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20

Technical Data

2.1.6

Co-Channel and Adjacent-Channel Interference

2.1.7 Signature

Curves

C/I for 1dB degradation @ 10

-6

BER

C/I for 3dB degradation @ 10

-6

BER

Co-Channel

Adjacent

Channel

Co-Channel

Adjacent

Channel

28.7 dB

-14.5 dB

22.7 dB

-15.8 dB

Table 2.22

Co-Channel and Adjacent-Channel Interference

Figure 2.1

Signature Curve 10 MHz Bandwidth / 16QAM

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Summary of Contents for Transcend T200 Series

Page 1: ...TranscendTM T200 800 Series Technical Data PM 1W0 LEZ003 000 Issue R4 Jan 28 2011 002 Advantech Wire less ...

Page 2: ......

Page 3: ... Title page read T80 200 800 Proprietary read 2010 Reference documents A2 A3 added Chapter 1 FCC warning added spanish FCC warning spanish read 20 pulgadas Table 2 3 units of measurment read dBm Table 2 4 clarifications on TR311 and TR151 and TR252 numbers Figure 2 16 replaced to remove dot s in the plot Jan 28 2011 R4 Minor format repair ...

Page 4: ......

Page 5: ...P 1G1 Tel 514 420 0045 Fax 514 420 0073 E mail info canada advantechwireless com The following offices also provide technical support for the modems and other RF products You can also visit our web site at www advantechwireless com Printed in Canada NORTH AMERICA USA Tel 1 703 788 6882 Fax 1 703 788 6511 sales advantechwireless com CANADA Tel 1 514 420 0045 Fax 1 514 420 0073 sales advantechwirele...

Page 6: ......

Page 7: ...the following Sections Reference Documents For more information please refer to the following documents Proprietary Copyright notice and sales office information Preface Document organization summary Chapter 1 Standards and Safety Information Chapter 2 Technical Data Appendix A Glossary Appendix B Technical Specifications Num Document Number Title A1 1W0 LBZ004 000 Transcend Product Accessories Li...

Page 8: ...VI Technical Data Preface Page Intentionally Left Blank ...

Page 9: ...y Options 7 Chapter 2 Technical Data 9 2 1 Specifications Requirements 9 2 1 1 Radio Frequency Bands 9 2 1 2 Transmitter Maximum Power 10 2 1 3 Other Transmitter Characteristics 11 2 1 4 Antenna Interface at ODU 11 2 1 5 Receiver Threshold 10E 6 BER 12 2 1 6 Co Channel and Adjacent Channel Interference 20 2 1 7 Signature Curves 20 2 1 8 Channel Size Typical Throughput 31 2 1 9 Ethernet Performance...

Page 10: ... Console Connector Pin Allocation 39 B 3 2 Alarms Redundancy Connector Pin Allocation 40 B 3 3 Optional E1 T1 D Sub Interface Connector Pin Allocation 41 B 3 4 HSSDC2 Connector Pin Allocation 42 B 3 5 RJ 45 Ethernet Connector Pin Allocation 42 B 3 6 IDU Power Connector 43 Index 45 ...

Page 11: ...M 26 Figure 2 13 Signature Curve 40 MHz Bandwidth 64QAM 26 Figure 2 14 Signature Curve 40 MHz Bandwidth 128QAM 27 Figure 2 15 Signature Curve 40 MHz Bandwidth 256QAM 27 Figure 2 16 Signature Curve 50 MHz Bandwidth 16QAM 28 Figure 2 17 Signature Curve 50 MHz Bandwidth 32QAM 28 Figure 2 18 Signature Curve 50 MHz Bandwidth 64QAM 29 Figure 2 19 Signature Curve 50 MHz Bandwidth 128QAM 29 Figure 2 20 Si...

Page 12: ...X Technical Data List Of Figures Page Intentionally Left Blank ...

Page 13: ...2 15 Receiver Threshold 25 MHz Bandwidth 16 Table 2 16 Receiver Threshold 28 MHz Bandwidth 17 Table 2 17 Receiver Threshold 30 MHz Bandwidth 17 Table 2 18 Receiver Threshold 40 MHz Bandwidth 18 Table 2 19 Receiver Threshold 50 MHz Bandwidth 18 Table 2 20 Receiver Threshold 56 MHz Bandwidth 19 Table 2 21 Receiver Threshold 80MHz Bandwidth 19 Table 2 22 Co Channel and Adjacent Channel Interference 2...

