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2006 - GL850G Design Guideline

Abstract: 3/GL850G Design Guideline
Text: CHAPTER 6 ELECTRICAL CHARACTERISTICS. 21 6.1 MAXIMUM RATINGS . 21 6.2 OPERATING RANGES . 21 6.3 DC CHARACTERISTICS. 21 6.4 POWER CONSUMPTION , . 21 TABLE 6.2 – OPERATING RANGES


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PDF GL850G GL850G GL850G-MNNXX 48-pin GL850G-MNGXX GL850G Design Guideline 3/GL850G Design Guideline
2009 - GL850G application circuit

Abstract: GL850G Design Guideline GL850G GL850G 31 GL850G-HHNXX
Text: 6.1-Maximum Ratings, P. 21 1.04 08/08/2007 Modify Table 6.6-DC Supply Current, P.23 03/10 , .2.7, P.23 3. Add built-in 5V to 3.3V power regulator, Ch5.2.5, P. 21 4. Modify power on reset description, Ch5. 2.1 , P.18 5. Add description of port configuration, Ch5.2.8 and Ch5.2.9, P.23 1.06 01 , €“ POWER ON RESET DIAGRAM . 21 FIGURE 5.4 – POWER ON SEQUENCE OF GL850G. 21 FIGURE 5.5 â


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PDF GL850G GL850G GL850G-MNNXX 48-pin GL850G-MNGXX GL850G-HHNXX 28-pin GL850G application circuit GL850G Design Guideline GL850G 31 GL850G-HHNXX
2008 - gl850g-HHG

Abstract: GL850G 28 Pin GL850G-HHNXX GL850G
Text: 6.1-Maximum Ratings, P. 21 1.04 08/08/2007 Modify Table 6.6-DC Supply Current, P.23 03/10 , .2.7, P.23 3. Add built-in 5V to 3.3V power regulator, Ch5.2.5, P. 21 4. Modify power on reset description, Ch5. 2.1 , P.18 5. Add description of port configuration, Ch5.2.8 and Ch5.2.9, P.23 1.05 , . 21 FIGURE 5.8 – LED CONNECTION . 21 FIGURE 5.9 – SCHEMATICS BETWEEN GL850G AND 93C46


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PDF GL850G GL850G GL850G-MNNXX 48-pin GL850G-MNGXX gl850g-HHG GL850G 28 Pin GL850G-HHNXX
2006 - GL850G Design Guideline

Abstract: GL850G 3/GL850G Design Guideline GL852
Text: TABLE 6.4 – DC CHARACTERISTICS OF USB SIGNALS UNDER FS/LS MODE. 21 TABLE 6.5 – DC CHARACTERISTICS OF USB SIGNALS UNDER HS MODE . 21 TABLE 6.6 – DC SUPPLY CURRENT , OVCUR2# 40 21 DM4 PWREN2# 41 20 AGND OVCUR1# 42 19 AVDD PWREN1# 43 , AGND P 32 PGREEN3 O 44 DVDD P 9 DM2 B 21 DM4 B 33 PAMBER3 O 45 , 17,18 B USB signals for DSPORT3 DM4,DP4 21 ,22 B USB signals for DSPORT4 RREF


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PDF GL850G GL850G GL850G-MNNXX 48-pin GL850G-MNGXX GL850G Design Guideline 3/GL850G Design Guideline GL852
2006 - rom 93c46

Abstract: No abstract text available
Text: CHAPTER 6 ELECTRICAL CHARACTERISTICS. 21 6.1 MAXIMUM RATINGS . 21 6.2 OPERATING RANGES . 21 6.3 DC CHARACTERISTICS. 21 6.4 POWER CONSUMPTION , . 21 TABLE 6.2 – OPERATING RANGES


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PDF GL850G GL850G GL850G-MNNXX 48-pin GL850G-MNGXX rom 93c46
2007 - GL850G Design Guideline

Abstract: GL850G
Text: Modify Table 6.1-Maximum Ratings, P. 21 ©2000-2007 Genesys Logic Inc. - All rights reserved. Page 3 , CHAPTER 6 ELECTRICAL CHARACTERISTICS. 21 6.1 MAXIMUM RATINGS. 21 6.2 OPERATING RANGES . 21 6.3 DC CHARACTERISTICS . 21 6.4 POWER CONSUMPTION


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PDF GL850G GL850G GL850G-MNNXX 48-pin GL850G-MNGXX GL850G Design Guideline
2007 - GL850G

Abstract: GL850G Design Guideline GL852 GL850G-MNGXX genesys logic hub genesys logic GL852 Hub Controller GL850G application circuit GL850G 31 GL850 GL850G-MNNXX
Text: Modify Table 6.1-Maximum Ratings, P. 21 1.04 08/08/2007 Modify Table 6.6-DC Supply Current, P , CHAPTER 6 ELECTRICAL CHARACTERISTICS. 21 6.1 MAXIMUM RATINGS. 21 6.2 OPERATING RANGES . 21 6.3 DC CHARACTERISTICS . 21 6.4 POWER CONSUMPTION


