BCR-RPT-MOR701PCS Repeater

User’s manual for Remote Unit MOR701B Power M0069A0A.docId.-No 151154Page 123-June-99 User’s manual for band or channel selective Remote Unit MOR701B Power (Id.-Nos.: 147362/148669) Author:Approved:QA: User’s manual for Remote Unit MOR701B Power M0069A0A.docId.-No 151154Page 223-June-99 Table of Contents LIST OF UNIT SPECIFIC ABBREVIATIONS6 CONTENTS OF DELIVERY9 HEALTH AND SAFETY WARNING 10 PREAMBLE11 1INTRODUCTION13 1.1Intended purpose13 1.2About the MOR701B POWER13 2FUNCTIONAL DESCRIPTION14 2.1General15 2.2RF modules15 2.3Mother board17 2.4Control module SM 200918 2.5Duplexer19 2.6Active Combiner20 2.7Transceiver MFY131920 2.8FSK modulator21 2.94-way-Splitter22 2.10Measuring aids22 2.11Power supply22 2.12Feed forward amplifier24 User’s manual for Remote Unit MOR701B Power M0069A0A.docId.-No 151154Page 323-June-99 3FUNCTIONS AND FEATURES25 3.1Band and channel selectivity25 3.2Gain setting25 3.3ALC26 3.4BITE and alarms26 3.4.1Handling of alarms28 3.4.2Status report29 3.4.3Severity levels30 4OPTIONAL EQUIPMENT32 4.1VSWR module32 4.2External alarms32 4.3Battery backup module34 5SPECIFICATION36 5.1Electrical specification36 5.2Optical specification38 5.3Mechanical specification38 5.4Environmental and safety38 5.5External electrical interfaces39 5.5.1Electrical power39 5.5.2RF connection40 5.5.3Optical connector40 6INSTALLATION41 6.1Mechanical installation42 6.2Electrical installation45 6.2.1Grounding45 6.2.2Power connection46 6.2.3Connection of the antenna cable46 6.2.4Connecting fibre optic cables47 User’s manual for Remote Unit MOR701B Power M0069A0A.docId.-No 151154Page 423-June-99 7SETTING TO WORK49 7.1Preparation49 7.2Setting of operational parameters50 7.2.1Manual setting of the attenuation by means of rotary switches50 7.2.2Settings via personal computer as terminal52 7.2.3Remote control via Master Unit54 8TROUBLE SHOOTING55 8.1Error indication55 1.2Boot process55 1.3Alarm monitoring with the STATUS HIST command56 1.4Power supply56 1.5General remarks56 9MAINTENANCE57 9.1General57 9.2Replacement of the fuses (mains)57 9.3Replacement of the power supply fuse58 9.4Replacement of the mains cable58 9.5Replacement of the RAM / RTC battery59 9.6Replacement of the dummy battery backup module60 9.7Replacement of the duplexer61 9.8Replacement of RF modules62 9.9Replacement of the control module SM 200964 9.10Replacement of power supplies65 9.11Replacement of Active Combiner modules66 9.12Replacement of feed forward amplifier67 9.13Replacement of the FSK modulator69 User’s manual for Remote Unit MOR701B Power M0069A0A.docId.-No 151154Page 523-June-99 9.14Replacement of the Transceiver MFY131969 10SPARE PARTS LIST70 11CONFIGURATION LIST72 12APPENDIX73 12.1Installation drawing of the Repeater73 12.2Top view of the Repeater (left-hand side , four channel configuration)74 12.3Top view of the Repeater (right-hand side, four channel configuration)75 12.4One channel configuration –block diagram and cabling76 13INDEX78 User’s manual for Remote Unit MOR701B Power M0069A0A.docId.-No 151154Page 623-June-99 LIST OF FIGURES AND TABLES table 1-1 List of international sales offices............................................................................12 figure 2-1 Block diagram of MOR701B Power.....................................................................14 figure 2-2 Top view of an RF module...................................................................................16 figure 2-3 Top view of a mother board.................................................................................17 figure 2-4 Top view of the control module............................................................................18 figure 2-5 Top view of the duplexer......................................................................................19 