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FCC ID: OAYARS100

Operational Description

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FCCID_41886

List of Exhibits A: e ID—Label * Photo of the Equipment e Photo of Interior Views Including all PCB‘s B: e Instruction Manual e Technical Documentation C: * Test Report

A.D.C. ACC pulse doppler radar system Technical Description Automotive Distance Control Systems GmbH Technical Characteristics of the A.D.C. Radar System Issue 1.5 1. G@N@rAl D@SCFIDHION ...............l0eeevearneeeearerearnveversrerernnenerrvenereevesneneraes 2 2. TeCRHNICNHAl CRAFAt@PISNCGS e re ra nre ern er ncares 4 2.1. SYSt@M K@y F@ANUT@S ........2....20 00. ls cce ver en envaar en a en en e en e e en 4 2.2. Det@CtiON P@TFOTMANC@ ................ll.lll l0 ceeeereeeacevevesav se erer en eeea es 5 2.3. Electrical Interfaces.......... e6 2.4. ENVirONM@Nt@l CONQINIONS ..................l2lscl ce eevv e en r en e en e e rerra e renvvvee 8 2.5. Self DI@gNOStIG FUNCtIQNS................00.000000 0e cce eee e e evarerrea e rree es 8 2.6. M@CN@NIC@I CiM@NSIONS ..............2..0.000000000 00e vee e e e e en eer e e e en erre ce 9 Confidential: All rights reserved. This document may not be made available to third parties or duplicated without prior agreement by A.D.C. Automotive Distance Control Systems GmbH. Any other dissemination, distribution

A.D.C. ACC pulse doppler radar system Technical Description Automnotive Distance Control Systems GmbH 1. General Description The A.D.C. automotive radar system for autonomous intelligent cruise control (AICC) and collision warning monitors the traffic area in front of the vehicle using three stationary independent millimeter wave radar beams. Moving and stationary objects are detected and their distance and relative velocity is measured and processed continuously. Sixteen times per second the actual traffic situation is analyzed by a digital signal processor within the ECU supplying information to engine control and brake systems in order to operate the vehicle in a distance controlled mode referenced to the relevant object ahead. In case of critical situations a warning can be given to the driver in order to enhance his reaction time. Due to its physical nature the radar sensor is offering excellent performance characteristics even in adverse weather conditions (fog, rain and snow). Additional information of vehicle driving conditions is required from standard or specialized in—vehicle sensors, e.g. speed, steering angle and/or yaw rate. This data is made available to the ECU via a universal car network (e.g. CAN) or specific interface circuits. System hardware configuration is characterized by a two box design with a radar sensor (front end) mounted in the front of the car, typically behind the radiator, and a related Electronic Control Unit in an arbitrary location. Car specific demands and cost issues may lead to a one box solution in the future. Packaging of the radar frontend is self—contained and the unit is applicable in space critical vehicle environments. The antenna design is based on a monostatic patented reflector arrangement offering optimum mechanical dimensions. A block diagram of the system is shown in fig. 1 Confidential: All rights reserved. This document may not be made available to th:rd pames or dupucated without hea+— ancaamant hy A N Do Aitamativa Mistaass Aasial ©oatanas uce a 2o 2

RADAR FRONTEND CONTROL UNIT (ECU) wars4fs 1epes saiddop as|nd 109Y uonduaseq feotuyo01, noyiim paieondnp 10 gagied piuy) 0} aigejeae apeww aq jou Aew juawnoop siy}, ‘parmiasai stybu jIv ‘jerluapyuoy veyquisyp. uuysutiuesstp a2iu Auy ‘HqWq) swalsig (oruoo soueisiq saftowoiny ‘3‘( y Ag wateseibe roud Fourier— |bul _ l T D i Transformation |——~ | arget Detection Antenna ‘ t in=—====| nc j MMW—Modul :.; Amplifier . ZF—Modul Distance | Relative Velocity | 1 || i DRIVER INTERFACE can | Interface L: Q bol !— Tracking , Relevant Object Extraction , AICC Aigorithm Module Displ i Warning sp‘ay (optional) | T7__ VELOGCITY (optional) |O/FROM OTHER VEHICLE ECUs (e.g. ABS) /1 STEERING ANGLE / YAW RATE (optional) Souelsiq earowoiny Hgug swua;s4s jopuo) yav Fig.1 AICC Radar System Functional Block Diagram

A.D.C. ACC pulse doppler radar system Technicat Description Automotive Distance Control Systems GmbH 2. Technichal Charateristics 2.1. System Key Features Table 1 summarizes technical key features on system level. Parameter Value Operating Frequency 76 ... 77 GHz Modulation Principle FM — Pulse Doppler Average Output Power 200 pW Beams three beams with 3.4 ° each Number of Objects up to 20 Range 0.5 .... 150 m Range resolution 1 m (between 7 and 150 m) Relative velocity —50 .... 200 km/h Velocity resolution 1 km/h Angle Resolution 0.5 ° Processing cycle time 66 ms Table 1 : Technical Key Features Confidential: All rights reserved. This document may not be made available to third parties or duplicated without prior agreement by A.D.C. Automotive Distance Control Systems GmbH. Any other dissemnination, distribution or convina is prohibited.

A.D.C. ACC pulse doppler radar system Technical Description Automotive Distance Control Systems GmbH 2.2. Detection Performance The basic data detection requirement is to measure distance, relative speed, and reflection signal amplitude of moving and stationary objects in three beams. Angular target position is calculated by interpolation algorithms based on signal levels in adjacent beams. Some technical data of detection performance is summarized in table 2. Parameter Value Antenna beam width azimuth 10.2° (—30B) Antenna beam width elevation 3.0° (—30B) Range gates 30 per beam , 5m long Target separation 5 m in longitudinal direction Multiple target capability up to 20 Min. detectable radar cross section 100 m : 1 gm* 150 m : 10 am* Max. detectable radar cross section 50 ... 150 m: 10000 gm* 5 ... 150 m: 100000 qm(saturated) Table 2 : Detection Performance Confldennal All rights reserved. This document may not be made avaflable to (hnrd pames or duplicated without

A.D.C. ACC pulse doppler radar system Technicat Description Automotive Distance Control Systems GmbH 2.3. Electrical Interfaces 2.3.1. Electronic Control Unit Frontend Fahrzeug— 3 ZF—Stecker stecker stecker Ansicht auf Steuergerat A B Operating input voltage: gV ... 32 V Reverse polarity protection : Yes Input current : < 2A Short circuit protection : all inputs/output against ground and Veatt Vehicle data interface: AMP Micro Quadlock (8 pins) Frontend data interface: AMP Micro Quadlock (8pins) Confidential: All rights reserved. This document may not be made available to third parties or duplicated without prior agreement by A.D.C. Automotive Distance Control Systems GmbH, Any other dissemination distribitinn

A.D.C. ACC pulse doppler radar system Technical Description Automotive Distance Control Systems GmbH 2.3.2. Interface Frontend — ECU Signals between frontend and electronic control unit are transferred via two cables (cable A, cable B). Via cable B additionally the power for the frontend is supplied. 2 oa oo g &n o o o 1 _2 3 connector for cable A connector for cable B The IF—Signal is transferred from the frontend FE to the electronic control unit ECU. IF— Signal : Coaxial (180 MHz) , IF—Frequency: 180 MHz + 20 MHz IF—Bandwidth: 60 MHz min IF—impedance: 50 Ohm IF Return Loss: — 15 dB max IF Peak Power: +10 dBm max Data Connector AMP Micro Quadlock (6 pins) Data (max. baudrate): 30 kBd Power Supply: 15 V / .7 A (generated by ECU) Ripple on Vre: 100 mV, if Cre > 100uF Infush current: 1.0 A max for 1 sec. Confidential: All rights reserved. This document may not be made avaitable to third parties or duplicated without prior agreement by A.D.C. Automotive Distance Control Systems GmbH. Any other dissemination, distribution 22200222 g Clzues

A.D.C. ACC puise doppler radar system Technical Description Automotive Distance Control Systems GmbH 2.4. Environmental Conditions 2.4.1. Electronic Control Unit Operating temperature range: —25°C ... +70 °C Storage temperature range: —40°C ... +105 °C (+125°C for 180 min) 2.4.2. Radar Frontend Operating temperature range: —25°C ... + 70 °C (full performance) +70°C ... + 95 °C (sensor switched off) Storage temperature range: —40°C ... + 105 °C (+125°C for 180 min) Vibration levels: 1g over 1Hz ... 13 Hz 5g over 13 Hz ... 30 Hz 1g over 30 Hz ... 2 KH 2.5. Self Diagnostic Functions Self diagnostic information is provided via a serial diagnostics interface under following conditions : — Frontend performance limitations or failures in different categories Confidential: All rights reserved. This document may not be made available to third parties or duplicated without

A.D.C. ACC pulse doppler radar system Technical Description Autornotive Distance Control Systems GmbH — Harness defect between Frontend and ECU in different categories — ECU internal failures 2.6. Mechanical dimensions 2.6.1. Radar frontend Confidential: All rights reserved. This document may not be made available to third parties or duplicated without prior agreement by A.D.C. Automotive Distance Control Systems GmbH. Anv other dissemination. dietribution

A.D.C. ACC pulse doppler radar system Technical Description Automotive Distance Control Systems GmbH Mechanical dimensions : Circular diameter: 100 mm Height : 70 mm Outer dimensions : 132 mm x 132 mm (without brackets) Packaging requirements : IP 6k9 Weight : 850 gr. 2.6.2. Electronic Control Unit Mechanical dimensions: 225mm x 195mm x 45mm Packaging requirements : IP 6k6 Weight : 805 gr. Confidential: All rights reserved. This document may not be made available to third parties or duplicated without prior agreement by A.D.C. Automotive Distance Control Systems GmbH. Any other dissemination, distribution

A.D.C. ACC pulse doppler radar system Technical Description Automotive Distance Control Systems GmbH Confidential: All rights reserved. This document may not be made available to third parties or duplicated without prior agreement by A.D.C. Automotive Distance Control Systems GmbH. Any other dissemination, distribution