Page 14: ...XII Technical Data List Of Tables Table B 6 HSSDC2 connector Pin Allocation 42 Table B 7 10 100T Ethernet Connector Pin Allocation 43 ...

Page 15: ...oltage Directive LVD 2006 95 EC Electromagnetic Compatibility EMC Directive 2004 108 93 465 CE CE marking directive FCC Warning English German French Spanish This equipment generates uses and can radiate radio frequency energy and if not installed in accordance with the instructions contained herein may cause interfer ence to radio communications It has been tested and found to comply with the lim...

Page 16: ...NG ANY SERVICE WORK ON THE UNIT WARNUNG VDE TUV DER ZUGANG INS INNERHALB DES GERÄTES IST NUR EINEM FACHLICH QUALIFIZIERTEN TECHNIKER GESTATTET 1 UM DIE KÜHLUNG DES GERÄTES NICHT ZU BEEINTRÄCHTIGEN IST ES NOTWENDIG AN ALLEN SEITEN DES GERÄTES CA 5 CM RAUM ZU LASSEN 2 STELLEN SIE DAS GERÄT IN DER NÄHE EINES GEERDETEN SCHUTZKONTAKTSTECKERS SO AUF DASS DER STECKER LEICHT ERREICHBAR UND ZUGÄNGLICH IST ...

Page 17: ...lure to observe this warning can result in malfunction to the unit as well as electrocution to personnel Vorsich Dieses Gerät darf nur durch das bevollmächtigte Kundendienstpersonal der Fabrik instandgehalten werden Die Nichtbeachtung dieser Vorschrift kann zu Fehlfunktionen des Gerätes führen und das Personal durch Stromschläge gefährden Avertissement Cet appareil ne peut être examiné ou réparé q...

Page 18: ...utions ATTENTION USERS SHOULD TAKE NOTE OF THE CONTENTS OF THESE ADVISORIES ACHTUNG BENUTZER SOLLTEN BEACHTEN DER DIE INHALTE DIESER ADVISORIES NEHMEN AVERTISSEMENT LES UTILISATEURS DOIVENT PRENDRE NOTE DU CONTENU DE CES AVIS ATENCIÓN USUARIOS DEBEN TOMAR NOTA DE ESTAS ADVERTENCIAS ...

Page 19: ...ING ELECTROSTATIC SENSITIVE DEVICES ATTENTION BITTE BEOBACHTEN VORSICHTSMAßNAHMEN ZUR HANDHABUNG ELEKTROSTATISCHE EMPFINDLICHEN GERÄTE AVERTISSEMENT RESPECTEZ LES PRÉCAUTIONS POUR LA MANIPULATION DE DISPOSITIFS SENSIBLES AUX DÉCHARGES ATENCIÓN TOMAR PRECAUCIONES PARA MANEJO DE EQUIPOS SENSIBLES A DESCARGAS ELECTROSTÁTICAS ...

Page 20: ...d to Purchaser by Advantech Wireless shipping pre paid by Advantech Wireless This warranty shall immediately become null and void if in Advantech Wireless sole judgment the Product has been subject to unauthorized modification misuse abuse neglect accident improper installation or application alteration or neglect in use storage transportation or handling or if the serial number and or other Produ...

Page 21: ...discuss your specific equipment problems and when necessary give you shipping instruc tions for returning equipment to Advantech Wireless for repair To return a Product for service or repair you must obtain an RMA number from Advantech Wireless Customer Service The following information is required Customer name address telephone number Model number Serial number Detailed description of problem Al...

Page 22: ...8 Technical Data Standards and Safety Information Page Intentionally Left Blank ...

Page 23: ...and high power HP Frequency Band GHz Frequency Range GHz TR Spacing MHz L61 5 9 to 6 4 240 252 04 U61 6 4 to 7 1 340 7 7 1 to 7 9 154 160 161 168 196 245 8 7 9 to 8 5 119 126 151 614 208 266 311 32 11 10 7 to 11 7 490 500 530 13 12 7 to 13 3 266 15 14 4 to 15 4 315 420 475 490 640 644 728 18 17 7 to 19 7 10082 1010 1560 23 21 2 to 23 6 1008 1200 1232 26 24 2 to 26 5 800 1008 281 27 5 to 29 5 1008 ...