figure 2-6 Top view of an Active Combiner module.............................................................20 figure 2-7 Transceiver MFY1319.........................................................................................20 figure 2-8 Installation position of the Transceiver.................................................................21 figure 2-9 Configuration of the connecting pins....................................................................21 figure 2-10 Top view of the 4-way-Splitter (Transceiver dismounted)..................................22 figure 2-11 Mounting position of power supplies..................................................................23 figure 2-12 ON / OFF position of external switch.................................................................24 figure 2-13 Top view of the feed forward amplifier..............................................................24 figure 3-1 Position of rotary switches...................................................................................25 figure 3-2 Position of failure LEDs.......................................................................................26 figure 3-3 Status hist report..................................................................................................27 table 3-4 List of all available alarms.....................................................................................28 figure 3-5 Example of a GET1 report...................................................................................29 figure 3-6 Example of a STATUS report..............................................................................30 figure 4-1 Clamps for external alarms...................................................................................32 figure 4-2 Cable configuration and installation position........................................................34 figure 4-3 Mounting position of batteries..............................................................................35 figure 5-1 Screw terminal for mains cable............................................................................39 figure 5-2 Connector panel layout...........................…

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Figure 1 - External View 1 END VIEW SHOWING RF & OPTICAL CONNECTIONS Figure 2 - Left Side of EUT cabinet Figure 3 - Right Side of EUT Cabinet

Photo 1 - Label Location Photo 2 - ID Label Format

HIGH POWER AMP HIGH POWER AMP HIGH POWER AMP

M0050A0B.docId.-No. 148222Page 1 of 1211-Mar-99 Functional description and integration instructions for Repeater using band modules with variable bandwidth. M0050A0B.docId.-No. 148222Page 2 of 1211-Mar-99 Contents 1Functional description........................................................................................3 2Integrating a conversion module and programming communication bus address......................................................................................................................5 2.1What you have to know of your system before the setting.....................................5 2.2Setting the bus address of the module.....................................................................6 2.3Which CF to set?.....................................................................................................7 2.4Attenuation setting..................................................................................................8 2.5Required software commands.................................................................................9 3Example.............................................................................................................10 4Quick reference for experienced users...........................................................12 4.1Frequency adjustment in UL and DL in module 1...............................................12 4.2Frequency adjustment in UL and DL in modules 2/3/4.......................................12 4.3Attenuation............................................................................................................12 M0050A0B.docId.