A.D.C. ACC pulse doppler radar system Technical Description Automotive Distance Control Systems GmbH Ses :Tfi S 1 | Confidential: All rights reserved. This document may not be made available to third parties or duplicated without prior agreement by A.D.C. Automotive Distance Control Systems GmbH. Any otherdissemination, distribution

A.D.C. ACC pulse doppler radar system Technical Description Automotive Distance Control Systems GmbH Nome [Cod.] Nr. [Nome Beschreibung Name [Cod. Nr. [Nome Beschreibung Frontend— x 1| as Noseepezagepotentiot Faeme 5 1 |ten Yigh Speed Lithee stector for dos Frantend stecksr zut Keesunitot ion Frontend— K 2 |Dilic |Servalle Schniztsteile svischen Fohezeug— 8 2 |DIM Diogromelaiting (cleitun stecker 56 und Frontend stacien Fronterd~ & 3 = Wiebt beratzt Fotramg—| 6 3 — Nicht beoatzt stacter stecten _ Fronterd~ 4 47| we— mequtive verrorgunguspocning Feteamge 8| 4| HBT Fesitive Versorgunguspomany steciar far das Frentens atecher Frontend— K 5| — Wient becatzt Fabrang—| 5| 5| tit High Speed Chi—in stecter atacter re Kommunitation Frontend~ & & GiTi+[Secielle Sotmittstalle iviscten Fovzng—| 6 6 — Hiekbecutst steoker 56 und Frentand stecter Frontand— & 7 — Wient benutzt Fdezag—| B 7 — Wicht berocet stecter atecter. Frontand= K & Wes Fositive Versorgrquapamang Tobrasog— 8| 8 K3 Hegotive Yersergungesparoung j atecker tom ds Feentard stecher for dos Frentand Name [Cod. N. [Nome Beschreibung Schutzort nach DIN 40 050: IP 30 TScester _IF |_1_| is 100a—Feiachontraqumis igpal i—Stecten| IF [ _2 if— Hochfrequnimesseverdinding Confidential: All rights reserved. This document may not be made available to third parties or duplicated yvithout prior agreement by A.0.C. Automotive Distance Control Systems GmbH. Any other dissemination, distribution

A.D.C,. Principal Block Diagram of the ARS 100 Sensor Automotive Distance Control Systems GmbH P.Glocker, Jan. 11, 1999 VFEATCOCOCC To a c ‘ Fnppmmmtmons ho t '7"7“‘ "'7'——“’—‘ j vFE— || power supPLy ‘ ! FAULT DETECTION Ofllscce h l OUsSING S—t | ATAt | L l us e es «Lcy P | ATA WNTERFACE ELECTRONICS |~L—. DaATADECODER | i | C&—+— 2002 200000 . : ne,_i _ P CC O CC Ht OTIIITE [ ‘ [pt t t omm n | nb44 [ PULSE FORMER AND DRIVER | ; ; y nnnnnne ne nen npeed ; i YY‘ t r v} ; e e cesc [ G 44 m—} bbll_s i i 1: VCO > oo A//4!‘~ [ ) | pimd s4 "_‘Tr | ; ; L _ mm es ho d ‘ 1p4 LO —:»—: MIXER l1 TRX |ANTRANAL 22 i0; D4 Swmtor| _—_______ _SICH) |SATCH1| =| | | | | mmwaopute | o \ uo C O CCC 3 o ; Ig L. _7 7~ 1F AMPLIFIER STAGE‘i i | 11 — > . > | 1| — t | _IF !l. noise _ Lloap a eA 2@ i SOURCE SATCH } i 1 IF GAIN CONTROL sseee:.orw Oszillators in the sensor: Clock generator for controlier ( 11.260MHz ) 11 01 99— Blockschalibild_Senor.doc Seite 1 Firmenvertrauliche Unterlagen. Vervielfaltigung oder Weitergabe an Dritte ohne verheriges aus—driickliches Einverstindnis der ADC Automotive Distance Control Systems GmbH nicht gestattet

Mengenuebersichts—Stueckliste fuer Produkt 23605T Druckdatum: 29.09.98 12:33 Seite: 1 TEG Geraete—Typ: ARTO1 SENSOR LP Kundenbezeichnung: Identnr. Bezeichnung Lieferant Lieferantenbezeichnung 195307 BUCHSE AMP 0 0 191306 Cac* 33u20% 25 BE— D $—12 Nichicon Corp. UUTIE33QMCRTGS. 0 0 Panasonic GMBH EEV HA 1E 330 P. 0 0 192996 CKC® 1N 2% SONPO 5—80805 Kemet CO805C102G5GAC. . 0 0 TDK Electronics C2012CoG1H1026T. 0 0 ST 194888 CKC® 1N10% 50C0G 5—80603 AVKX Ceramics 0603 5A 102 K AT2A a 0 ST 192910 CKC* 1810% 63X7R 5—80603 Kemet 0 0 Murata Elek. 0 0 Pnitips Compon. 2222 §8616 614.... 0 0 TDK Electronics 0 0 ST 192251 CKC* 1u10% 16X7R 5—81206 Kyocera th516 x7R105K16... 0 36570 TDK Electronics cs2i6x7RIc105kT. 0 36570 ST 192932 CKC® 10N10% 63X7R $—80603 Kemet CO6O3C103K5RAC. 0 0 Murata Elek. GRMSSXTRIOBKSOPT . . 0 0 Philips Compon. 2222 SBélé 627.... 0 0 TDK Electronics C160BX7R1H103KT 0 0 ST 194285 CKC® 129 5% 63NP0 5—80603 Kemet 0 0 Murata Elek. 0 0 Philips Compon. 2222 867 15129. 0 0 TDK Electronics 0 0 ST 190953 CKC* 22N10% 50X7R 5—80805 kemet COBO5C2Z3KSRAC. 0 172000 TOK Electronics C201 2X7R1N223KT 0 172000 ST 190574 CKC® 229 5% 63006 5—80805 Keme t CO805C220J5GAC. 0 8000 Philips Compon. 2222—061—15—229. 0 8000 Siemens AG 837940—K5220—462. 0 8000 TDK Electronics C2012COG1R220UT. 0 8000 18 ST 190573 CKC*100N10% 5OX7R $—80805 Kemet COBO5C104KSRAC. 270000 328000 TDK Electronics C2012X7RIH1OAKT 270000 328000 Vi tramon GMBH VJ0805Y104KXAT . 270000 328000 ST 191770 CKC*100P 5% SONPO 5—80603 Kemet 0 20000 ROHM Electro. MCH1BSA1010K. .. .. 0 20000 TOK Electronics C€1608 on Th 101 ut 0 20000 ST 194766 CKC*2, 2P *% 50006 $—80603 Kemet CO6U3C229C5GAC. 0 0 Murata Elek. GRM39COGZR2C50PT. 0 0 TBK Electronics C1608COG1H2R2CT .. 0 0 ST 194159 CKC®47OP 2% 50006 5—80805 Kemet COBO5C&71GSGAC. .. 0 0 Murata Elek. GRMLOCOGAT1GS0PT . 0 0 TDK Electronics C2012COG1H471GT. . 0 0 Vi tramon GMBH VJOBOSA4T 1GXAT . 0 0 ST 197480 CTc* 10u20% 10 S—BTNTB Kemet T4918106K010A5. 0 8000 ST 195227 CTC® 47020% 20 S—BTNTE Keme t T494X476M020A5. 330 0 Siemens AG B45197—A4476—M50. 130 0 190958 DSC*L54148 DO213 5—8 TEMIC LS4148....... 40000 667500 191766 DZC*BZTSSC5V1*00213 S—8 Pnilips Compon. BZTS5C5V1. 12500 5000 TEMIC BZT55C5V1. 12500 5000 TZMS5CV1. 12500 5009 192492 D2C*BZTSSC9V1 DO213 S—8 TEMLC BZT55COV1.... 0 0 sns — 191070 DZC*PESMB20* SMB 5—8 Motorala GMBH PESMBZ0AT3. . 2500 9 194765 FHF*BLM1 1A6015PT S—12 Murata Elek. BLM11A601SPT 120 0 194918 FHF*NFMATPT1C® 45165—12 Murata Elek. NFMATP11C2OAT1. 0 0 190286 IC *74HC00 S0—14 S—16 Motorola GMBH MC74HCOQAD. . 0 0 Philips Compon. PC74HCOOT . 0 0 192560 10 *LM29415* T0263 S National Semi. 0 0 oune o on se o lile 195564 IC *MAXB10L® SoT23 S Maxim GMBH 0 0 190918 IC *x24006s81 s0—8 s Xicor GMBH 0 0: 192118 ICC*65AL5180* 50—14 $— Texas Instrum. SN6SALS1800. 0 0 194361 ICC*T4AC11000*50—16 $ Texas Instrum. 74AC11000DR. 0 0 194343 1CC*74AC11008*50—16 S Texas Instrum, T4AC1100BDR. 0~ ._.>0 194167 ICC*74AC11032*50—16 S Texas Instrum. T4ACMOS20R. 0 0 194344 ICC*74AC11086*50—16 S—16 Texas Instrum, 74AC110B6DR. 0 0 194168 ICC*74AC11244*SOW24 $—24 Texas Instrum. T4AC12440HR. , 0 0 194166 ICC*74ACT11000*S0—16 S—16 Texas Instrum. 7Z4ACT110000R. . 0 0 194360 ICC*74HCT4538*S0—16 S—16 Harris Semicon. CD74RCT453BM. . 0 0 Philips Compon. PCT4RCT45380. . . .. 0 0 124165 ICC*ADBAOZAR® SQ—1 4 5714 Analog Devices ADBAOZARTO. 2 . 222220 ce 22e 0e 2s 0 0 1%4218 1CC*B81013120 *50—21 0 s—24 Atme L B101312u. 0 0 190260 1CC*LM2904M 50—8 s— 8 National Semi. LM2904M. . 0 5000 Pnilips Compon. LM29O4D. . 0 5000 194190 ICC*LM75* 50—8 5— 8 National Semi. LM7SCIMX~5. 2 2 .2 2220 k l e a n e e e es a es 0 0 194020 1CC*MC7805802*02PAK, S—24 Hotorola GMBH MC7BOSBD2TR4. . 0 3200 195426 ICM®B7C54—16*. PROGRAM. EBV Elektronik ANBZCSA—16 / 54 0 0 191343 LSD® tu SIMID S—8 Siemens AG B82432—A1102—Mm. . . 0 0 190895 LSD® 514 0, SA 5—12 Siemens AG B82790—50513—N201 13500 195925 194217 LSD*PLM250540*SMD Murata Elek. PLM250S40. .. .. 0 0 NICHT BESTUECKT

