E675JS0073Fiber-Fed Repeater/Radio Head

PowerwaveFiber OpticsPreface VM100 56/EN – User’s ManualRev. P1A9-Draft 2004-11i User’s Manual Fiber Optics – English PrefaceFiber OpticsPowerwave iiRev. P1A9-Draft 2004-11VM100 56/EN – User’s Manual This document contains descriptions of Powerwave fiber optic units. Most sections in the document do not contain comlete information for building, installation, or commissioning systems and are therefore not allowed to be used as any kind of installation or commissioning guide. Only sections specificly declared to be installation or commissioning instructions are allowed to be used for that purpose. Hardware and software mentioned in this document are subjected to continuous development and improvement. Consequently, there may be minor discrepancies between the information in the document and the performance or design of the products. Specifications, dimensions and other statements mentioned in this document are subject to changes without prior notice. Powerwave and its suppliers shall not be liable for any damages related to this product, or for any other damages whatsoever caused of the use of or inability to use any Powerwave product. This is applicable even if Powerwave has been advised of the damage risk. Under any circumstances, Powerwave's entire liability shall be limited to replace such defective software or hardware which was originally purchased from Powerwave. LinDAS is a trademark of Powerwave. Microsoft is a registered trademark of Microsoft Corporation. Windows, Windows 98, Windows NT and Windows 2000 are trademarks of Microsoft Corporation. Intel and Pentium are registered trademarks of Intel Corporation. Hayes is a registered trademark of Hayes Microcomputer Products, Inc. Other trademarks mentioned in this manual are trademarks or registered trademarks of their respective owners. Powerwave Technologies, Inc., 1801 East St. Andrew Place, Santa Ana, CA 92705 USA Phone: +1 714 466 1000 – Fax: +1 714 466 5800 – Internet: www.powerwave.com This manual or parts of it may not be reproduced without the written permission of Powerwave Technologies. Infringements will be prosecuted. All rights reserved. Copyright © Powerwave Technologies, Inc., CA 92705 USA, 1994 – 2004. PowerwaveFiber OpticsPreface VM100 56/EN – User’s ManualRev. P1A9-Draft 2004-11iii Contents Abbreviations .................................................................................................................................. v 1. Safety ......................................................................................................................................... 1-1 Human Exposure of RF Radiation ..................................................................................... 1-3 Repeater Antennas ........................................................................................................ 1-3 Installation and Maintenance of Antenna Systems ....................................................... 1-3 Radiation Exposure ....................................................................................................... 1-4 Radiation Safety Distances ........................................................................................... 1-4 Static Electricity ................................................................................................................. 1-6 2. Introduction ............................................................................................................................... 2-1 Fiber Optics in General ...................................................................................................... 2-2 Fiber Optic Transmission Versus Electrical Transmission ........................................... 2-3 Duplex Transmission .................................................................................................... 2-4 System Building Blocks ..................................................................................................... 2-5 FON, Fiber Optic Node ................................................................................................. 2-6 FOU, Fiber Optic Unit .................................................................................................. 2-6 BMU, Base Station Master Unit ................................................................................... 2-7 RMU, Repeater Master Unit ......................................................................................... 2-7 FOR, Fiber Optic Repeater ........................................................................................... 2-7 OCM, Optical Converter Module ................................................................................. 2-8 RH, Remote Hub ........................................................................................................... 2-9 3. FON, Fiber Optic Node ............................................................................................................. 