-No. 148222Page 3 of 1211-Mar-99 1 Functional description The band module with variable bandwidth can be set to a desired centre frequency and to a desired bandwidth. The explanation how it works is made with reference to the following figures and exemplary values for frequencies, bandwidths and levels. There are two filters in one link (UL or DL) in series in the band module which can be set to a defined centre frequency. In the example we have two filters with a bandwidth of 25 MHz each and for demonstration purposes the frequency range is 870 to 940 MHz. In Fig. 1 we see that filter 1 and filter 2 are both set to a centre frequency (CF) of 900 MHz. The resulting overall response of the module is thus a 25 MHz band with a centre frequency of 900 MHz (⇒ frequency range from 887.5 MHz to 912.5 MHz). The attenuation in the stop band of one filter was assumed to be 40 dB. Thus, the overall attenuation of the module is 80 dB. Fig. 1Fig. 2 M0050A0B.docId.-No. 148222Page 4 of 1211-Mar-99 In Fig. 2 we have the same filters but this time with different centre frequencies. The centre frequency of filter 1 is this time 912.5 MHz and the centre frequency of filter 2 is again 900 MHz. Consequently, we get another overall response of the module as can be seen in fig. 2. Filter 1 limits the frequency range towards lower frequencies and filter 2 towards higher frequencies. The resulting response is thus an attenuation of 80 dB up to 881.25 MHz, 40 dB up to 893.25 MHz, 3 dB bandwidth is 12.5 MHz from 900 MHz to 912 MHz, 40 dB attenuation from 918.75 MHz and 80 dB from 931.25 MHz. (Values exemplary!) It is shown in the following how the centre frequency and the bandwidth of the module can be set to desired values. M0050A0B.docId.-No. 148222Page 5 of 1211-Mar-99 2 Integrating a conversion module and programming communication bus address 2.1 What you have to know of your system before the setting Prerequisite for the adjustment is to know the bandwidth of the filters used in the module. (Can be gained using the VER command.) With this bandwidth and the desired values the start frequency and stop frequency (and thus the bandwidth and centre frequency) of the band can be set. The following formula shows how to calculate the values that have to be entered. 2 1 filter Start BW fCF+= 2 2 filter Stop BW fCF−=; where CF1 is the centre frequency of the first filter (to be entered) CF2 is the centre frequency of the second filter (to be entered) f Stop is the stop frequency of the desired band (upper frequency) f Start is the start frequency of the desired band (lower frequency) BW filter is the bandwidth of the two filters of the module (can be gained with VER command) BWBW/2 f Start CF1 f Stop CF2 M0050A0B.docId.-No. 148222Page 6 of 1211-Mar-99 2.2 Setting the bus address of the module Another thing to know is the allocation of the filters to the respective links. Each filter is allocated to a link and a filter number by means of hex-coded rotary switches. Each rotary switch can be set to positions from 0 to F (16 positions) by means of a small screw driver. This adjustment is important if you want to insert a module into a Main Unit or Extension Unit as the hex-coded rotary switches have to be set according to the Unit. If the module was inserted in the factory you don’t have to care about that. The following figure shows where the hex-coded rotary switches are