Mengenuebersichts—Stueckiiste fuer Produkt 23608T Druckdatum: 29.09.98 12;33 Seite: 2 TEG Geraete—Typ: ARTO1 SENSOR LP Kundenbezeichnung: Stueck ME Identnr. Bezeichnung Lieferant Lieferantenbezeichnung 1 ST ;;1200 RCK* 10%K 1%, 10W08055—8 Deut. Vitrohm 503—0 10K 1% TK100 V5. 255000 & oocoecesosccccecccccscceccecocsescece First Resistor CP—016 F 10K 100 TRBPSO0. 255000 ROHM Electro. MCRTO EZH FX103..... 255000 TAL Electronic RM1O FT 103.. 255000 13 StT 193696 RCH* 10K 5%, 0606035—8 first Resistor 35000 Philips Compon. 2322 702 60103... 35000 ROHM Electro. MCRO3 EZH J103. 35000 TAL Electronic 35000 193624 RCM* 10R 5%, 06OGO3S—8 First Resistor cesscececseescssses Philips Compon. 2322 Toz 60108. ROHM Electro. MCRO3 EZH J1OR TAL Electronic 193402 RCM® 15% 1%, 06W06035—8 first Resistor Philips Compon. ROHM Electro. TAL Electronic 191514 RCH* 15K 1%, 1040805s—8 Deut. Vi trohm Draloric Elec. First Resistor Panasonic GMBH ROHM Electro. TA1 Electronic 190679 RCH* 16R 5%, 10W08055—8 First Resistor ROHM Electro. TAL Electronic 191403 RCH® 18¢ 1%, 10408055—8 first Resistor 11000 ROHM Electro. 11000 TAL Electronic 11000 193416 RCM® 27X 1%, D6W06035—8 First Resistor ROHM Electro. TA Electronic 193704 RCM* 22K 5%,0606035—8 First Resistor 15000 0 G o Philips Compon. 2322 702 60223. 10000 15000 ROHM Electro. Meros E2nuJ 223 10000 15000 TA Electronic 10000 15000 190691 RCM* SIR 5%,10/08055—8 First Resistor th—di6 J Sik 200 Tr&PSO. 5000 0 ROHM Electro. MCRTO E28 (FZm 4510 5000 0 TAI Electronic RM10 JT 510. 0 06 cocscsecs0005 S w 190571 RCM® 100K 1%, 10W08055—8 Oeut. Vitrohm 165000 First Resistor 165000 ROHK Electro. 165000 TA Electronic 165000 193720 RCM* 1008 5%,06406035—8 First Resistor 141000 Philips Compon. 141000 ROHM Electro. 141000 TAL Electronic 141000 193648 RCH* 1008 5%,06406035—8 first Resistor 80008 Philips Compon. 80000 ROHM Electro. 8ooo0 TA Electronic 80000 1 ST 190699 RCH* 120R 5%, 10W08055—8 first Resistor un un a o o 6 ROHK Electro. cecsesoo TAl Electronic 5000 5 ST 190701 RCH® 1508 5%, 10W08055—8 First Resistor ROHM Electro. TAI Electronic 5 ST 190146 RCH* 2, 2K 5%, 10/08055—8 first Resistor CP—016. 5000 125000 Philips Compon. 5000 125000 ROHM Electro. 5000 125000 TAl Electronic 125000 1 ST 193510 RCM* 200%K 1%, 06WO6035—8 first Resistor 0 6 cecscccoscscs00 ROHM Electro. ceesscsccso TAl Electronic 1 ST 195658 RCH* 270R 5%,06W06035—8 first Resistor Philips Compon. ROHM Electro. TAl Electronic 192361 RCM® 3,3K 1%, 13W08055—8 Deut. Vi trohm first Resistor ROHM Electro. TAl Electronic 193660 RCH* 330R 5%, 06W06035—8 first Resistor 150000 o & 6 Phitips Compon. 10000 150000 ROHM Electro. 10000 150000 TAl Electronic 10000 150000 195661 RCH* 360R 5%,06H06035—8 First Resistor n n

Mengenuebersichts~Stueckliste fuer Produkt 23608T Druckdatum: 29.09.98 12:33 Seite: 3 TEG Geraete—Typ: ARTO1 SENSOR LP Kundenbezeichnung: Stueck ME Identnr. Bezeichnung Lieferant Gesp. Lager IN Lager MLA 3 ST 193661 RCM* 360R 5%,06406035—8 ROHM Electro. 0 0 TAl Electronic 0 0 1 ST 191491 RCM* 4,7K 1%,104,08055—8 first Resistor 0 65000 ROHM Electro. — 0 65000 TAI Etectronic ........ 0 65000 1 ST 192593 RCM* 470R 1%, 10W0805S—8 Deut. Vitrohm ........ 0 0 First Resistor . 0 0 ROHM Electro. 0 0 TAL Electronic 0 0 1 ST 193664 RCM* 470R 5%,06406035—8 First Resistor 0 35000 Philips Compon. 0 35000 ROHM Electro. 0 35000 TAL Electronic 0 35000 1 ST 192650 RCM* 750R 1%, 10408055—8 First Resistor 0 0 ROHK Electro. 0 0 TAL Electronic ... .. 0 0 5 ST 194392 RCN* 51R 1%, 50W20105—12. Deut. Vi trohm 508—0 51R 1% vS.. 0 0 Draloric Elec. CR2010 100 51R0 F 84 0 0 ROHM Electro. MCRSOUZHUFXS1RO. . 0 0 3 ST 195390 RCN* 62R10%.294,1206$ 8 Geut. Vitrchm RGC 502—0........ 0 0 Endrich GMBH CRA1206 62R +/—10%—TKS0—GEGURTET. 0 0 — Philips Compon. RCOZTR........... 0 0 4 ST 195346 RCN* 300R10%.25412065—8 Deut. Vi trohm RGC 502—0.... «2. 0 0 Endrich GMBH CRA1206 300R +/—10%—TK50—GEGURTET. 0 0 Phitips Compon. RCOZTR. 0 0 1 ST 194387 TS *2N22198 T0—5 * * Wotorola GMBH 2N2219A.. .. ..l... 0 0 National Semi. 2N2219A / NICHT MEXR LIEFERRAR, 0 0 3 ST 190181 tsc*acBiss S0T23 $—8 General Instru: BCB46B.. Intermetal L BCB46B. Motorola GMBH BCB46BLT1. ‘ Philips Compon. BCB4GB............. SGS Thomson BCB46B / NOT DELIVERY. 1010000 151184 3 ST 190780 TSC*BSS123 S0T23 S—8 Motorola GMBH . 0 0 Siemens AG ..... — 0 0 1 sy 192700 TSC*SI9407DY* s0—8 s—8 TEMIC §194070Y; . . .222 2e a en e e e e es e e a es 0 0 *** Ende der StueckListe ***

; atum:; 28.09.98 15:16 Entwickler—Stueckliste fuer ISTVANF . 236001 Seite: raete—Typ:. ART*SENSOR—SCHO1 Kundenbezei chnung: k ME Pos. Identnr. Ausf. Bezeichnung LASPreis NT Lieferant Lieferantenbezeichnung 1 ST C101 190573 CKC*TO0N10% Sox7R s—80805 Kemet ©OBO5C104KSRAC TDK Electronics C2012ZXTRIH10GXT Vitramon GMBH vJOBOSY1OAKXAT 1 S1 C103 191306 CAC* 33U20% 25 BE—D S—12 28.40 Nichicon Corp. UUTI E33OMCR1GS Pamason‘ic GMBN EBV HA 1E 330 P 1 ST C104 190573 CKC*100N10% SOx7R 5—80805 Kemet ©0805C1QA4KSRAC TDK Electronics C2012X7RTH104KT Vitramon: GMBH vJOBO5Y 1O4KXAT 1 ST C110 191306 CaC* 33420% 25 BE—D 5—12 28. 40 Nichicon Corp. UUT1 E33OMCR1GS Panasonic GMBH EEV HA 16 330 P 1 ST C111 191306 CAC* 33020% 25 BE—D S—12 28. Nichicon Corp. UUT 1 E33OMCR1GS Panasonic GMBH EEV HA 16 330 P 1 St C112 190573 CKC*100M70% SOX7R 5—80805 Kemet COBOSC10GC5RAC TDK Electronics C2012X7RIHTO4KT Vitramon GMBH VJOBOSY104KxAT 1 St C113 190573 CKC*100N10% SOX7R $—80805 Kemet COBOSC104KSRAC TOK Electronics C2OLZXTRIHIOAKT Vitramon GHBH VJOBOSY104KXAT 1 St C121 191306 CAC® 33U20% 25 BE—D S—12 28. Nichicon Corp. UUT1ES3ONCR1GS Panason‘ic GMBH Eev HA 16 330 P 1 STt C122 190573 CKC*100N10% SOX7R 5—80805 Kemet COBOSCIOAKSRAC TDK Electronics C2012X7RIH104KT Vitramon GMBH VIOBOSY104KxAT 1 St C123 190573 CKC*100N10% SOX7R $—80805 Kemet ©OBO5C104XSRAC TDK Electronics C201 2X7RIHIQAKT Vi tramon GMBH VJOBOSY104KXAT 1 St C131 190573 CKC* 100N10% 5OX7R 5—80805 Kemet CO8BO5C104KSRAC Vi tramon. GMBH V40805Y1O4GIAT TOK Electranics C2O12X7RIHTO4KT 1 ST C140 191306 Cac* 33u20% 25 BE—D S—12 28.40 Nighicon Corp. UUT1E33ONCR1GS Panasonic GHBH EEV MA 16 330 P 1 ST C141 191306 CAC* 33u20% 25 BE—D 512 Nichigon Corp, UUT 1 E33OMCR1GS Panasonic GMBH EEV HA 1E 330 P 1 ST C142 190573 CKC*100N10% SOX7R 5—80805 Kemet COBOSC104KSRAC TOK Electronics C201 2X7RIHT04KT Vi tramon GMBH v10B05Y1Q4KXAT 1 ST C144 192251 CKC* 1010% 16X7R 5—81206 Kyocera CM316 XTR 105K 16 TDK Electronics C3216X7R1C105KT 1 st C151 191778 CKC*100P 5% SONPO $—80603 Kemet ROHM Electro. MCHT&SA1OJK TOK Electronics C1608 CH 14 101 ut 1 s1 €152 191770 CKC*100P 5% 50NPO $—80603 Kemet ROHM Electro, MCH185A101 0K TDK Electronics C1608 CH th 101 ut T C193 191770 CKC*100P 5% 5ONPO $—80603 Kemet ROHM Electro. MCH1B5A1010K TOK Electronics C1608 CH 1# 101 ut ST C195 190573 CKC®100N10% SOX7R s—80805 Kemet COBO5C104KSRAC TDK Electronics C201 2X7R1H104KT Vitramon GMBH vJOBOSY1O4G(AT