Page 24: ...21 0 22 0 14 5 17 0 26 22 0 23 5 25 0 19 0 20 5 22 0 13 5 17 0 28 25 0 22 0 17 0 32 21 0 22 5 23 0 18 0 18 5 21 0 12 5 16 0 38 18 0 22 0 23 0 16 0 17 5 20 0 11 5 16 0 Table 2 2 Transmitter Maximum Power QPSK 8PSK 16QAM 32QAM 64QAM 128QAM 256QAM Frequency Band GHz LP dB SP dB HP dB LP db SP dB HP dB LP dB SP dB HP dB L6 U6 21 19 15 7 8 33 33 21 28 28 5 19 22 5 15 11 31 32 22 27 27 5 20 21 5 15 13 3...

Page 25: ... 6 GHz TR252 04 which are 8 ppm Muting 50 dBm Typical High RSL 20 dBm QPSK 8PSK 16QAM 32QAM 23 dBm 64QAM 128QAM 256QAM Synthesizer Step Size 250 KHz except for 8 GHz TR311 32 TR151 614 and 6 GHz TR252 04 Table 2 4 Other Transmitter Characteristics Frequency Band GHz Interface Type L6 U6 Non Standard 7 8 1 025 dia 11 WR 75 13 WR 75 15 WR 62 18 WR 42 23 WR 42 26 WR 42 28 WR 28 32 WR 28 38 0 219 dia ...

Page 26: ...2 82 3 32 GHz 99 7 95 9 94 2 90 8 87 7 84 7 81 8 38 GHz 98 7 94 9 93 2 89 8 86 7 83 7 80 8 Table 2 6 Receiver Threshold 1 75 MHz Bandwidth Coding Modulation Schemes Modulation QPSK 8PSK 16QAM 32QAM 64QAM 128QAM 256QAM Code Rate 3 4 3 4 3 4 3 4 5 6 6 7 7 8 Maximum Data throughput Mbps 3 2 4 8 6 5 8 1 10 9 13 1 15 3 RX Threshold 10 6 BER dBm L6 U6 GHz 99 1 95 3 93 7 90 2 87 1 84 2 81 2 7 8 GHz 99 1 ...

Page 27: ...6 7 92 9 91 2 87 7 84 7 81 7 78 8 38 GHz 95 7 91 9 90 2 86 7 83 7 80 7 77 8 Table 2 8 Receiver Threshold 3 5 MHz Bandwidth Coding Modulation Schemes Modulation QPSK 8PSK 16QAM 32QAM 64QAM 128QAM 256QAM Code Rate 3 4 3 4 3 4 3 4 5 6 6 7 7 8 Maximum Data throughput Mbps 4 8 7 3 9 8 12 3 16 4 19 7 23 0 RX Threshold 10 6 BER dBm L6 U6 GHz 97 4 93 6 91 9 88 4 85 4 82 4 79 5 7 8 GHz 97 4 93 6 91 9 88 4 ...

Page 28: ...1 3 89 7 86 2 83 1 80 2 77 2 38 GHz 94 1 90 3 88 7 85 2 82 1 79 2 76 2 Table 2 10 Receiver Threshold 5 MHz Bandwidth Coding Modulation Schemes Modulation QPSK 8PSK 16QAM 32QAM 64QAM 128QAM 256QAM Code Rate 3 4 3 4 3 4 3 4 5 6 6 7 7 8 Maximum Data throughput Mbps 9 1 13 8 18 4 23 1 30 7 36 9 43 1 RX Threshold 10 6 BER dBm L6 U6 GHz 94 6 90 8 89 2 85 7 82 7 79 7 76 7 7 8 GHz 94 6 90 8 89 2 85 7 82 7...

Page 29: ...92 1 88 3 86 7 83 2 80 1 77 1 74 2 38 GHz 91 1 87 3 85 7 82 2 79 1 76 1 73 2 Table 2 12 Receiver Threshold 10 MHz Bandwidth Coding Modulation Schemes Modulation QPSK 8PSK 16QAM 32QAM 64QAM 128QAM 256QAM Code Rate 3 4 3 4 3 4 3 4 5 6 6 7 7 8 Maximum Data throughput Mbps 18 4 27 7 37 0 46 3 61 6 73 9 86 3 RX Threshold 10 6 BER dBm L6 U6 GHz 91 6 87 8 86 2 82 7 79 7 76 7 73 7 7 8 GHz 91 6 87 8 86 2 8...