located and the table shows the allocation. Filter 1 in DLFilter 2 in DL back side of the module Filter 1 in ULFilter 2 in UL Rotary switch positions: Filter 1Filter 2 ULDLULDL Main Unit0123 Extension Unit 14567 Extension Unit 289AB Extension Unit 3CDEF Example: Rotary switch for filter 2 UL (right hand side at the bottom) in Extension Unit 2 has to be set to A. Note:Extension Unit 1 can also be the second module in an 8K cabinet. Extension Unit 2 can also be the third module in an 8K cabinet. Extension Unit 3 can also be the fourth module in an 8K cabinet. M0050A0B.docId.-No. 148222Page 7 of 1211-Mar-99 2.3 Which CF to set? When setting the centre frequency the software queries for a band module (1-8). This number has to be considered carefully because the band module with variable bandwidth contains two filters that can be shifted independently whereas in the standard band module only one centre frequency can be shifted. That means that one band …

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GSM Basic Module Id.-No. 148702P1358B7A DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1ZMM5.1MMELF_S90134voltage reference15 V2ZMM5.1MMELF_S90134voltage reference145 V3BAR63-4SOT23_C140692attenuator30.5 V4BAR63-4SOT23_C140692attenuator30.5 V5ERA1SMWW107_S144378amplifier443.8 V7MRF5812SO8NB_C140923npn transistor506 V8LL4148MMELF_C15321pn diode2.40.7 V10BAR63-4SOT23_C140692attenuator1.40.5 V11ERA2SMWW107_C144379amplifier453.6 V12SNA-586SNA_C143511amplifier685 V13BAR63-4SOT23_C140692attenuator1.40.5 V18MSA-2111SOT143_C129114amplifier293.6 V19BAR63-4SOT23_C140692attenuator1.80.5 V28BCX19SOT23_S23861npn transistor0.1- V32BF999SOT23_C142943mosfet transistor-- V34BF999SOT23_C142943mosfet transistor-- V36AD 8307 ARSO8NB_C147180op amp-- V38ERA3SMWW107_C145224amplifier353.6 V39ERA3SMWW107_C145224amplifier353.6 V40BCX19SOT23_C23861npn transistor20.7 V41BFP420SOT343A_C148422rf npn transistor30 V42MA4ST083-287CKSOT23_C143829varicap05 V43ERA3SMWW107_C145224amplifier323.6 V44HSMP 3892SOT23_C148251pin diode40.5 V46BCX17SOT23_C23663pnp transistor0.3- V50BAR63-4SOT23_C140692attenuator1.40.5 V51BAR63-4SOT23_C140692attenuator1.40.5 V52BAR64-4SOT23_C140862attenuator1.50.6 V54BAR63-4SOT23_C140692attenuator50.5 V55BAR63-4SOT23_C140692attenuator50.5 V56BCX19SOT23_S23861npn transistor450.1 V57BAS7004SOT23_S61440schottky diode0.050.5 V62BCX19SOT23_S23861npn transistor1- V63BSS131SOT23_S142304mosfet n1- V64BCX19SOT23_S23861npn transistor3- V67BSS84SOT23_S145121mosfet p70- Baugruppenst•ckliste f•r: 148702 Basic Module /00 1850-1910/1930-1990MHz 27.05.1999 3 Seite: 1 -------------------------------------------------------------------------------------------------- --------------------------- Artikelnummer Artikelbezeichnung Pos. Bemerkung Anzahl ME -------------------------------------------------------------------------------------------------- --------------------------- 148702 Basic Module /00 1,000 ST 1850-1910/1930-1990MHz G0828Z0C + 148596 Assembly drawing 10 0,000 ST Basic Module G0828M1E + 149094 Assembly drawing 20 0,000 ST module handle G0832M2A + 148557 Montagematerial 30 1,000 ST + 150744 Platine best. 1358.1 40 2,000 ST WSt: FR4 P1358B7A + 144406 Platine roh 1238.1 50 2,000 ST WSt: FR4 P1238P0A + 149850 Detektor GSM 1800/PCS /00 60 2,000 ST -10..