datum: 28.09.98 15:16 Entwicklen—Stueckliste fuer ISIVANF . 2536001 Seite: 2 ermete—Typ: ART*SENSOR—SCHO1 Kundenbezei chnung: ck ME Pos, Identnr. Ausf. Bezeichnung Bemerkung LASPreis NT Lieferant Lieferantenbezeichnung Gesp. 1 ST C156 192932 CKC® 10N10% 63X7R 5—80403 Kemet CO603C103KSRAC Murata Elek, GRM39X7RIO3K5OPT TOK Electronics C160BX7RINIO3KT Philips Compon. 2222 58616 627 1 St C157 192932 CKC* 10N10% 63X7R s—80603 Kemet CO603C103KSRAC TOX Electronics C1608X7RIHIO3KT Philips Compon, 2222 58616 627 Murata Elek. GRMSIX7RIOBK5OPT 1 ST C162 194159 CKC*470P 2% 50coG §—80805 —55 C bis +125 C Kemet CO805C471G5GAC Murata Elek, GRMLOCOGGT 1GSOPT TDK Electronics C2012COGIHA71GT Vitramon: GMBH VJOBOSA471GXAT 1 ST C163 192996 CKC* 1N 2% 50NPO S—80805 5.95 Kemet COBDSC102G5Gac TOK Electronics C2012COGH10ZGT 1 ST C164 190573 CKC*100N10% 50X7R s—80805 101195 Kemet COBO5C104x5RaC Vitramon GMBH vJOBOSY104KXAT TDK Electromics C2O12X7RIH104KT 1 ST C171 190953 CKC* Z2N10% SOx7® s—80805 .99 Kemet CO8OSC223KSRAC TOK Electronics C2012X7RIHZ23KT 1 ST €201 190953 CKC* 22N10% 50X7R $—80805 .99 Kemet COBDSC2Z23KSRAC TOK Electronics C2OTZKZRIHZZ3KT 1 ST C202 190953 CKC® 2Z2N10% SOX7R s—80805 , 99 Kemet COBO5C2Z3KSRAC — TDK Electronics CZON2X7RIH223KT 1 st C203 190953 CKC* 22N10% SOX7R s—80805 .99 Kemet COBOSCR22Z3KSRAC TDK Electronics C2012X7RIH223KT 1 ST C204 190953 CKC* 22N10% S0X7R 5—80805 .99 Kemet CO805C223KSRAC TOK Electromics CZONZXTRINZ23KXT 1 ST C205 190953 CKC* 22N10% SQX7R 5—80805 .99 Kemet COBO5C223K5RAC TDK Electronics C2O12ZX7RIN223KT 1 St €206 190953 CKC® 22N1O% SOXT7R S—80805 .99 Kemet COBOSCZ23KSRAC TDK Electronics CZQIZKTRIHZZIKT 1 ST C207 190953 CC 22n10% SOxrR s—80805 .99 Kemet COBOSCZ2Z3KSRAC TDK Electronics C2O1ZXTZRINZ23KT 1 ST C208 190953 CKCN 22N10% SOX7R s—80805 .99 Kemet COBOSC223K5RAC TDK Electronics CROTZK7RIHZZ3KT 1 ST €209 190953 CKC* 22N10% SOX7R 5—80805 .99 Kemet COBOSC223KSRAC TDK Electronics C2O12X7RIH223KT 1 sT C210 190953 CKC* 22N10% 50X7R 5—80805 .99 Kemet CO8O5C223KSRAC TDK Electronics CZO1ZK7RIH223KT 1 ST C211 191770 CKC*100° 5% SQNPO 5—80603 1.27 Kemet ROHM Electro. MCH185A1010% TOK Electronies C1608 CH 14 101 ut 1 ST C212 191770 CKC*100P 5% S0NPQ 5—80603 1. 27 Kemet ROHM Electro. MCH1B5A1010% * TDK Electromics C1608 CH 1H 101 ut 1 ST C213 191770 CKC*100P 5% SQNPO s—80603 1. 27 Kemet ROHM Electro. MCH1BSA101JK TOK Electromies C1608 CH 1# 101 uT 1 ST C214 191770 CKC*100P 5% SoNrQ s—80603 1. 27 Kemet ROHM Electro. MCH1B5A1014K

1 tum: 28.09.98 15116 Entwickter—Stueckliste fuer 1STVANF . 236001 Seite: 3 mete—Typ: ART*SENSOR—SCHO1 Kundenbezeichnung: . ME Pos. Identnr. Ausf. Bezeichnung LASPreis NT Lieferant Lieferantenbezeichnung ST C214 CKC*100P 5% TDK Electronics C1608 CH 18 101 4T ST C215 191770 CKC*100P 5% Kemet TDK Electronics C1608 ch 14 101 ut ROHM Electro. MCH185A1014% ST C216 191770 CKc*100P 5% s—80603 Kemet ROHM Electro. MCH185A10 108 TDK Electranics C1608 cH im 101 ut ST C223 192251 CKC* 1010% 16X7R 5—81206 Kyocera CM316 x7R 105K 16 TDX Electromics C3216X7R1¢105KT St C224 192251 CKC®* 1U10% 16X7R $—81206 9 .42 kyocera CH316 x7R 105K 16 TOK Electronics C3216X7R1C105KT ST C225 194285 CKC® 129 5% 63NPO $—80603 Kemet TOK Electronics Murata Elek, Philips Compon, 2222 867 15129 St C226 194285 CKC* 129 5% 63NPO 5—80603 Kemet Murata Elek. Philips Compon, 2222 BéT 15129 TDK Electronics ST C227 194285 CKC® 12P 5% &3NPD 5—80603 Kemet Murata Elek. Philips Compon. 2222 867 15129 TOK Electronics ST C228 192251 CKC* 1U10% 16X7R $—81206 Kyocera CM316 X7R 105 16 TDK Electronics C3216X7R1CTO5KT St C229 192251 CKC® 1010% 16x7R 5—81206 Kyocera C316 K7R 105K 16 TDK Electronics C3216X7R1CTO5KT ST C230 191770 CKC*100P 5% 50NPO 5—80603 Kemet ROHM Electro. MCH185A101J% TOK Electronics €1608 Ch 1H 101 ut ST C231 194285 CKC* 12P 5% 63NPO 5—80603 Kemet Philips Campon. 2222 86 15129 Murata Elek. TDK Electronics ST C232 191770 CKC*100P 5% 50NPO s—80603 Kemet ROHM Electro. MCH185A1010% TDK Electronics C1608 CH 1h 101 ut St C233 192910 CKC®* 1N10% 63X7R 5—80603 Kemet TDK Electronics Philips Compon. 2222 58616 614 Hurata Elek. ST C234 192910 CKC® 1N10% 63X7R 5—80603 Kemet Philips Compon. 2222 58616 614 TOK Electromics Murata Elek. ST Ca3S$ 194888 CKC* 1N10% 50006 5—80603 AVX Ceramics 0603 SA 102 k AT2A ST C236 194828 CKC®* 1N10% 50006 §—80603 AVK Cerames 0603 SA 102 K ATzA St C237 191770 CKC*100P S% 5QNPG 5—80603 1.27 Kemet TDK Electronics C1608 CH 1# 101 ut ROHM Electro. MCH1B85A10 1 0K