3-1 Functional Description ....................................................................................................... 3-1 Block Diagram .............................................................................................................. 3-2 R2R Communication .................................................................................................... 3-4 Gateway Node ............................................................................................................... 3-5 Alarm ............................................................................................................................ 3-5 Power ............................................................................................................................ 3-5 Backup Power ............................................................................................................... 3-5 Design ..........................................................................................................…

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PowerwaveFiber OpticsPreface VM100 56/EN – User’s ManualRev. P1A9-Draft 2004-11i User’s Manual Fiber Optics – English PrefaceFiber OpticsPowerwave iiRev. P1A9-Draft 2004-11VM100 56/EN – User’s Manual This document contains descriptions of Powerwave fiber optic units. Most sections in the document do not contain comlete information for building, installation, or commissioning systems and are therefore not allowed to be used as any kind of installation or commissioning guide. Only sections specificly declared to be installation or commissioning instructions are allowed to be used for that purpose. Hardware and software mentioned in this document are subjected to continuous development and improvement. Consequently, there may be minor discrepancies between the information in the document and the performance or design of the products. Specifications, dimensions and other statements mentioned in this document are subject to changes without prior notice. Powerwave and its suppliers shall not be liable for any damages related to this product, or for any other damages whatsoever caused of the use of or inability to use any Powerwave product. This is applicable even if Powerwave has been advised of the damage risk. Under any circumstances, Powerwave's entire liability shall be limited to replace such defective software or hardware which was originally purchased from Powerwave. LinDAS is a trademark of Powerwave. Microsoft is a registered trademark of Microsoft Corporation. Windows, Windows 98, Windows NT and Windows 2000 are trademarks of Microsoft Corporation. Intel and Pentium are registered trademarks of Intel Corporation. Hayes is a registered trademark of Hayes Microcomputer Products, Inc. Other trademarks mentioned in this manual are trademarks or registered trademarks of their respective owners. Powerwave Technologies, Inc., 1801 East St. Andrew Place, Santa Ana, CA 92705 USA Phone: +1 714 466 1000 – Fax: +1 714 466 5800 – Internet: www.powerwave.com This manual or parts of it may not be reproduced without the written permission of Powerwave Technologies. Infringements will be prosecuted. All rights reserved. Copyright © Powerwave Technologies, Inc., CA 92705 USA, 1994 – 2004. PowerwaveFiber OpticsPreface VM100 56/EN – User’s ManualRev. P1A9-Draft 2004-11iii Contents Abbreviations .................................................................................................................................. v 1. Safety ......................................................................................................................................... 1-1 Human Exposure of RF Radiation ..................................................................................... 1-3 Repeater Antennas ........................................................................................................ 1-3 Installation and Maintenance of Antenna Systems ....................................................... 1-3 Radiation Exposure ....................................................................................................... 1-4 Radiation Safety Distances ........................................................................................... 1-4 Static Electricity ................................................................................................................. 1-6 2. Introduction ............................................................................................................................... 2-1 Fiber Optics in General ...................................................................................................... 2-2 Fiber Optic Transmission Versus Electrical Transmission ........................................... 2-3 Duplex Transmission .................................................................................................... 2-4 System Building Blocks ..................................................................................................... 