-30dBm P1385B0B + 117572 Spule SMD 120,0nH, ñ5% 70 1,000 ST 1206 verg., Keramik-Kern + 131649 Kondensator SMD 1,0pF 80 3,000 ST ñ0,25pF, 0603 + 131664 Kondensator SMD 2,2pF 90 4,000 ST ñ0,25pF, 0603, NPO + 131680 Kondensator SMD 10,0pF 100 1,000 ST ñ0,25pF, 0603 + 131706 Widerstand SMD 0,0Ohm 110 2,000 ST ñ2%, 0,063W, 0603 + 131763 Widerstand SMD 220,0Ohm 120 1,000 ST ñ1%, 0,063W, 0603 + 131797 Widerstand SMD 1,0kOhm 130 1,000 ST ñ1%, 0,063W, 0603 + 140380 Widerstand SMD 560,0Ohm 140 1,000 ST ñ1%, 0,063W, 0603 + 140381 Widerstand SMD 10,0Ohm 150 1,000 ST ñ1%, 0,063W, 0603 + 140455 Filter 160 3,000 ST Freq.: 1960,0MHz + 140456 Filter 170 3,000 ST Freq.: 1880,0MHz + 143290 Stiftleiste 12-p.2-reihig 180 1,000 ST MTSW-106-08-L-D-0275 + 144295 Spule SMD 2,7nH, ñ0,3nH 190 1,000 ST Typ 2012 High Frequenz + 144736 Kondensator SMD 33,0pF 200 1,000 ST ñ5%, 50V, 0603, NPO + 144786 Widerstand SMD 5,6kOhm 210 1,000 ST ñ1%, 0,063W, 0603 + 146089 Kondensator SMD 2,7pF 220 1,000 ST ñ0,25pF, 0603, NPO + 148029 Kondensator SMD 8,2pF 230 1,000 ST 50V, 0603 + 148035 Kondensator SMD 3,9pF 240 1,000 ST 50V, 0603 + 148501 Kondensator SMD 1,8pF 250 1,000 ST Baugruppenst•ckliste f•r: 148702 Basic Module /00 1850-1910/1930-1990MHz 27.05.1999 3 Seite: 2 -------------------------------------------------------------------------------------------------- --------------------------- Artikelnummer Artikelbezeichnung Pos. Bemerkung Anzahl ME -------------------------------------------------------------------------------------------------- --------------------------- 1p8 5% 50V NPO 0603 + 148521 Stiftleiste, 12-polig 260 1,000 ST zweireihig, gerade + 148756 Isolator 1,930-1,990GHz 270 2,000 ST Isolation: 15dB min. SMD + 148757 Isolator 1,850-1,910GHz 280 2,000 ST Isolation: 15dB min SMD + 148894 Widerstand Poti SMD 290 1,000 ST 100,0KOHM ñ20% + 149145 Spule SMD 1,8nH, ñ5% 300 1,000 ST 0805 Accu-L 2,9/70@2,4GHz + 116004 Zylinderkopfschraube 310 6,000 ST M2,0x4 DIN 912 Edelstahl + 14332 Unterlegscheibe f•r M2,0 320 12,000 ST DIN 125 A2 d:2,2 + 147826 Label 330 0,000 ST G0813AAA + 147817 Label 340 0,000 ST G0813A1A + 60772 Etiketten 350 0,000 ST "Warranty Void-If seal is ** Gesamtsumme Teile ** 61,000 Baugruppenst•ckliste f•r: 150744 Platine best. 1358.1 WSt: FR4 01.06.1999 3 Seite: 1 -------------------------------------------------------------------------------------------------- --------------------------- Artikelnummer Artikelbezeichnung Pos. Bemerkung Anzahl ME -------------------------------------------------------------------------------------------------- --------------------------- 150744 Platine best. 1358.1 1,000 ST WSt: FR4 P1358B7A + 148473 Platine roh 1358.1 10 1,000 ST WSt: FR4 (1St.=0,5Nutzen) P1358P0A + 265 Widerstand SMD 68,0kOhm 20 1,000 ST ñ5%, 0,125W, 0805 + 7914 Widerstand SMD 0,0Ohm 30 7,000 ST ñ5%, 0,125W, 0805 + 7997 Widerstand SMD 8,2Ohm 40 1,000 ST ñ5%, 0,125W, 0805 + 8003 Widerstand SMD 10,0Ohm 50 4,000 ST ñ5%, 0,125W, 0805 + 8060 Widerstand SMD 18,0Ohm 60 1,000 ST ñ5%, 0,125W, 0805 + 8128 Widerstand SMD 33,0Ohm 70 1,000 ST ñ5%, 0,125W, 0805 + 8219 Widerstand SMD 82,0Ohm 80 2,000 ST ñ5%, 0,125W, 0805 + 8326 Widerstand SMD 240,0Ohm 90 1,000 ST ñ5%, 0,125W, 0805 + 8334 Widerstand SMD 270,0Ohm 100 3,000 ST ñ5%, 0,125W, 0805 + 8482 Widerstand SMD 1,0kOhm 110 1,000 ST ñ5%, 0,125W, 0805 + 8581 Widerstand SMD 4,7kOhm 120 1,000 ST ñ5%, 0,125W, 0805 + 8722 Widerstand SMD 0,0Ohm 130 1,000 ST ñ5%, 0,25W, 1206 + 8730 Widerstand SMD 10,0Ohm 140 1,000 ST ñ5%, 0,25W, 1206 + 8813 Widerstand SMD 62,0Ohm 150 1,000 ST ñ5%, 0,25W, 1206 + 8946 Widerstand SMD 3,3kOhm 160 1,000 ST ñ5%, 0,25W, 1206 + 9316 Widerstand SMD 82,0Ohm 170 1,000 ST ñ5%, 0,25W, 1206 + 11346 Kohleschicht-W…