datum: 28.09.98 15116 Entwick{er—Stueckliste fuer 1STVANF . 236001 Seite: 4 eraete—Typ; ART*SENSOR—SCHD1 Kundenbezeichnung: ck ME Pos. Identnr. Ausf. Bezeichnung LASPreis NT Lieferant Lieferantenbezeichnung 1 ST C238 190573 CKC*10010% Kemet COBO5C104KSRAC Vitramon GMBH vJOBOSY1GAKXAT TDK Electronics C201 2X7RIH1O4KT 1 ST C239 191770 CKC*100P 5% 5—80603 Kemet TOK Electronics C1608 cH 1H 101 ut ROHK Electro. MCH185A1010% 1 ST €240 190573 CKC*100N1G% S—80805 Kemet COBOSC104KSRAC Vi tramon GMBH vJQB0SY104KXAT TDK Electronics C2012X7RIH104KT 1 ST CM1 191770 CKC*100P 5% 5ONPO 5—80603 Kemet TDK Electronics €1608 CH 1H 101 «t ROHM Electro, MCH1B5A101JK 1 ST C242 190573 CKC* 100N10% SOX7R $—80805 Kemet COB05C 104K5RAC Vitramon GMBH ¥40805Y104taT TOK Electromics C2012XTRIHI0CKT 1 ST C243 191770 CKC*100P 5% 5ONPO 5—80603 Kemet ROHM Electro. MCHTB5A1010% TDK Electronics €1608 CH 14 101 ut 1 ST C244 190573 CKC*100N10% SOX7R 5—80805 Kemet COBO5C104KSRAC Vitramon: GMBH VJOBDSY 104 KXAT TOK Electronics C201 2X7RIHIO4XT 1 5T C245 194766 CKC*2, 2P *% 50c0G 5—80603 ~55 C bis +125 C Murata Elek. GRMEICOGZR2C5OPT TDK Electronics C1608COGTHaR2CT Kemet CO603C229C5GAC 1 ST C2M6 194285 CKC® 12P 5% 63NP0 S—80603 Kemet Philips Compon, 2222 Be? 15129 TOK Electronics Murata Elek. 1 ST C247 194285 CKC* 12P 5% 63NPO s—80603 Kemet Murata Elek, TDK Electronics Philips Compon. 2222 867 15129 1 ST C248 194888 CKC* 1N10% 50006 5—80603 AVX Ceramics 0603 5A 102 K ATZA 1 ST C249 190573 CKC*100N10% SOX7R s—80805 1.95 Kenet ©O805C1O4K5RAC TOK Electronics C201 ZXTRIH104KT Vitramon GMBH V1O80SY 104KXAT 1 ST €250 191770 CKC*100P 5% 5ONPO 5—80603 1.27 Kemet TDK Electronics €1608 CH 1H 101 ut ROHM Electro. MCH185A101JK 1 sT €303 192910 CKC* 1M10% 63X7R $—80603 Kemet Murate Elek. TDK Electronics Philips Compon. 2222 S8616 614 1 sT €304 192910 CKC* 1N10% 63X7R 5—80603 Kemet Philips Compon. 2222 58616 614 Murata Elek, TOK Electromics 1 sT C305 191480 CTC* 1Qu20% 10 s—8thte 10.10 Kemet 14918106K010a83 1 ST €306 190953 CKC* 22N10% SOX7R s—80805 .99 Kemet ©O805C22 3kSRAC TDK Electronics C201 2X7R1H223KkT

) datum; 28.09.98 15116 Entwickler—Stueckliste fuer ISTVANF . 236001 Seite: 5 eraete—Typ; ART*SENSOR—SCHO1 Kundenbezei chnung: ck ME Pos. Identnr. Ausf. Bezeichnung LASPreis NT Lieferant Lieferantenbeze‘}chnung 1 St CBo7 190574 CKC® 22P 5% Kemet COBOSCZ205GAC Siemens AG B37940—K5220—462 Philips tompon. 2222—B61—15—229 TOK Electronics C201 200022047 1 ST C308 190574 CKC® 229 5% 6306 s—80805 .78 Kemet ©0805C22045GAC Philips tompon. 2222—861—15—229 TOK Electronics ©2012C061#22007 Siemens AG 837940—K5220—462 1 ST C309 190953 CKC® 22N10% SOXTR $—80805 .99 Kemet COBOSC223KSRAC TOK Electronics C201 2X7RIN223KT 1 ST C310 190953 CKC* 22N10% SOX7R s—Bo805 .99 Kemet COBOSC223KSRAC TOK Electronics C201 2X7RIH223KT 1 ST C313 192910 CKC* IN1O% 63X7R 5—80603 Kemet Murata Elek. Philips Compon. 2222 58616 614 T0X Electronics 1 ST C314 192910 CKC* 1N10% 63X7R 5—80603 Kemet Murata Elek. TDK Electronics Philips Compon. 2222 58616 614 1 ST C315 192910 CKC* 1N10% 63X7R $—80603 Kemet Murata Elek, Philips Compon. 2222 §8616 614 TDK Electronics 1 S1 C316 192910 CKC* 1N10% 63X7R $5—80603 Kemet Murata Elek. TDK Electronics Philips Compon. 2222 58616 614 1 ST C317 192910 CKC®* 1N10% 63X7R 5—80603 Kemet Murata Elek. Philips Compon. 2222 58616 614 TDK Electronics 1 ST €318 192910 CKC* 1N10% 63X78 5—80603 Kemet Murata Elek. TDK Electronics Philips Compon. 2222 58616 614 1 S1 C319 192910 CKC* 1N10% 63X78 S—80603 Kemet Murata Elek. Philips Compon. 2222 58616 614 TDK Electronics 1 sT C320 192910 CKC® 1N10% 63X7R 5—80603 Kemet Murata Elek. Philips Compon, 2222 58616 614 TDK Electronics 1 st cB21 190953 CKC® 22N10% 5OX7R 5—80805 .99 Kemet C0805C22Z3KSRAC TDK Electronics C201 2X7RIN223KT 1 St C322 192910 CKC® 1N10% 63X7R 5—80603 Kemet TDK Electronics Philips Compon. 2222 58616 614 Murata Elek.

atum: 28,09.98 15116 Entwickler—Stueckliste fuer ISTVANF . 236001 Seite: 6 raete—Typ; ART*SENSOR—SCHO1 Kundenbeze‘ chnung: k ME Pos, Identnr. Ausf. Bezeichnung Bemerkung LASPreis NT Lieferant Lieferantenbezreichnung Gesp. 1 St C323 192910 CKC* 1N10% 63X7R s—80603 Kemet Philips Compon, 2222 58616 614 Murata Elek. TDK Electronics 1 ST C324 192910 CKC* 1N10% 63X7R s—80603 Kemet Murata Elek. TOK Electronics Philips Compon, 2222 58616 614 1 St C325 192910 CKC®* 1N10% 63x7R 5—80603 Kemet Philips Compon, 2222 $8616 614 Murata Elek. TOK Electronics 1 St C351 190953 CKC* 22N10% 50X7R 5—80805 — .99 Kemet COBOSCRZ3KSRAC TOK Electronics C2012ZKTRIH223KT 1 St C352 190573 CKC*100N10% SOX7R $—80805 1.95 Kemet COB05C104K5RAC Vi tramon GMBH vJOBO5Y1C4OCAT TOX Electromics C2012ZXTRIHIOAKT 1 ST C353 190573 CKC*100N10% 50x7R 5—80805 1.95 Kemet COBOSC1Q4KSRAC ~ TOK Electronics C2012X7RIRIO4KT Vitramon: GMBH VJO8O5Y104KXAT 1 ST C354 192910 CKC® 1N10% é3x7R $—80603 Kemet Philips Compon. 2222 58616 614 TOK Electronics Murata flek, 1 sT C355 190573 CKC*100N10% 50x7R $—80805 1.95 Kemet COBO5C104KSRAC Vitramon GMBH vJOBO5Y1OAIXAT TDK Electronics C2O12X7RIH104KT 1 ST C3Sé 192251 CKC® 1010% 16X7R 5—81206 9 .44 Kyocera CH316 X7R 105% 16 TDK Electronics C3Z16X7RICIOSKT 1 ST C357 195227 CTC® 47u20% 20 S—BTNTE Kemet T494X476M020AS Siemens AG B45197—A4476—M5O 1 sT 0101 191070 OLC*PeSMB20® sme 5—8 24.96 Motorola GMBH PESMB2OAT3 1 ST D151 192492 DZC*B2TSSCOV1 DO213 s—8 3.40 TEMIC BZTS5CIV1 1 ST D152 191766 D2C*B2T5SC5V1*D0213 S—8 2,50 Philips Compon. BZTSSC5V! TEMIC T2MGSC5V1 BZTSSC5V1 1 ST D153 191766 D2C*BZTSSC5V1*00213 5—8 2,50 Philips Compon. BZTSSCSV1 TEMC B2TSSC5V1 TRMGSC5V1 1 ST D23S 190958 DSC*LS4148 Dor13 5—8 1,50 TEMIC LS4148 1 ST 0236 190958 DSC*L54148 ©O213 s—8 1,50 TEMIC LS4148 1 ST TM1 194020 ICC*MC7805BD2*D2PAK 5—24 _ 59.18 Motorola GMBH MC7805BD2TR4 1 ST 1121 194020 1CC*MC7B05BD2*D2PAXK 5—24 59. 18 Motorola GMBH MC78058D2TR4 1 sT 1141 192560 IC *LM29418*® TO2&3 s—24 —40 C j +125 C National Semi. LM29415 1 sT 1151 192118 ICC*6SALS180® so—14 5—14 Texas Instrum. SN6SALS1800 1 st 1161 194360 1CC*74HCT453B8*S0—16 s—16 —40 C bis +125 C Harris Semicon. CDZGHCT4S3BM Philips Compon. PCZ&HCT&§380 1 ST 1201 194166 1CC*74ACT11000*S0—16 S—16 —40 C bis +85¢ — Texas Instrum, 74ACT1 10000R 1 sT 1202 194343 ICC*74AC11008*s0—16 s—16 —40 C bis +85¢ Texas Instrum. 74AC11008DR 1 ST 1203 194361 1CC*74AC11000*50—16 5—16 —40 C bis +85 C Texas Instrum. T4AC110000R