2-5 FON, Fiber Optic Node ................................................................................................. 2-6 FOU, Fiber Optic Unit .................................................................................................. 2-6 BMU, Base Station Master Unit ................................................................................... 2-7 RMU, Repeater Master Unit ......................................................................................... 2-7 FOR, Fiber Optic Repeater ........................................................................................... 2-7 OCM, Optical Converter Module ................................................................................. 2-8 RH, Remote Hub ........................................................................................................... 2-9 3. FON, Fiber Optic Node ............................................................................................................. 3-1 Functional Description ....................................................................................................... 3-1 Block Diagram .............................................................................................................. 3-2 R2R Communication .................................................................................................... 3-4 Gateway Node ............................................................................................................... 3-5 Alarm ............................................................................................................................ 3-5 Power ............................................................................................................................ 3-5 Backup Power ............................................................................................................... 3-5 Design ..........................................................................................................…

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PowerwaveFiber OpticsPreface VM100 56/EN – User’s ManualRev. P1A9-Draft 2004-11i User’s Manual Fiber Optics – English PrefaceFiber OpticsPowerwave iiRev. P1A9-Draft 2004-11VM100 56/EN – User’s Manual This document contains descriptions of Powerwave fiber optic units. Most sections in the document do not contain comlete information for building, installation, or commissioning systems and are therefore not allowed to be used as any kind of installation or commissioning guide. Only sections specificly declared to be installation or commissioning instructions are allowed to be used for that purpose. Hardware and software mentioned in this document are subjected to continuous development and improvement. Consequently, there may be minor discrepancies between the information in the document and the performance or design of the products. Specifications, dimensions and other statements mentioned in this document are subject to changes without prior notice. Powerwave and its suppliers shall not be liable for any damages related to this product, or for any other damages whatsoever caused of the use of or inability to use any Powerwave product. This is applicable even if Powerwave has been advised of the damage risk. Under any circumstances, Powerwave's entire liability shall be limited to replace such defective software or hardware which was originally purchased from Powerwave. LinDAS is a trademark of Powerwave. Microsoft is a registered trademark of Microsoft Corporation. Windows, Windows 98, Windows NT and Windows 2000 are trademarks of Microsoft Corporation. Intel and Pentium are registered trademarks of Intel Corporation. Hayes is a registered trademark of Hayes Microcomputer Products, Inc. Other trademarks mentioned in this manual are trademarks or registered trademarks of their respective owners. Powerwave Technologies, Inc., 1801 East St. Andrew Place, Santa Ana, CA 92705 USA Phone: +1 714 466 1000 – Fax: +1 714 466 5800 – Internet: www.powerwave.com This manual or parts of it may not be reproduced without the written permission of Powerwave Technologies. Infringements will be prosecuted. All rights reserved. Copyright © Powerwave Technologies, Inc., CA 92705 USA, 1994 – 2004. PowerwaveFiber OpticsPreface VM100 56/EN – User’s ManualRev. P1A9-Draft 2004-11iii Contents Abbreviations .................................................................................................................................. v 1. Safety ......................................................................................................................................... 1-1 Human Exposure of RF Radiation ..................................................................................... 1-3 Repeater Antennas ........................................................................................................ 1-3 Installation and Maintenance of Antenna Systems ....................................................... 