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CDMA Basic Module Id.-No. 148704P1358B2D DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1ZMM5.1MMELF_S90134Voltage Reference15 V2ZMM5.1MMELF_S90134Voltage Reference145 V3BAR63-4SOT23_C140692Attennuator330.5 V4BAR63-4SOT23_C140692Attenuator30.5 V5ERA1SMWW107_S144378RF amplifier443.8 V7MRF5812SO8NB_C140923NPN Transistor506 V8LL4148MMELF_C15321PN Diode2.40.7 V10BAR63-4SOT23_C140692Attenuator1.40.5 V11ERA2SMWW107_C144379amp453.6 V12SNA-586SNA_C143511amp685 V13BAR63-4SOT23_C140692Attenuator1.40.5 V18MSA-2111SOT143_C129114amp293.6 V19BAR63-4SOT23_C140692Attenuator1.80.5 V28BCX19SOT23_S23861npn transistor0.1- V32BF999SOT23_C142943mosfet transistor-- V34BF999SOT23_C142943mosfet transistor-- V36AD 8307 ARSO8NB_C147180op amp-- V38ERA3SMWW107_C145224amplifier353.6 V39ERA3SMWW107_C145224amplifier353.6 V40BCX19SOT23_C23861npn transistor20.7 V41BFP420SOT343A_C148422rf npn Trans30 V42MA4ST083-287CKSOT23_C143829varicap05 V43ERA3SMWW107_C145224amplifier323.6 V44HSMP 3892SOT23_C148251pin diode40.5 V46BCX17SOT23_C23663pnp transistor0.3- V50BAR63-4SOT23_C140692Attenuator1.40.5 V51BAR63-4SOT23_C140692Attenuator1.40.5 V52BAR64-4SOT23_C140862Attenuator1.50.6 V54BAR63-4SOT23_C140692Attenuator50.5 V55BAR63-4SOT23_C140692Attenuator50.5 V56BCX19SOT23_S23861npn transistor450.1 V57BAS7004SOT23_S61440schottky diode0.050.5 V62BCX19SOT23_S23861npn transistor1- V63BSS131SOT23_S142304mosfet n1- V64BCX19SOT23_S23861npn transistor3- V67BSS84SOT23_S145121mosfet p70- Baugruppenst•ckliste f•r: 148704 Basic Module CDMA /01 1850-1910/1930-1990MHz 27.05.1999 3 Seite: 1 -------------------------------------------------------------------------------------------------- --------------------------- Artikelnummer Artikelbezeichnung Pos. Bemerkung Anzahl ME -------------------------------------------------------------------------------------------------- --------------------------- 148704 Basic Module CDMA /01 1,000 ST 1850-1910/1930-1990MHz G0828Z0C + 150830 Assembly drawing 10 0,000 ST Basic Module G0828M2A + 149094 Assembly drawing 20 0,000 ST module handle G0832M2A + 148557 Montagematerial 30 1,000 ST + 148021 Platine best. 1358.1 40 2,000 ST WSt: FR4 P1358B2D + 144406 Platine roh 1238.1 50 2,000 ST WSt: FR4 P1238P0A + 149850 Detektor GSM 1800/PCS /00 60 2,000 ST -10..-30dBm P1385B0B + 117549 Spule SMD 22,0nH, ñ5% 70 1,000 ST 1206 verg., Keramik-Kern + 131631 Kondensator SMD 0,5pF 80 1,000 ST ñ0,25pF, 0603 + 131649 Kondensator SMD 1,0pF 90 1,000 ST ñ0,25pF, 0603 + 131656 Kondensator SMD 1,2pF 100 2,000 ST ñ0,25pF, 0603 + 131664 Kondensator SMD 2,2pF 110 1,000 ST ñ0,25pF, 0603, NPO + 131680 Kondensator SMD 10,0pF 120 1,000 ST ñ0,25pF, 0603 + 131706 Widerstand SMD 0,0Ohm 130 2,000 ST ñ2%, 0,063W, 0603 + 131763 Widerstand SMD 220,0Ohm 140 1,000 ST ñ1%, 0,063W, 0603 + 131797 Widerstand SMD 1,0kOhm 150 1,000 ST ñ1%, 0,063W, 0603 + 140380 Widerstand SMD 560,0Ohm 160 1,000 ST ñ1%, 0,063W, 0603 + 140381 Widerstand SMD 10,0Ohm 170 1,000 ST ñ1%, 0,063W, 0603 + 140455 Filter 180 3,000 ST Freq.: 1960,0MHz + 140456 Filter 190 3,000 ST Freq.: 1880,0MHz + 142573 Kondensator SMD 56,0pF 200 1,000 ST 63,0V, 0603 + 143290 Stiftleiste 12-p.2-reihig 210 1,000 ST MTSW-106-08-L-D-0275 + 144733 Kondensator SMD 1,5pF 220 2,000 ST ñ5%, 50V, 0603, NPO + 144734 Kondensator SMD 3,3pF 230 1,000 ST ñ5%, 50V, 0603, NPO + 144786 Widerstand SMD 5,6kOhm 240 1,000 ST ñ1%, 0,063W, 0603 + 146089 Kondensator SMD 2,7pF 250 1,000 ST Baugruppenst•ckliste f•r: 148704 Basic Module CDMA /01 1850-1910/1930-1990MHz 27.05.1999 3 Seite: 2 -------------------------------------------------------------------------------------------------- --------------------------- Artikelnummer Artikelbezeichnung Pos. Bemerkung Anzahl ME -------------------------------------------------------------------------------------------------- --------------------------- ñ0,25pF, 0603, NPO + 148029 Kondensator SMD 8,2pF 260 1,000 ST 50V, 0603 + 148035 Kondensator SMD 3,9pF 270 2,000 ST 50V, 0603 + 148407 Spule SMD 3,9nH, ñ5% 280 1,000 ST 0805 Accu-L 4,1/42@2,4GHz + 148521 Stiftleiste, 12-polig 290 1,000 ST zweireihig, gerade + 148756 Isolator 1,930-1,990GHz 300 2,000 ST Isolation: 15dB min. SMD + 148757 Isolator 1,850-1,910GHz 310 2,000 ST Isolation: 15dB min SMD + 148894 Widerstand Poti SMD 320 1,000 ST 100,0KOHM ñ20% + 149145 