datum; 28.09.98 15:16 Entwick ler—Stueckliste fuer 15TVANF . 236001 Seite: 7 eraete—Typ: ART*SENSOR—SCHO1 Kundenbeze?chnung: ME Pos. Identnr. Ausf. Bezeichnung LASPreis NT Lieferant Lieferantenbezeichnung 196361 1CC*74A¢11000*50—16 C bis +85 c Instrum. T4AC1 10000R 194344 ICC*74AC11086"S0—16 C bis +85¢ Instrum. T4AC1 10860R 194167 LCC*74A011032*50—16 C bis +85C Ins trum. 74AC1 10320R 194361 1CC*74A¢11000*s0—16 C bis +85 C Instrum. 74AC110000R 194168 1CC*74AC11244" SOW24 C bis +85¢ Texas Instrum. T&AC1T2CGDMR 194168 ICC*74AC11 244 SOW24 C bis +85¢ Texas Instrum. T4AC1 124400R 194218 ICC*B101312u *50—20 5—24 ~25 C bis +105 c Atmel 81013120 195426 1CM*B7C54—16% PROGRAN. ~40 C/ +125 C EBV Elektronik ANB7CS4—16 / SW = 2.1 194190 ICC*LM75® so—8 s—8 55 C bis +125 C National Semi. LMTSCIMKC—5 190918 IC *X24c08s81 so—8 5—8 125.76 Xicor GMBH 190286 IC *74HC00 S0—14 S—16 24.79 Motorola GMBH MCZ4HCOGAD Philips Compon. PC7AHCOOT 195564 IC *MAXB1GL® soT23 5—8 —40c +105¢ Maxim GMBH MAXB1OLEUR—T 194165 ICC*AD&A4O2AR* S0—14 §—14 —40 C bis +85 C Analog Devices ADBAORZAR1C 190260 ICC*LM2904M S0—8 5—8 22.00 National Semi. LM2904M Philips Compon. LM29040 194217 LSD*PLM250540*SHD —25 C bis +85 C Murata Elek. PLM250S40 194918 FHF*NFMAIP1MIC® 45168—12 Murata Elek. NFM1PT1C2OATT 191343 LSD®* 10 SIMID S—8 48.60 Siemens AG B82432—A1102—M 194918 FHF*NFMIPI1C® 45165—12 Murata Elek. NFMMAP11C204T1 194918 FHF*NFMALTPMC® 45168—12 Murata Elek. NFMLAP11CROCT1 191343 LS0® 1U SIKLO $—8 48. 60 Siemens AG B82432—A1102—M 194918 FHF*NFMAIP11C* 45165—12 Murata Elek. NFM IP11C2OAT1 194918 FHF*NFMAIP11C® 45165—12 Murata Elek. NFML1P11C2OAT1 w 2 191343 Lso® 4u SIMID 5—8 48. 60 Siemens AG 882432—A1102—M 191343 LsD* 4U SIMID 5—8 48. 60 Siemens AG B82432—A1102—M 190895 LsD® S1U 0, 5A S—12 59. 00 Stemens AG B82790—80513—N201 194765 FHF*BLM\ 12601 SPT S—12 Murata Elgk. BLM1 14601597 194765 FHE*BLMT1AS1S97 512 Murata Elek. BLM1 1A60 1597 194765 FHF*BLM11A6015PT S—12 Murata Elgk. BLM1 14601597 194765 FHF*BLMT 14601 59T S—12 — Murata Elek. BLM1 14601597 195027 QuaRZ*® 11, 260MHZ S5—24 ~40 C bis +125 C ; 100ppm frischer flec. CPM2A / 11,26 MHZ / 1009PM Kinseki Europe CXSFW / 11,26 MHZ / 100°PM 193696 RCM* 10K 5%,06406035—8 . 28 First Resistor TAl Electronic ROHM Electro, MCRO3 E2N 3103 Philips Compon. 2322 702 60103 RI4O 192650 RCM* 750R 1%, 10408055—8 First Resistor ROHM Electro. TA Electronic R141 192361 RCM* 3,3K 1%, 13,08055—8 .75 Deut. Vi trohm TAl Electronic ROHM Electro, First Resistor R142 195696 RCH* 10K 5%,06406035—8 .28 First Resistor Philips Compon. 2322 702 60103 ROHM Electro. MCRO3 EZH 4103 TAL Electronic RI43 193704 RCH* 22K 5%,06406035—8 .28 First Resistor Philips Compon. 2322 702 60223

um: 28,.09.98 15116 Entwickler—Stueckliste fuer ISTVANF .. 236001 Seite: B ete—Typ; ART*SENSOR—SCHO1 Kundenbezeichnung: ME Pos, Identnr. Ausf. Bezeichnung Bemerkung LASPreis NT Lieferant Lieferantenbezeichnung gesp. ST R1G3 193704 RCM* 22K 5%,06406035—8 .28 ROHM Electro. MCRO3 EZHUJ 223 TAL Electronic ST R144 193720 RCM* 100K 5%,064106035—8 .00 First Resistor TAL Electromic Philips Compon, ROHM Electro. St R14§ 192361 RCM* 3,3K 1%,1340805s—8 T5 Deut. ¥itrohm ROHM Electro. TAI Electronic First Resistor ST RL4T NICHT BESTUECKT ST RI4B 192593 RCM* 470R 1%,10408055—8 Deut. Vitrohm TAL Electronic First Resistor ROHM Electro. ST R151 19369 RCM* 10K 5%,06406035—8 ~ .28 First Resistor TAL Electromic Philips Compon, 2322 702 60103 ROHM Electro. MCRO3 EZH J103 ST R152 190699 RCM® 120R 5%, 10408055—8 .25 first Resistor ROHM Electro. TAl Electronic ST R153 190146 RCM* 2,2K 5%, 10408055—8 36 first Resistor CP—016... Philips Compon. — ROHM Electrg. MCR1O E2M (F2N14222 TAL Electronic ST R154 193696 RCM* 10K 5%, 06404035—8 .28 First Resistor Philips Compon. 2322 702 60103 ROHM Electro. MCRO3 EZH J103 TAl Electronic ST R155 193696 RCM® 10K 5%,06406035—8 .28 First Resistor Philips Compon. 2322 702 60103 ROHM Electra, MCRO3 E2X 4103 TAL Electronic ST R156 190146 RCM* 2, 2K 5%, 10408055—8 36 First Resistor CP—016... TAL Electronic ROHM Electro. MCR1IO EZ4 (F2M)4222 Philips Compon. ST A157 1936%6 RCH* 10K 5%,06406035—8 .28 first Resistor Philips Compon,. 2322 702 60103 TAI Electronic ROHM Electro. MCRO3 EZ4 4103 ST R158 193720 RCM* 100K 5%,06406035—8 .00 First Resistor Philips Compon. — TAl Electronic RoHM Electro. ST R160 193696 RCM* 10K 5%,06406035—8 .28 First Resistor Philips Compon,. 2322 702 60103 ROHM Electro. MCRO3 EZH 4103 TAl Electronic

tum: 28.09.98 15:16 Entwickler—StueckListe fuer ISTVANF . 236001 Seite: 9 raete—Typ: ART*SENSOR—SCHO1 Kundenbezei chnung: Pos. Identnr. Ausf. Bezeichnung Bemerkung LASPreis NT Lieferant Lieferantenbezeichnung Gesp. x m 190571 RCH* 100K 1%,10408055—8 Deut. Vitrohm ROHM Electro. TAL Electronic first Resistor R163 191514 RCM* 15K 1%, 10408055—8 .43 Deut. Vitrohm Panasonic GMBH First Resistor Draloric Elec. ROHM Electro. TAL Electronic R164 193624 RCM* 10R 5%,06406035—8 First Resistor TAl Electronic ROHM Electro. MCRO3 EZ2H u1OR Philips Compon, 2322 702 60108 R1GS 191491 RCMA 4,7K. 1%,10408055—8 .74 First Resistor ROHM Electro. TAl Electronic Ri71 MICHT BESTUECKT RI72 NICHT BESTUECKT R173 NICHT BESTUECKT Reel 190701 RCM* 150R 5%, 10W08055—8 .45 First Resistor TAl Electronic ROHM Electro. R222 190701 RCM* 150R 5%,10,08055—8 .45 first Resistor TAl Electronic ROHM Electro. R223 190701 RCH* 1508 S%,10408055—8 .45 first Resistor ROHM Electro. TAL Electronic R224 190701 RCM* 150R 5%,10408055—8 first Resistor ROHM Electro. TAL Electronic R225 193624 RCM* 10R 5%,06406035—8 first Resistor TAl Electronic ROHM Electro. MCRO3 E2M J10R Philips Compon. 2322 702 60108 R22é 193624 RCM* 10R 5%,06406035—8 First Resistor Philips Compon. 2322 702 6010¢ TAl Electronic ROHM Electro. MCRO3 E2M J1OR ST RRZT 193624 RCM* 10R 5%,06406035—8 First Resistor TAl Electronic ROHM Electro. MCRO3 Ezh J10R Philips Compon. 2322 702 60108 ST R2zB 193696 RCM* 10K 5%,06406035—8 .28 First Resistor Philips Compon. 2322 702 60103 TAl Electronic ROHM Electro. MCRO3 EZ4 J103 R229 193696 RCM® 10K 5%,0640603S—8 .28 First Resistor Philips Compon, 2322 702 60103