1-3 Radiation Exposure ....................................................................................................... 1-4 Radiation Safety Distances ........................................................................................... 1-4 Static Electricity ................................................................................................................. 1-6 2. Introduction ............................................................................................................................... 2-1 Fiber Optics in General ...................................................................................................... 2-2 Fiber Optic Transmission Versus Electrical Transmission ........................................... 2-3 Duplex Transmission .................................................................................................... 2-4 System Building Blocks ..................................................................................................... 2-5 FON, Fiber Optic Node ................................................................................................. 2-6 FOU, Fiber Optic Unit .................................................................................................. 2-6 BMU, Base Station Master Unit ................................................................................... 2-7 RMU, Repeater Master Unit ......................................................................................... 2-7 FOR, Fiber Optic Repeater ........................................................................................... 2-7 OCM, Optical Converter Module ................................................................................. 2-8 RH, Remote Hub ........................................................................................................... 2-9 3. FON, Fiber Optic Node ............................................................................................................. 3-1 Functional Description ....................................................................................................... 3-1 Block Diagram .............................................................................................................. 3-2 R2R Communication .................................................................................................... 3-4 Gateway Node ............................................................................................................... 3-5 Alarm ............................................................................................................................ 3-5 Power ............................................................................................................................ 3-5 Backup Power ............................................................................................................... 3-5 Design ..........................................................................................................…

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Model Number: RH340000/100 ~ Input: 110 Vac, 10 A Maximum Output: 2.7 W Maximum FCC ID: E675JS0073 IC: 2868C-RH340000 S/N:

Utfärdare/Issued by Product Management Dattum/Date 2005-01-18 Godkänd/Approved SYKLK Dok nr/Doc no RH340000/001-201 Rev A Sida/Page Dok namn/Doc name PRELIMINARY PRODUCT SPECIFICATION Fil/file RH340000_100_A Wide band Radio Head Dual band GSM 850 / GSM 1900 MHz Product Number: RH340000/100 Electrical specification (typical values) Applicable standards: Radio Transmission and Reception - FCC Rule 24 (1900 MHz) - FCC Rule Parts 22 (850 MHz) Electromagnetic Compatibility - ETS 301 489-7 and applicable parts FCC Rule Parts 22 &24 Environmental - ETS 300 019-2-4 Electrical specification Frequency band Frequency band UL 800 824 – 849 MHz Frequency band DL 800 869 – 894 MHz Frequency band UL 1900 1850 – 1910 MHz Frequency band DL 1900 1930 – 1990 MHz RF characteristics per band Gain adjustment range > 30 dB Gain step resolution 0,5 dB Gain variation within each relevant band <2 dB Group delay <200 ns EVM (TDMA/EDGE) < 5 % Noise figure UL at max gain (excl. fiber), 25° Cº < 5 dB Receiver input port return loss 14 dB System characteristics System Fiber optical loss < 10 dB System Fiber optical link length 20 km System input power range +10 to +40 dBm Utfärdare/Issued by Product Management Dattum/Date 2005-01-18 Godkänd/Approved SYKLK Dok nr/Doc no RH340000/001-201 Rev A Sida/Page Dok namn/Doc name PRELIMINARY PRODUCT SPECIFICATION Fil/file RH340000_100_A Power supply Power supply voltage 115 - 230 V AC Power supply voltage DC (optional) 21 - 60 V DC Power consumption max 210 W Environmental Temperature range -13 to + 131 °F -25 to + 55 °C Casing class NEMA4/IP65 Mechanical Dimensions. (W x H x D) 17.4 x 20.9 x 7,7 Inches 440 x 530 x 195 mm Weight 50 lbs 22,5 Kg RF-connectors N-type female System output power (dBm/carrier) No of Carriers GSM 850 GSM 1900 8 22 dBm 22 dBm 16 20 dBm 20 dBm