Spule SMD 1,8nH, ñ5% 330 1,000 ST 0805 Accu-L 2,9/70@2,4GHz + 116004 Zylinderkopfschraube 340 6,000 ST M2,0x4 DIN 912 Edelstahl + 14332 Unterlegscheibe f•r M2,0 350 12,000 ST DIN 125 A2 d:2,2 + 147826 Label 360 0,000 ST G0813AAA + 147817 Label 370 0,000 ST G0813A1A + 60772 Etiketten 380 0,000 ST "Warranty Void-If seal is ** Gesamtsumme Teile ** 62,000 Baugruppenst•ckliste f•r: 148021 Platine best. 1358.1 WSt: FR4 01.06.1999 3 Seite: 1 -------------------------------------------------------------------------------------------------- --------------------------- Artikelnummer Artikelbezeichnung Pos. Bemerkung Anzahl ME -------------------------------------------------------------------------------------------------- --------------------------- 148021 Platine best. 1358.1 1,000 ST WSt: FR4 P1358B2D + 148473 Platine roh 1358.1 10 1,000 ST WSt: FR4 (1St.=0,5Nutzen) P1358P0A + 265 Widerstand SMD 68,0kOhm 20 1,000 ST ñ5%, 0,125W, 0805 + 7914 Widerstand SMD 0,0Ohm 30 8,000 ST ñ5%, 0,125W, 0805 + 7997 Widerstand SMD 8,2Ohm 40 1,000 ST ñ5%, 0,125W, 0805 + 8003 Widerstand SMD 10,0Ohm 50 4,000 ST ñ5%, 0,125W, 0805 + 8060 Widerstand SMD 18,0Ohm 60 1,000 ST ñ5%, 0,125W, 0805 + 8128 Widerstand SMD 33,0Ohm 70 1,000 ST ñ5%, 0,125W, 0805 + 8219 Widerstand SMD 82,0Ohm 80 2,000 ST ñ5%, 0,125W, 0805 + 8326 Widerstand SMD 240,0Ohm 90 1,000 ST ñ5%, 0,125W, 0805 + 8334 Widerstand SMD 270,0Ohm 100 1,000 ST ñ5%, 0,125W, 0805 + 8482 Widerstand SMD 1,0kOhm 110 1,000 ST ñ5%, 0,125W, 0805 + 8581 Widerstand SMD 4,7kOhm 120 1,000 ST ñ5%, 0,125W, 0805 + 8722 Widerstand SMD 0,0Ohm 130 1,000 ST ñ5%, 0,25W, 1206 + 8730 Widerstand SMD 10,0Ohm 140 1,000 ST ñ5%, 0,25W, 1206 + 8813 Widerstand SMD 62,0Ohm 150…

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var BW Basic Module Id.-No. 148714P1347B5A DesignationTypeCasingId.-No.FunctionCurrent [mA] Voltage [V] V1ZMM5.1MMELF_C90134voltage reference62.5 V2BA679MMELF_S41715attenuator30.6 V3BA679MMELF_S41715attenuator30.6 V4BA679MMELF_S41715attenuator100.6 V5BA679MMELF_S41715attenuator100.6 V7MRF5812SO8NB_C140923npn transistor656.2 V8LL4148MMELF_S15321pn diode30.7 V9BCX19SOT23_S23861npn transistor440.1 V10BAR63-4SOT23_C140692attenuator10.5 V12BAR63-4SOT23_C140692attenuator1.60.5 V13BAR63-4SOT23_C140692attenuator10.5 V15BAR63-4SOT23_C140692attenuator1.60.5 V18BCX56SOT89_S81539transistor70 V19BAR63-4SOT23_C140692attenuator10.5 V20ERA2SMWW107_C144379amplifier463.6 V21BAR63-4SOT23_C140692attenuator40.5 V22BAR63-4SOT23_C140692attenuator40.5 V23BCX17SOT23_C23663pnp transistor0.3- V25ERA3SMWW107_C145224amplifier373.6 V26ERA2SMWW107_C144379amplifier463.6 V27ERA1SMWW107_C144378amplifier443.8 V29ERA3SMWW107_C145224amplifier373.6 V30ERA3SMWW107_C145224amplifier373.6 V31ERA3SMWW107_C145224amplifier373.6 V32MA4ST083-287CKSOT23_C143829varicap05 V34MRF5812SO8NB_C140923npn transistor656.2 V35LL4148MMELF_S15321pn diode V37BCX19SOT23_C23861npn transistor2.50.7 V39ERA3SMWW107_C145224amplifier333.6 V41BCX17SOT23_C23663pnp transistor0.3- V42SNA-586WW107_C143511amplifier735 V43MA4ST083-287CKSOT23_C143829varicap05 V44BCX19SOT23_C23861npn transistor2.50.7 V45ERA2SMWW107_C144379amplifier443.6 V47ERA3SMWW107_C145224amplifier333.6 V48BF999SOT23_C142943mosfet transistor30.7 V49AD 8307 ARSO8NB_C147180op amp-- V50BFP420SOT343A_C148422rf npn transistor30 V51BAR64-4SOT23_C140862attenuator10.6 V52BFP420SOT343A_C148422rf npn transistor30 Baugruppenst•ckliste f•r: 148714 Basic Module var. BW /00 1850-1910/1930-1990MHz Max. BW: 15MHz 27.05.1999 3 Seite: 1 -------------------------------------------------------------------------------------------------- --------------------------- Artikelnummer Artikelbezeichnung Pos. Bemerkung Anzahl ME -------------------------------------------------------------------------------------------------- --------------------------- 