: CPU: FPGA: RTC: Ethernet controller: Touch controller: 13MHz 33MHz MHz 25MHz MHz Effective range module: µ-controler: 38.4kHz Tranmitter: 2.45GHz DSP: MHz Setup of EUT / periphery during tet: 08, all right reerved MLFB-no. of tranponder: 2008/10/ of 130
130 Ued cable of EUT during tet: Power upply of the EUT: 2x1.5mm² laboratory cable for 24V DC power upply Additional periphery: Photo 32: Periphery Text for uer manual: Thi device complie with Part 15 of the FCC Rule. Operation i ubject to the following two condition: (1) thi device may not caue harmful interference, and (2) thi device mut accept any interference received, including interference that may caue undeired operation. 08-E BM-B01 08, all right reerved MLFB-no. of SIMATIC Mobile Panel 277 wirele (non afety): 6AV DE01-0AX0 MLFB-no. of loading cradle: 6AV CE00-0AX0 MLFB-no. of tranponder: 2008/04/ of 130
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