(8)1 Viktor Gaunitz E PRODUCT SPECIFICATION Utfärdare/Issued byGranskad/Checked Tillhör/File Dok nr/Doc No Utgåva/Edition Sida/Page Dok. ansv., godk./Dok. resp., approved Datum/Date UA106 08--201 040924 Viktor Gaunitz DUPLEX FILTER(AMPS) 1GENERAL SPECIFICATION The filter shall be made in a RF---tight housing without openings that can cause RF---leakage. Metallic tape can cover trimming holes, as long as RF---tightness is achieved and adhesion is maintained through life. N.B. The tape is not allowed to cover any part of the marking. Further- more, the filter shall be made in accordance with good workmanship. It shall be built up as a three port device with the ports defined as follows: ANT= common port with interconnection between the two filter parts. HI=the higher pass band frequency port. LO=the lower pass band frequency port. The ANT port must be DC---connected to ground (chassis) of the unit. Both the LO to ANT and the HI to ANT filters shall be true pass band types. 2MECHANICALDAT A All dimensions in mm. Note 1: Including foldings around corners and resonator ends pointing out on the front. Note 2: Maximum height including SMA right angle connectors (adding 12mm) is42 mm. 5max (3x) 5.5 max 70 0.2 85 1) max 8.51 4.5 max 432 940.2 105 max 86 max 88.0 max 0.5 --- 0.8 ∅40.2 (4x) 0.5 --- 0.8 SMA female (3x) LO ANT HI ART. NO: UA106 08/1 20 max 91 (4x) 824--849/869--894 MHz 31.52 ”Mfg No.-- Serial No.-- Date code” FIGURENO1 (8)2 Viktor GaunitzE PRODUCT SPECIFICATION Utfärdare/Issued byGranskad/Checked Tillhör/File Dok nr/Doc No Utgåva/Edition Sida/Page Dok. ansv., godk./Dok. resp., approved Datum/Date UA106 08--201 040924 Viktor Gaunitz ∅4.00.2 (4x) SMA female (3x) LO HI ART. NO: UA106 08/2 824--849/869--894 MHz ANT 45 max 2) 70.00.2 40 max 1) 92 max 1) 56.00.2 64 15.80.5 (4x) 152 342 (2x) 0.5 --- 0.8 (4x) 4.30.5 (2x) 4.30.5 (2x) 9.50.5 (4x) 10.5 nom (4x) ”Mfg No.-- Serial No.-- Date code” +3 --- 1 FIGURE NO 2 (8)3 Viktor GaunitzE PRODUCT SPECIFICATION Utfärdare/Issued byGranskad/Checked Tillhör/File Dok nr/Doc No Utgåva/Edition Sida/Page Dok. ansv., godk./Dok. resp., approved Datum/Date UA106 08--201 040924 Viktor Gaunitz ∅4.00.2 (4x) SMA female (3x) LO HI ANT 54 1) max 56.00.2 22 1) max 88 1) max 70.00.2 78 15.00.5 (4x) 0.6 (4x) 13.0 nom (4x) +3 --- 1 FIGURE NO 3 29 2) Nut (optional) (3x) ART. NO: UA106 08/3 Date code 824--849/869--894 MHz ”Mfg No.-- Serial No.” Data Matrix code 2.1Material Housing:Copper Connector bodies:Brass or beryllium copper. Contact sockets:Beryllium copper 2.2Surface treatment Housing:Tin plating Connector bodies:Min 2mm Cu(55%)---Sn(25%)---Zn(20%)---alloy or min 0.8mmAu. Contact sockets:Min 1.3mmAu. 3ELECTRICAL SPECIFICA TION 3.1Maximum ratings Quantity SymbolConditionValueUnit Operating temp. rangeT opr --- 25 to +85 o C Relative humidity, (steady state), without corrosion RHAt +40 o C, @ 90 to 95 %RH 21days Power handling, peakP peak Min 35W Power handling, averageP avg MultitoneMin 8W (8)4 Viktor GaunitzE PRODUCT SPECIFICATION Utfärdare/Issued byGranskad/Checked Tillhör/File Dok nr/Doc No Utgåva/Edition Sida/Page Dok. ansv., godk./Dok. resp., approved Datum/Date UA106 08--201 040924 Viktor Gaunitz 3.2 Characteristics Data given below is not allowed to alter when the filter is mated with cable connectors using a coupling nut torque of one (1) Nm. UA106 08/1 (Not for new design)Replaced by UA10608/3 Figure No 1 Quantity SymbolConditionValueUnit Port ANT to HI Insertion lossI L 869 to 894 MHzMax 1.5dB Return loss in portHIR L 869 to 894 MHzMin 16dB AttenuationA600 to 824 MHzMin 35dB 824 to 849 MHzMin 60 934 to 990 MHzMin 10 990 to 1100 MHzMin 25 1738 to 1788 MHzMin 15 (goal 30) 2607 to 2682 MHzMin 30 Port ANT to LO Insertion lossI L 824 to 849 MHzMax 1.6dB Return loss in portLOR L 824 to 849 MHzMin 16dB AttenuationA600 to 780 MHzMin 30dB 869 to 894 MHzMin 58 894 to 1100 MHzMin 40 1648 to 1698 MHzMin 30 2472 to 2547 MHzMin 3 (goal 30) Intermodulation measurement in Port HI, when two +30 dBm signals, 824 and 849 MHz are fed into Port LO while Port ANT is terminated with a 50Ωload. IntermodulationIMAs above. Measured at 874 MHz. Max --- 105 (goal ---115) dBm Intermodulation measurement in Port LO, when two +30 dBm signals, 869 and 894 MHz are fed into Port HI while Port ANT is terminated with a 50Ωload. IntermodulationIMAs above. Measured at 844 MHz. Max --- 105 (goal ---115) dBm (8)5 Viktor GaunitzE PRODUCT SPECIFICATION Utfärdare/Issued byGranskad/Checked Tillhör/File Dok nr/Doc No Utgåva/Edition Sida/Page Dok. ansv., godk./Dok. resp., approved Datum/Date UA106 08--201 040924 Viktor Gaunitz UA106 08/2 (Not for new design)Replaced by UA10608/3 Figure No 2 Quantity SymbolConditionValueUnit Port ANT to HI Insertion lossI L 869 to 894 MHzMax 1.3dB Return loss in portHIR L 869 to 894 MHzMin 16dB AttenuationA600 to 824 MHzMin 60dB 824 to 849 MHzMin 60 934 to 990 MHzMin 40 990 to 1100 MHzMin 60 1738 to 1788 MHzMin 60 2607 to 2682 MHzMin 60 Port ANT to LO Insertion lossI L 824 to 849 MHzMax 1.3dB Return loss in portLOR L 824 to 849 MHzMin 16dB AttenuationA600 to 780 MHzMin 50dB 869 to 894 