um: 28.09.98 15116 Entwickler—Stueckliste fuer 1STVANF . 236001 Seite: 10 ete—Typ: ART"SENSOR—SCHO1 Kundenbezeichnung: Pos. Identnr. Ausf . Bezeichnung LASPreis NT Lieferant Lieferan tenbezeichnung 193696 RCM® 10K 5%,00406035—8 TAL Electronic ROHM Electro. MCRO3 E2H 4103 195346 RCN* 300R10%. 25W12065—8 TK—50 / Abgl.—Widerst. in Oicksch. Techn, Deut. Vitrohm RGC 502—0 Endrich GMBH CRA1I2C6 300R +/—10%—TK50—GEGURTET Philips Compon. RCOZTR 193658 RCM* 270R 5%,06406035—8 First Resistor TAl flectronic ROHM Electro. Philips Compon. R232 193624 RCH* 10R 5%, 06W06035—8 First Resistor TAL Electronic ROHM Electro. MCRO3 EZH J10R Philips Compon. 2322 702 6010R R233 193648 RCH® 100R 5%, 06W06035—8 .00 first Resistor TAl Electronic Philips Compon. ROHM Electro. R234 193648 RCH* 100R 5%, 06406035—8 .00 Ffirst Resistor ROHM Electro. TAl Electronic Philips Compon. ST R235 190691 RCH® StR 5%, 10408055—8 .25 First Resistor CP—016 4 51R 200 TR&PSO TAl Electronic RM1O uT 510 ROHM Electro. MCR1IO EZH (FZM)JW510 St R236 190691 RCM® 518 5%, 10,08055—8 .25 First Resistor CP—016 4 51R 200 TRBPSO TAT Electronic RM1O JT 510 ROHM Electro. MCR1O E2K. (FZMJWS10 ST R23T 193660 RCM* 330R 5%,06W0603$—8 .28 first Resistor Philips Compon. TAl Electronic ROHM Electro. ST R238 193664 RCM* 470R 5%,06406035—8 28 First Resistor TAl Electronic ROHM Electro. Philips Compon. ST R2A0 190701 RCH* 150R 5%, 10408055—8 .45 First Resistor ROHM Electro. TAl Electronic ST R241 195390 RCN® 62R10%. 25W12065—8 TK—50 / Abgl.—Widerst. in Dicksch. Techn. Oeut, Vitrohm RGC 502—0 Philips Compon. RCO2TR Endrich GMBH CRA1206 62R +/—10%— TK50~—GEGURTET S7 R242 195346 RCN* 300R10%. 25w12065—8 TK—50 / Abgl.—Widerst. in Oicksch. Techn. Deut, Vi trohm RGC 502—0 Endrich GHBH CRA1206 3008 +7—10%— TK50—GEGURTET Philips Compon. RCO2TR ST R243 195390 RCN* 62R10%.25W12065—8 TK—50 / Abgl.—Widerst. in Dicksch, Tethn, Deut, Vi trohm RGC 502—0 Philips Compon. RCO2ZTR Endrich GMBH CRA120A 62R +/—10%—TK50—GEGURTET RE4L 195346 RCN* 300R10%. 25W12065—8 TK—50 / Abgl.—Widerst. in Dicksch, Techn. 1.68 Deut. vitrohm RGC 502—0 Philips Compon. RCO2TR Endrich GMBH CRA1206 3008 +/ —10%—TX50—GEGURTET

, } tum: 28.09.98 15116 Entwickler—Stueckliste fuer ISTVANF . 236001 Seite: 11 sete—Typ; ART*SENSOR—SCHO1 Kundenbezeichnung: ME Pos. Identnr. Ausf. Bezeichnung Bemerkung LASPreis NY Lieferant Lieferantenbezeichnung Gesp. ST R24S 195390 RCN* 62R10%,25W12065—8 Tk—50 / Abgl.—Widerst. in Dicksch. Techn. Deut. Vi trohm RGC 502—0 Endrich GMBH CRA1206 62R +/—10%~TK50—GEGURTET Philips Compon. RCOZTR ST R2MG 195346 RCN* 300R10%.2941206S—8 TK—50 / Abgl.—Widerst. in Dicksch. Techn. 1.68 Deut. Vitrohm RGC 502—0 Endrich GMBH CRA1206 300R +/—10%—TK50—GEGURTET Philips Compon. RCOZTR ST RZ4B 190691 RCM* 51R 5%,10408055—8 C .25 First Resistar CP—016 J Sif 200 TRBPS0 ROHM Electro. MCRIQ E28 (FZM)JW510 TAL Electronic RM1O JT 510 ST R302 193704 RCM* 22K 5%,06406035—8 .28 First Resistor TAL Electronic ROHM Electro. MCRO3 EZHUJ 223 Philips Compon. 2322 702 60223 ST R303 195648 RCM® 100R 5%,06406035—8 .00 first Resistor Philips Compon. ROHM Electro. TA Electronic ST R304 193648 RCM* 1008 5%,06406035—8 .00 First Resistor ROHM Electro. TAl Electronic Philips Compon. ST R3O5 193704 RCM* 22K 5%,06406035—8 .28 First Resistor ROHM Electro. MCRO3 EZKLJ 223 * TA Electronic Philips Compon, 2322 702 60223 $T R306 193704 RCM® 22K 5%,06406035—8 .28 First Resistor Philips Compon. 2322 702 60223 ROHM Electro. MCRO3 EZMWJ 223 TAL Electronic ST R307 193704 RCM® 22K 5%,06406035—8 .20 First Resistor ROHM Electro. MCRO3 ErMbg 223 TAl Electronic Philips Compon. 2322 702 60223 ST R308 190146 RCM* 2,2K 5%, 10408055—8 .36 Ffirst Resistor CP—016... Philips Compon. — ROHM Electro. MCR1Q EZH ((F2H)J222 TAl Electronic 8T ©309 190146 RCM* 2, 2K 5%, 10W08055—8 .36 First Resistor CP—016... TAl Electronic ROHM Electro. MCR1O E2H (FZH)0222 Philips Compon. ST R310 190146 RCH* 2, 2X 5%,10408055—8 .36 First Resistor CP—016... Philips Compon, TAl Electronic ROHM Electro. MCR1Q E28 (F2WNJ222 ST R314 193648 RCM® 100R 5%,06206035—8 .00 first Resistor Philips Compon. ROHK Electro. TAl Electronic ST R315 193648 RCM* 100R 5%,06406035—8 .00 First Resistor

tum: 28.09.98 15:16 Entwickler—Stueckliste fuer ISTVANE . 236001 Seite: 12 aete—Typ: ART*SENSOR~SCHO! Kundenbezei chnung: c ME Pos, Identne. Ausf. Bezeichnung Bemerkung LASPreis NT Lieferant Lieferantenbezeichnung Gesp. —ST R31S 193648 RCM* 100R 5%,06406035—8 .00 ROHM Electro, TAI Electronic Philips compon. | ST R316 193648 RCM* 100R 5%,06406035—8 .00 First Resistor ROHK Electro, Philips Compon. TAL Electronic I ST R317 193648 RCM* 100R 5%,06406035—8 * .00 First Resistor Philips Compon. TAl Electronic ROHM Electro. 1 ST R318 193648 RCM* 100R 5%,06406035—8 .00 Ffirst Resistor ROHM Electro. Philips Compon. TAl Electronic 1 ST R319 193648 RCM* 100R 5%,06406035—8 .00 First Resistor Philips Compon. TAl Electronic ROHM Electro. 1 ST R320 193648 RCM* 100R 5%,06406035—8 .00 First Resistor ROHM Electro. — Philips Compon. TAl Electronic 1 ST R521 193648 RCM® 100R 5%,06406035—8 .90 First Resistor Philips Compon, TAL Electronic ROHM Electro. 1 ST R322 193661 RCW* 3608 5%,06406035—8 First Resistor ROHM Electro. Philips Compon. TAL Electronic 1 ST R323 193661 RCM* 360R 5%,06W06035—8 First Resistor Philips Compon. TAl Electronic ROHM Electro. ST RIZM 193661 RCW* 360R 5%,06406035—8 First Resistor ROHM Electro. Philips Compon. TAI Electronic ST R325 193648 RCM* 100R 5%,06W06035—8 .00 First Resistor Philips Compon. TAl Electronic ROHM Electro. ST R326 193648 RCM* 100R 5%,06W06035—8 .00 First Resistor TAI Electronic Philips Compon. ROHM Electro. ST R3Z7 193648 RCM* 1008 5%,06,06035—8 .00 first Resistor TAl Electronic ROHM Electro.

latum: 28.09.98 15116 Entwickler—Stueckliste fuer ISIVANF , 236001 Seite: 13 raete—Typ; ART*SENSOR—SCHO1 Kundenbezei chnung : Pas. Identnr. Ausf. Bezeichnung Bemerkung LASPreis NT Lieferant Uieferantenberzei chnung Gesp. 193648 RCM® 100R 5%,06206035—8 Philips Compon. 193648 RCM* 100R 5%,06W06035—8 First Resistor Philips Compon. TAl Electronic ROHM Electro. ST R33O 193696 RCM* 10K 5%,06406035—8 .28 First Resistor Philips Compon. 2322 702 60103 TAL Electronic ROHM Electro. MCRO3 E2H 1103 ST R331 193696 RCM* 10K 5%,06406035—8 .28 First Resistor Philips Compon. 2322 702 60103 TAI Electronic ROHM Electro. MCRO3 EzH 4103 ST R332 193696 RCM* 10K 5%,06406035—8 .28 First Resistor TA1 Electronic ROHM Electro. MCRO3 EzH 4103 Philips Compon. 2322 702 60103 ST R333 193696 RCM* 10x 5%,00406035—8 .28 First Resistor Philips Compon. 2322 702 60103 TA Electronic ROHM Electro, MCRO3 E2H 3103 ST R351 193510 RCM* 200K 1%,06406035—8 First Resistor TAl Electronic ROHM Electro. ST R3S2 193402 RCM* 15%K 1%,04406035—8 First Resistor TAl Electronic ROHM Electro. MCRO3 E24 FW153 Philips Compon. 2322 704 61503 ST R353 193648 RCH* 100R 5%,06406035—8 .80 First Resistor TAI Electronic ROHM Electro. Philips Compon. ST @354 191200 RCM* 10K 1%,10W0805s—8 .43 Deut. Vitrohm 503—0 10K 1% Tk100 vS ROHM Electro. MCR1O EZH FX103 TAL Electronic RMIO FT 103 first Resistor CP—016 F 10% 100 TR&P3O ST R3S5 191403 RCM* 186 1%,1040805s—8 .43 First Resistor TAl Electronic ROHM Electro. ST R3S6 193416 RCH® 21K 1%,06406035—8 first Resistor ROHM Electro. TAl Electronic ST R357 NICHT BESTUECKT ST R35B 193648 RCM® 100R 5%,06406035—8 .00 First Resistor Philips Compon. ROHM Electro. TAT Electromic ST R3S9 194392 RCN* 51R 1%,50420105—12 Deut. Vitrchm $08—0 51R 1% v5 Dratoric Elec. cR2010 100 Stro F & ROHM Electro. MCRSOJZHUFXS 1RO