Page 30: ... 3 83 7 80 2 77 1 74 1 71 2 38 GHz 88 1 84 3 82 7 79 2 76 1 73 1 70 2 Table 2 14 Receiver Threshold 20 MHz Bandwidth Coding Modulation Schemes Modulation QPSK 8PSK 16QAM 32QAM 64QAM 128QAM 256QAM Code Rate 3 4 3 4 3 4 3 4 5 6 6 7 7 8 Maximum Data throughput Mbps 33 0 49 6 66 2 82 7 110 1 132 1 154 1 RX Threshold 10 6 BER dBm L6 U6 GHz 89 1 85 3 83 7 80 2 77 1 74 2 71 2 7 8 GHz 89 1 85 3 83 7 80 2 ...

Page 31: ...87 6 83 8 82 2 78 7 75 6 72 7 69 5 38 GHz 86 6 82 8 81 2 77 7 74 6 71 7 68 5 Table 2 16 Receiver Threshold 28 MHz Bandwidth Coding Modulation Schemes Modulation QPSK 8PSK 16QAM 32QAM 64QAM 128QAM 256QAM Code Rate 3 4 3 4 3 4 3 4 5 6 6 7 7 8 Maximum Data throughput Mbps 39 7 59 6 79 5 99 3 132 1 158 5 185 0 RX Threshold 10 6 BER dBm L6 U6 GHz 88 3 84 5 82 9 79 4 76 3 73 4 70 2 7 8 GHz 88 3 84 5 82 ...

Page 32: ...2 3 80 6 77 2 74 1 71 1 67 6 38 GHz 85 1 81 3 79 6 76 2 73 1 70 1 66 6 Table 2 18 Receiver Threshold 40 MHz Bandwidth Coding Modulation Schemes Modulation QPSK 8PSK 16QAM 32QAM 64QAM 128QAM 256QAM Code Rate 3 4 3 4 3 4 3 4 5 6 6 7 7 8 Maximum Data throughput Mbps 66 2 99 4 132 5 165 6 220 3 264 3 308 4 RX Threshold 10 6 BER dBm L6 U6 GHz 86 1 82 3 80 7 77 2 74 1 71 2 67 8 7 8 GHz 86 1 82 3 80 7 77...

Page 33: ...84 6 80 8 79 2 75 7 72 6 69 7 66 1 38 GHz 83 6 79 8 78 2 74 7 71 6 68 7 65 1 Table 2 20 Receiver Threshold 56 MHz Bandwidth Coding Modulation Schemes Modulation QPSK 8PSK 16QAM 32QAM 64QAM 128QAM 256QAM Code Rate 3 4 3 4 3 4 3 4 5 6 6 7 7 8 Maximum Data throughput Mbps 73 5 110 3 147 1 183 9 246 9 296 2 345 6 RX Threshold 10 6 BER dBm L6 U6 GHz 85 6 81 8 80 2 76 7 73 6 70 7 67 3 7 8 GHz 85 6 81 8 ...

Page 34: ...e 2 1 7 Signature Curves C I for 1dB degradation 10 6 BER C I for 3dB degradation 10 6 BER Co Channel Adjacent Channel Co Channel Adjacent Channel 28 7 dB 14 5 dB 22 7 dB 15 8 dB Table 2 22 Co Channel and Adjacent Channel Interference Figure 2 1 Signature Curve 10 MHz Bandwidth 16QAM ...

Page 35: ...Technical Data PM 1W0 LEZ003 000 Issue R4 21 Figure 2 2 Signature Curve 10 MHz Bandwidth 32QAM Figure 2 3 Signature Curve 10 MHz Bandwidth 64QAM ...

Page 36: ...22 Technical Data Technical Data Figure 2 4 Signature Curve 10 MHz Bandwidth 128QAM Figure 2 5 Signature Curve 10 MHz Bandwidth 256QAM ...

Page 37: ...Technical Data PM 1W0 LEZ003 000 Issue R4 23 Figure 2 6 Signature Curve 30 MHz Bandwidth 16QAM Figure 2 7 Signature Curve 30 MHz Bandwidth 32QAM ...