148714 Basic Module var. BW /00 1,000 ST 1850-1910/1930-1990MHz G0818Z1A + 148020 Assembly drawing 10 0,000 ST Conversion Module G0818M0C + 148009 Montagematerial 20 1,000 ST + 150782 Platine best. 1347.2 30 2,000 ST WSt: FR4 P1347B5A + 12435 Kondensator SMD 10,0pF 40 1,000 ST ñ0,25pF, 100V, 0805 + 39602 Kondensator SMD 10,0pF 50 1,000 ST ñ0,25pF, 50V, 1206 + 113332 Kondensator SMD 0,5pF 60 1,000 ST ñ25%, 50V, 0805 + 131631 Kondensator SMD 0,5pF 70 3,000 ST ñ0,25pF, 0603 + 131649 Kondensator SMD 1,0pF 80 1,000 ST ñ0,25pF, 0603 + 131656 Kondensator SMD 1,2pF 90 1,000 ST ñ0,25pF, 0603 + 131664 Kondensator SMD 2,2pF 100 2,000 ST ñ0,25pF, 0603, NPO + 131680 Kondensator SMD 10,0pF 110 7,000 ST ñ0,25pF, 0603 + 140455 Filter 120 5,000 ST Freq.: 1960,0MHz + 140456 Filter 130 5,000 ST Freq.: 1880,0MHz + 144121 Kondensator SMD 15pF 140 1,000 ST 63V, 0603, NPO + 148405 Spule SMD 2,7nH, ñ5% 150 2,000 ST 0805 Accu-L 2,9/70@2,4GHz + 144736 Kondensator SMD 33,0pF 160 2,000 ST ñ5%, 50V, 0603, NPO + 144780 Widerstand SMD 390,0Ohm 170 2,000 ST ñ1%, 0,063W, 0603 + 146089 Kondensator SMD 2,7pF 180 2,000 ST ñ0,25pF, 0603, NPO + 148035 Kondensator SMD 3,9pF 190 1,000 ST 50V, 0603 + 148042 Haube 200 2,000 ST G0819B0B + 148501 Kondensator SMD 1,8pF 210 3,000 ST 1p8 5% 50V NPO 0603 + 148756 Isolator 1,930-1,990GHz 220 3,000 ST Isolation: 15dB min. SMD + 148757 Isolator 1,850-1,910GHz 230 3,000 ST Isolation: 15dB min SMD + 149145 Spule SMD 1,8nH, ñ5% 240 2,000 ST 0805 Accu-L 2,9/70@2,4GHz ** Gesamtsumme Teile ** 53,000 Baugruppenst•ckliste f•r: 150782 Platine best. 1347.2 WSt: FR4 01.06.1999 3 Seite: 1 -------------------------------------------------------------------------------------------------- --------------------------- Artikelnummer Artikelbezeichnung Pos. Bemerkung Anzahl ME -------------------------------------------------------------------------------------------------- --------------------------- 150782 Platine best. 1347.2 1,000 ST WSt: FR4 P1347B5A + 147942 Platine roh 1347.2 10 1,000 ST 1 St. Platine=0,5 Nutzen P1347P0D + 7914 Widerstand SMD 0,0Ohm 20 5,000 ST ñ5%, 0,125W, 0805 + 8003 Widerstand SMD 10,0Ohm 30 2,000 ST ñ5%, 0,125W, 0805 + 8060 Widerstand SMD 18,0Ohm 40 1,000 ST ñ5%, 0,125W, 0805 + 8078 Widerstand SMD 20,0Ohm 50 4,000 ST ñ5%, 0,125W, 0805 + 8128 Widerstand SMD 33,0Ohm 60 2,000 ST ñ5%, 0,125W, 0805 + 8144 Widerstand SMD 43,0Ohm 70 1,000 ST ñ5%, 0,125W, 0805 + 8169 Widerstand SMD 51,0Ohm 80 1,000 ST ñ5%, 0,125W, 0805 + 8227 Widerstand SMD 91,0Ohm 90 2,000 ST ñ5%, 0,125W, 0805 + 8276 Widerstand SMD 150,0Ohm 100 2,000 ST ñ5%, 0,125W, 0805 + 8417 Widerstand SMD 510,0Ohm 110 2,000 ST ñ5%, 0,125W, 0805 + 8722 Widerstand SMD 0,0Ohm 120 8,000 ST ñ5%, 0,25W, 1206 + 8789 Widerstand SMD 33,0Ohm 130 1,000 ST ñ5%, 0,25W, 1206 + 8847 Widerstand SMD 120,0Ohm 140 1,000 ST ñ5%, 0,25W, 1206 + 8896 Widerstand SMD 470,0Ohm 150 2,000 ST ñ5%, 0,25W, 1206 + 9316 Widerstand SMD 82,0Ohm 160 5,000 ST ñ5%, 0,25W, 1206 + 9803 Widerstand SMD 100,0Ohm 170 8,000 ST ñ5%, 0,25W, 1206 + 12344 Kondensator SMD 1,5pF 180 2,000 ST ñ0,25pF, 0805 + 12351 Kondensator SMD 1,0pF 190 3,000 ST ñ0,25pF, 50V, 0805 + 12377 Kondensator SMD 2,2pF 200 2,000 ST ñ0,25pF, 0805 + 15321 Universaldiode SMD LL4148 210 2,000 ST 100,0V, 150mA, MiniMELF + 23663 Bipolarer Transistor PNP 220 2,000 ST Typ:BCX17 100,0MHz + 23861 Bipolarer Transistor NPN 230 3,000 ST Typ:BCX19 150,0MHz + 41715 Pindiode BA679 240 4,000 ST 30,0V, 0,050A, MiniMELF + 42010 Spule SMD 100,0nH, ñ5% 250 2,000 ST 1206 verg., Keramik-Kern + 68650 Widerstand SMD 2,2kOhm 270 1,000 ST ñ5%, 0,25W, 1206 + 68841 Widerstand SMD 1,2kOhm 280 1,000 ST Baugruppenst•ckliste f•r: 150782 Platine best. 1347.2 WSt: FR4 01.06.1999 3 Seite: 2 -----…

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