MHzMin 60 894 to 1100 MHzMin 60 1648 to 1698 MHzMin 60 2472 to 2547 MHzMin 60 Intermodulation measurement in Port HI, when two +30 dBm signals, 824 and 849 MHz are fed into Port LO while Port ANT is terminated with a 50Ωload. IntermodulationIMAs above. Measured at 874 MHz. Max --- 105 (goal ---115) dBm Intermodulation measurement in Port LO, when two +30 dBm signals, 869 and 894 MHz are fed into Port HI while Port ANT is terminated with a 50Ωload. IntermodulationIMAs above. Measured at 844 MHz. Max --- 105 (goal ---115) dBm (8)6 Viktor GaunitzE PRODUCT SPECIFICATION Utfärdare/Issued byGranskad/Checked Tillhör/File Dok nr/Doc No Utgåva/Edition Sida/Page Dok. ansv., godk./Dok. resp., approved Datum/Date UA106 08--201 040924 Viktor Gaunitz UA106 08/3 Figure No 3 Quantity SymbolConditionValueUnit Port ANT to HI Insertion lossI L 869 to 894 MHzMax 1.3dB Return loss in po…

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(3)1 Viktor Gaunitz C PRODUCT SPECIFICATION Utfärdare/Issued byGranskad/Checked Tillhör/File Dok nr/Doc No Utgåva/Edition Sida/Page Dok. ansv., godk./Doc. resp., approved Datum/Date UA106 14--201 040927 Viktor Gaunitz DUPLEX FILTER (Full---band PCS1900) 1GENERAL SPECIFICATION The filter shall be made in a RF---tight housing without openings that can cause RF---leakage. Metallic tape can cover trimming holes, as long as RF---tightness is achieved and adhesion is maintained through life. N.B. The tape is not allowed to cover any part of the marking. Furt- hermore the filter shall be made in accordance with good workmanship. It shall be built up as a three port device with the ports defined as follows: ANT= common port with interconnec- tion between the two filter parts. HI=the higher pass band frequency port. LO=the lower pass band frequency port. The ANT port must be DC---connected to ground (chassis) of the unit. Both the LO to ANT and the HI to ANT filters shall be true pass band types. (3)2 Viktor Gaunitz C PRODUCT SPECIFICATION Utfärdare/Issued byGranskad/Checked Tillhör/File Dok nr/Doc No Utgåva/Edition Sida/Page Dok. ansv., godk./Doc. resp., approved Datum/Date UA106 14--201 040927 Viktor Gaunitz 2MECHANICALDATA All dimensions in mm. ∅4.00.2 (4x) SMA female (3x) LOHI 1850--1910/1930--1990MHz ANT 82 max 1) 31 max 1) 104.5 max 1) 18.51 (3x) 1100.2 118.5 max 70 0.2 10.00.5 (4x) 1.0 (4x) 6.01(2x) 562 7 --- 9 962 ART. NO: UA106 14/1 Date code ”Mfg No.-- Serial No.” Data Matrix code 5.0 (4x) ∅7 Hex nut optional (3x) Notes:1) Including foldings around corners. (3)3 Viktor Gaunitz C PRODUCT SPECIFICATION Utfärdare/Issued byGranskad/Checked Tillhör/File Dok nr/Doc No Utgåva/Edition Sida/Page Dok. ansv., godk./Doc. resp., approved Datum/Date UA106 14--201 040927 Viktor Gaunitz 2.1Material Housing:Copper Connector bodies:Brass or beryllium copper. Contact sockets:Beryllium copper 2.2Surface treatment Housing, incl. inner walls:Min 2mmAg. Connector bodies:Min 2mm Cu(55%)---Sn(25%)---Zn(20%)---alloy or min 0.8mmAu. Contact sockets:Min 1.3mmAu. 3ELECTRICAL SPECIFICA TION 3.1Maximum ratings Quantity SymbolConditionValueUnit Operating temp. rangeT opr All data met, unless otherwise specified --- 25 to +85 o C Relative humidity, (steady state), without corrosion RHAt +40 o C, @ 90 to 95 %RH 21days Power handling, continu- ous P cont Min 20W 3.2Characteristics Data given below is not allowed to alter when the filter is mated with cable connectors using a coupling nut torque of one (1) Nm. Quantity SymbolConditionValueUnit Port ANT to HI Insertion lossI L 1930 to 1990 MHzMax 1.3dB Return loss in portHIR L 1930 to 1990 MHzMin 17dB AttenuationA1685 to 1810 MHzMin 50dB 1850 to 1910 MHzMin 60 Port ANT to LO Insertion lossI L 1850 to 1910 MHzMax 1.3dB Return loss in portLOR L 1850 to 1910 MHzMin 17dB AttenuationA1605 to 1730 MHzMin 50dB 1930 to 1990 MHzMin 60 Intermodulation measurement in Port HI, when two 5 W signals, 1850 and 1910 MHz are fed into Port LO while Port ANT is terminated with a 50Ωload. IntermodulationIMAs above. Measured at 1970 MHz. Max --- 116dBm Intermodulation measurement in Port LO, when two 5 W signals, 1930 and 1990 MHz are fed into Port HI while Port ANT is terminated with a 50Ωload. IntermodulationIMAs above. Measured at 1870 MHz. Max --- 116dBm (3)4 Viktor Gaunitz C PRODUCT SPECIFICATION Utfärdare/Issued byGranskad/Checked Tillhör/File Dok nr/Doc No Utgåva/Edition Sida/Page Dok. ansv., godk./Doc. resp., approved Datum/Date UA106 14--201 040927 Viktor Gaunitz 4FUTUREREQUIREMENTS TBD 5 MARKING Each filter shall be marked in accordance with the following: a)Powerwave article No in accordance with the Purchase Order (P/O). b)Date code with four digits (year and week, e.g. 9946). c)LGP Allgon code for the Manufacturer in question--- Serial No (five digits). d)Data Matrix code containing Powerwave article No, Revision No=NA(= not applicable for this type of filter), Date code, Serial No with Manufacturer No. e)Frequency range forLOandHIband. I.e. 1850---1910/1930---1990 MHz. f)Port iden…

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