Page 38: ...24 Technical Data Technical Data Figure 2 8 Signature Curve 30 MHz Bandwidth 64QAM Figure 2 9 Signature Curve 30 MHz Bandwidth 128QAM ...

Page 39: ...Technical Data PM 1W0 LEZ003 000 Issue R4 25 Figure 2 10 Signature Curve 30 MHz Bandwidth 256QAM Figure 2 11 Signature Curve 40 MHz Bandwidth 16QAM ...

Page 40: ...26 Technical Data Technical Data Figure 2 12 Signature Curve 40 MHz Bandwidth 32QAM Figure 2 13 Signature Curve 40 MHz Bandwidth 64QAM ...

Page 41: ...Technical Data PM 1W0 LEZ003 000 Issue R4 27 Figure 2 14 Signature Curve 40 MHz Bandwidth 128QAM Figure 2 15 Signature Curve 40 MHz Bandwidth 256QAM ...

Page 42: ...28 Technical Data Technical Data Figure 2 16 Signature Curve 50 MHz Bandwidth 16QAM Figure 2 17 Signature Curve 50 MHz Bandwidth 32QAM ...

Page 43: ...Technical Data PM 1W0 LEZ003 000 Issue R4 29 Figure 2 18 Signature Curve 50 MHz Bandwidth 64QAM Figure 2 19 Signature Curve 50 MHz Bandwidth 128QAM ...

Page 44: ...30 Technical Data Technical Data Figure 2 20 Signature Curve 50 MHz Bandwidth 256QAM ...

Page 45: ...7 9 9 5 11 9 13 9 15 9 3 5 5 5 7 6 11 1 13 3 16 7 19 5 22 3 3 75 5 9 8 1 11 9 14 3 17 9 20 9 23 9 5 7 9 10 9 15 9 19 1 23 9 27 9 31 9 7 11 1 15 3 22 3 26 8 33 5 39 1 44 7 10 15 9 21 9 31 9 38 4 47 9 55 9 64 0 14 22 3 30 7 44 7 53 8 67 2 78 4 89 6 20 31 9 43 9 63 9 76 9 96 0 112 0 128 1 25 39 9 55 0 80 0 96 2 120 0 140 1 160 1 28 44 8 61 6 89 6 107 8 134 5 156 9 179 3 30 48 0 66 0 96 0 115 5 144 1 ...

Page 46: ... 100 272 1518 100 286 Table 2 24 Typical Latency 56 MHz 64QAM Coding Modulation Schemes Modulation QPSK 8PSK 16 QAM 32 QAM 64 QAM 128 QAM 256 QAM Code Rate 3 4 15 19 15 19 5 6 8 9 9 10 11 12 Throughput Mbps 13 21 28 37 47 56 65 64 Byte Packet Max Delay usec 2202 1398 1062 809 982 979 978 Min Delay usec 2198 1382 1053 800 973 971 969 1518 Byte Packet Max Delay usec 3122 1989 1515 1159 1269 1225 119...

Page 47: ...Packet Max Delay usec 1856 1219 953 754 733 687 656 Min Delay usec 1848 1215 947 748 729 682 650 Table 2 26 30 MHz Bandwidth Coding Modulation Schemes Modulation QPSK 8PSK 16 QAM 32 QAM 64 QAM 128 QAM 256 QAM Code Rate 3 4 15 19 15 19 5 6 8 9 9 10 11 12 Throughput Mbps 53 83 111 147 188 223 259 64 Byte Packet Max Delay usec 556 356 273 210 254 252 254 Min Delay usec 552 352 269 206 250 249 248 151...

Page 48: ...ut Mbps 66 104 139 183 235 279 323 64 Byte Packet Max Delay usec 448 287 220 170 206 203 202 Min Delay usec 443 283 217 167 201 200 200 1518 Byte Packet Max Delay usec 657 435 339 268 290 281 273 Min Delay usec 654 429 335 266 287 279 270 5000 Byte Packet Max Delay usec 1166 784 623 503 491 464 442 Min Delay usec 1163 780 622 502 489 462 441 Table 2 28 50 MHz Bandwidth ...

Page 49: ...tion E EMC Electromagnetic Compatibility F FCC Federal Communications Commission Q QAM Quadrature amplitude modulation R RF Radio Frequency U UL Underwriters Laboratories V VDE Association for Electrical Electronic and Information Technologies Appendix A Glossary ...