m: 28.09.98 15:16 Entwickler—Stueckliste fuer ISTVANF . 236001 Seite: 14 rte—Typ: ART*SENSOR—SCHO1 Kundenbezeichnung: i€ Pos. Identnr. Bezeichnung Bemerkung LA5Preis NT Lieferant Lieferantenbezeichnung 194392 RCN* 51R 1%, 50420105—12 Deut. Vitrohm 508—0 518 1% S Draloric Elec. CR2010 100 51R0 F & ROHM Electro. MCRSOUZHUFX51R0 194392 RCN* 51R 1%,50420105—12 Deut. Vitrohm 508—0 51¢ 1% v5 Draloric Elec. CR2O10 100 51R0 F & ROHM Electro. MCRSOUZHUFXS TRO T 194392 RCN* 51R 1%,50420105—12 ~ Deut. Vitrohm 508—0 51R 1% VS ROHM Electro, MCRSOJZHUFXSTRO Draloric Elec. CR2D1D 100 5180 F &4 ST R3G3 194392 RCN* 51R 1%,50420105—12 Deut. Vitrohm 508—0 51R 1% 5 Draloric Elec. CR2010 100 S1R0 F & ROHM Electro. MCRSOUZHUFXS IRO ST R364 190679 RCH® 168 5%, 10408055—8 first Resistor TAl Electronic ROHM Electro. ST R366 NICHT BESTUECKT T131 192700 TSC*S194070Y*® $0—8 5—8 TEMIC s194070Y ST T141 190181 TSC*BC&L6B SOT23 5—8 2.71 General Instru. BCBLGB Philips Compon. BcBi6e Motorola GMBH BCBAGBLT1 SGS Thomson BCB4GB / NOT DELIVERY Intermetal l BcBise x T142 190780 TSC*BSS123 SOT23 5—8 33.09 Motorola GMBH Siemens AG T151 190780 TSC*B55123 S0T23 5—8 33.09 Motorotla GMBH Siemens AG T152 190780 TSC*BSS123 SoT23 S—8 33.09 Motorola GMBH Siemens AG T153 190181 TSC*BCBAGB soT23 5—8 2.71 General Instru. BcB.6B Intermetal BcBi6e x Motorola GMBH BCBAGBLT Philips Compon. BcB46B 5S Thomson BCB46B / NOT DELIVERY T154 190181 TSC*ACBL6B 50723 S—8 2.71 General Instru, 8cB46B Intermetal l BCBL6B x Motorola GMBH BCBAGBLT! Philips Compon, 8CBL68 §GS Thomson BCB4GB / NOT DELIVERY T351 194387 TS *2N2219A To—5 x % Motorola GMBH 2N2219A National Semi., 2N2219A / NICHT MEWR LIEFERBAR it Xx101 NICHT BESTuECKT T X110 195307 BUCHSE AMP 50462—7 X111 195307 suchse AMP 50462—7 o4 a se 5 4 4 x210 195307 BUCHSE AMP 50462—7 X211 195307 BUCHSE AMP 504627 2053 NICHT BESTUECKT 2079 NICHT BESTUECKT 2081 NICHT BESTUECKT 2102 NICHT BestuEckt 2107 NICHT BESTUECKT

atum: 26.09.98 15:16 Entwickler—Stueckliste fuer ISTVANF . 236001 Seite: 15 raete—Typ; ART*SENSOR—SCHO1 Kundenbezei chnung: k ME Pos. Identnr. Ausf. Bezeichnung Bemerkung LASPreis NT Lieferant Lieferantenbezeichnung Gesp. 1 sT 2110 NICHT BESTUECKT 1 ST 21M NLCHT BESTUECKT 1 ST 2200 NICHT BESTUECKT 1 sT 1300 NICHT BESTUECKT 1 ST 2301 NICHT BESTUECKT 1 ST 2302 NICHT BESTUECKT 1 sT 2303 NICHT BESTUECKT 1 ST 2304 NICHT BESTUECKT 1 ST 2305 NICHT BestuECkT 1 ST 2306 NICHT BESTUECKT 1 ST 2307 NICHT BESTUECKT de der Stueckliste ***

Planquadrate fir Layout C:\PROJEKSBVADC\ARTOTSE\TP_ABAPT\7O0501Pa. AsC {O=Oben, U=unten) c101 a—c1 C103 o—C1 c104 a—C1 c110 a—83 | C111 0—83 P en o—a3 | ct13 o—as | c121 0—84 C122 O—A4 c123 0—A4 C131 G—A3 I C140 0—C5 J cfa1 o—05 | c142 o—& | 144 0—E4 C151 0—c1 C152 G—D1 C193 0—01 1 C155 0—€1 [ e1se ao—e1 | c197 ao—et | crér 0—C5 C163 0—C5 C164 0—c5 C171 0~C2 I C201 0—E2 [ c2o2 o—e2 | c2os g—e2 | cane 0—c2 C205 0—C1 C206 0—01 C207 0—02 I C208 a~c2 | ezos o—o2 | cain o—H } canl d—E2 C212 0—02 C2i3 0— E2 C214 0~02 I C2is O—E2 J care o—o2 | crr3 o—c2 | c2m% 0—C2 C225 C226 0—C2 C227 0—€3 1 C228 0—05 | cars o—o5 | caso o—e2 | cas1 0—82 C232 0—82 cas3 0—82 C234 0—B2 1 C235 0—82 | case o—et | cas? ao—a2 | c2s8 0~—82 C239 0—82 c240 0—B2 C241 0—82 I C242 0—B1 [ caas a—e2 [ caés a—sr | ca45 0~—82 C246 0—82 c24r 0—82 C248 O—B1 | C249 Q~81 | caso ;o—st | csO3 o—o5 | c304 0—05 C305 0—A5 C306 0—85 C307 0—85 { C308 G~85 | cso9 o—s | c310 o—& | C313 0—C4 C314 0—C4 C315 G—C4 C316 0+C4 I C317 O—C4 | es18 ao—cs | c319 o—cs | c320 C321 C322 C323 O—C4 t C324 a—C5 | csas o—cs | ess1 a—cs | C352 a—05 C353 0—04 C354 0—04 C355 0—04 1 C356 0— E3 [ easz o—me o—E1 | orgrt o—cr | oisi 0152 0—€1 0153 0—E1 0235 0—81 I C236 O—&1 [ mm o—ar fom2r oo ] 41 0—&4 1151 O—E1 L161 a—c5 1201 0~—€3 | 1202 C—E2 { 1203 o—E2 | 1204 o—o2 | 1205 a—02 1206 a—C2 1207 0—C2 1221 O—C2 1 1222 0—05 I r23i o—s2 | 301 o—85 | 1303 0—83 1304 0—B4 1305 0—C4 _ 1306 O—A5 U 1351 0—05 | 1352 o—06 | i01 o—ct | u102 g—c1 L111 L112 0—82 u113 0—82 1 L121 C—A4 { L122 o—& [ 123 o—a6 | u131 O—A4 L141 0—05 L151 0—01) 1231 0—82 | 1232 0—82 | 233 o—81 | 1234 o—81 | as01 0—85 R131 O—~A4 R140 0— 64 R141 0— E3 | R142 0—€6 | R143 o—64 ] Rl44 o—&4 0| R145 0—04 R147 0— E4 R14B O—£4 R151 a—£1 | R152 O—E1 | rrss o—e1 | k1s4 a—e1 [ RA1S5 a—£1 R156 G—01 R1S7 O—€1 R1SB O—E2 1 R160 O—€1 | ris62 o—c5 | ri63 o—cs | R164 a—cs R165 O~£1 R171 0—£4 R172 0—E4 I R173 0—€4 [ rgat ao—cr | rerr o—c2 | Reas 0—C2 R224 0—C2 R223 0—C2 R2ze 0—C2 l RRzT Q—C1 | r2re o—o1 | reay o—e2 | R230 0—01 R231 0—82 R232 0—82 Rass 0—83 | R234 O—83 | ress o—s1 | rese o—s1 | Resr 0—82 R23B 0—82 R240 0—01 R241 0— E2 | R242 0—02 ] raas o—ga | rasa o—02 | R245 0—E2 RZ46 0—02 R248 0—B1 r3or 0—85 1 R3O3 0—cs | r3o« o—os | asos o—s4 | r3te 0—84 R3O7 0—84 R308 0—84 R3o9 0—84 | R310 0—B4 [ aste o—co | R31S$ o—ch | R316 0—c4 R317 0—C4 R318 0—C4 Ail9 0—c5 1 R320 a—Cs [ raz1 o—cs | r3zr o—c6 | R323 0—c4 R324 0~—C4 R325 g—83 r3ze 0—C4 I RE27 0—CS | rsze o—cs }],a330 o—a3 [ R331 0—a3 R332 0—84 R333 0—84 ras1 a—05 I R3S2 a—05 ] rss3 o—06 | RsSe o—o6 | R3s5 a—04 R356 0—04 R3S7 0—04 R3S8 0—04 I R359 0—03 | rse0 o—o3 | r3e1 o—e3 | Rs62 a—03 R363 R364 R366 0—04 1 T131 O—A3 [ e o—& [ oruar ow |oms o—e1 T152 0—€1 T153 a—01 1154 0—E1 I T351 Lxtor u—er f x0 o—& | xin 0—£4 X210 0—04 | x211 0—04 2053 o—c§ | 1079 o—C2 | z081 o—c2 | zo2 a—cr | zmor 0—82 2110 0—82 [ m24 0—81 z200 0—03 | 2300 0—C4 | asor o—ce | z302 o—c4 | 2303 a—03 1304 0—83 | 2305 0—83 z306 O—C3 1 2307 a—c3 I 450 Bauteil(e) Dat/Date) Nome & segesistit A)1? T E. Gnsor L P wits? . besikecke Te Beviter? héoret; naten Liste c m I | Saiys ® .0 aAe te


Document Created: 2001-06-19 22:16:51
Document Modified: 2001-06-19 22:16:51
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