Page 50: ...36 Technical Data Glossary Page Intentionally Left Blank ...

Page 51: ...277mm 10 9 inch approx Weight 3 2 kg 7 lbs Power AC Auto sensing 95 265 VAC 50 60 Hz Power Cord 6 ft with NEMA 5 15P connector Connector varies depending on country DC 48 VDC 32 to 72 VDC Power Cord 3 ft Tyco GA310 uses Molex 03 12 1036 connector IDU Option Power Consumption Nominal Power W Ethernet Only 24 Ethernet 16 T1 E1 35 Ethernet 16 T1 E1 STM 1 42 Environmental Operating Temperature 5 C to ...

Page 52: ...eight 5 kg 11 lbs Frequency Range GHz 6L 6U 7 8 11 13 15 18 23 26 28 32 38 Low power ODU 35 W Nominal Power 48V Standard power ODU 40 W Nominal Power 48V High Power ODU 52 W Nominal Power 48V 40 W Nominal Power 48V Environmental Operating Temperature 33 C to 55 C 27 F to 131 F full specification 45 C to 55 C 49 F to 131 F operational Up to 60 C with solar shade Storage Temperature ETS 300 019 2 1 ...

Page 53: ...ts B 3 1 RS232 Console Connector Pin Allocation Pin Number Function 1 No connect 2 TX RS232 from IDU 3 RX RS232 to IDU 4 No Connect 5 Gnd 6 No Connect 7 No Connect 8 No Connect 9 No Connect Table B 3 RS232 Console Connector Pin Allocation Figure B 1 Dsub 9 Pin Connector Rear View ...

Page 54: ... 5 RS485 Out from IDU Part of Redundancy 6 Relay Common 7 Alarm Out 1 open drain 8 GND 9 RS485 In to IDU Part of Redundancy 10 Gnd 11 NC Relay contact 12 Digital IN1 13 RS485 In to IDU Part of Redundancy 14 Alarm Out 2 Drain 15 RS485 Out from IDU Part of Redundancy Table B 4 Alarms Redundancy Connector Pin Allocation Figure B 2 Dsub 15 Pin High Density Connector Rear View ...

Page 55: ...1 T1 Traffic Channel 1 8 2 17 35 16 34 3 15 33 14 32 4 13 31 12 30 5 11 29 10 28 6 9 27 8 26 7 7 25 6 24 8 5 23 4 22 9 19 37 18 36 E1 T1 Traffic Channel 9 16 10 17 35 16 34 11 15 33 14 32 12 13 31 12 30 13 11 29 10 28 14 9 27 8 26 15 7 25 6 24 16 5 23 4 22 Table B 5 E1 T1 D Sub37 Connector Pin Allocation Figure B 3 Tributary Channel D Sub 37 pin Male Connector Rear View ...

Page 56: ...5 RJ 45 Ethernet Connector Pin Allocation Channel Number TX Pin RX Pin Connector 1 6 5 2 3 Aggregation Protection port 1 2 6 5 2 3 Aggregation Protection port 2 Table B 6 HSSDC2 connector Pin Allocation Figure B 4 HSSDC2 male External Cable Figure B 5 RJ 45 Ethernet Connector Rear View ...

Page 57: ..._D2 4 BI_D3 5 BI_D3 6 TX_D2 7 BI_D4 8 BI_D4 Table B 7 10 100T Ethernet Connector Pin Allocation Figure B 6 IDU DC Power Cable Assembly Ground Red Earth Frame Ground Green Yellow Negative Black Figure B 7 IDU DC Power Terminal Connector Ground Earth Frame Ground Negative Typical DC connector looking at the front of the IDU ...

Page 58: ...44 Technical Data Technical Specifications Figure B 8 IDU DC Power Connection Requirements Figure B 9 IDU AC Power Cable Assembly NOTE AC Outlet connector styles varies by country ...

Page 59: ... 45 A About this Document V C Change History I H Handling Procedures 5 HSSDC 2 42 P Proprietary III R Reference Documents V Regulatory FCC 2 UL CSA 2 VDE TUV 2 W Warranty Extended Warranty Options 7 Warranty and Service 6 Index ...

Page 60: ...Template Revision 002 ...

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