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PDF GL850G GL850G GL850G-MNNXX 48-pin GL850G-MNGXX GL850G Design Guideline GL852 GL850G-MNGXX genesys logic hub genesys logic GL852 Hub Controller GL850G application circuit GL850G 31 GL850 GL850G-MNNXX
2009 - GL850G Design Guideline

Abstract: GL850G-MNGXX GL850G application circuit 3/GL850G Design Guideline
Text: -Maximum Ratings, P. 21 1.04 08/08/2007 Modify Table 6.6-DC Supply Current, P.23 03/10/2008 1. Add , . Add built-in 5V to 3.3V power regulator, Ch5.2.5, P. 21 4. Modify power on reset description, Ch5. 2.1 , ON RESET DIAGRAM . 21 FIGURE 5.4 – POWER ON SEQUENCE OF GL850G. 21 FIGURE 5.5 â , PAMBER4 DVDD 38 23 PGREEN4 PGANG 39 22 DP4 OVCUR2# 40 21 DM4 PWREN2


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PDF GL850G GL850G GL850G-MNGXX 48-pin GL850G-HHGXX GL850G Design Guideline GL850G-MNGXX GL850G application circuit 3/GL850G Design Guideline
2010 - schematic diagram of usb 2.0 hub

Abstract: schematic diagram of usb 2.0 hub GL850G GL850G FT4232H MINI MODULE
Text: . 4 2.1 Features , multi-port asynchronous serial interfaces (up to 4 ports available). 2.1 Features The USB Hi-Speed Serial , e FT4232H 13. 27 G L850G 12. 06 23. 37 C2 N 2. 54 17. 09 18. 7 16. 21 , , P.R. China Tel: +86 ( 21 ) 62351596 Fax: +86 ( 21 ) 62351595 E-Mail (Sales) E-mail (Support) E-Mail


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PDF FT4232H schematic diagram of usb 2.0 hub schematic diagram of usb 2.0 hub GL850G GL850G FT4232H MINI MODULE
2010 - GL850G

Abstract: schematic diagram of usb 2.0 hub schematic diagram of usb hub cn417 GL850 ft4232 schematic of hub GL850G 31 FT4232H GL850G application circuit
Text: . 4 2.1 Features , multi-port asynchronous serial interfaces (up to 4 ports available). 2.1 Features The USB Hi-Speed Serial , e FT4232H 13. 27 G L850G 12. 06 23. 37 C2 N 2. 54 17. 09 18. 7 16. 21 , , P.R. China Tel: +86 ( 21 ) 62351596 Fax: +86 ( 21 ) 62351595 E-Mail (Sales) E-mail (Support) E-Mail


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PDF FT4232H GL850G schematic diagram of usb 2.0 hub schematic diagram of usb hub cn417 GL850 ft4232 schematic of hub GL850G 31 GL850G application circuit
2012 - raspberry pi

Abstract: RPi_HUB RPI-Hub-Module Datasheet GL850G gl850 raspberrypi 2 raspberry schematic diagram of usb hub raspberrypi GL850 application
Text: Product Details . 3 2.1 2.2 , 2.1 Features The RPi HUB Module has the following features: General: USB 2.0 Hi-Speed compatible , . FT2232H Pin Pin # 16 17 18 19 21 22 23 24 26 27 28 29 30 32 33 34 38 39 40 41 43 44 45 46 48 52 53 54 55 , -13 J1-14 J1-15 J1-16 J1-17 J1-18 J1-19 J1-20 J1- 21 Name AC7 AC6 AC5 AC4 AC3 AC2 AC1 AC0 AD7 AD6 AD5 AD4 , -4 J2-5 J2-6 J2-7 J2-8 J2-9 J210 J2-11 J2-12 J2-13 J2-14 J2-15 J2-16 J2-17 J2-18 J2-19 J2-20 J2- 21 J2


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PDF UART/245FIFO/SPI/I2C/JTAG/GPIO FT2232H raspberry pi RPi_HUB RPI-Hub-Module Datasheet GL850G gl850 raspberrypi 2 raspberry schematic diagram of usb hub raspberrypi GL850 application
2012 - GL850G application circuit

Abstract: rtl8188 MP1482DS schematic diagram of usb 2.0 hub GL850G GL850G SY8008
Text: .8 2.1 Electrostatic warning , behavior is detailed. 2.1 Electrostatic warning OLinuXino is shipped in a protective anti-static , the following HW_OCOTP_ROM0 fuses of the processor: SD_MBR_BOOT(3) - Blown SD_POWER_GATE_GPIO( 21 :20 , mount the elements of the 3.3V part circuit if you wish to use 3.3V at heavier loads. Page 21 of 48 , 8 SSP2_MOSI 21 9 SSP2_SCK 33 PIN12/LCD_D11/UEXT_CS 25 10 The UEXT pinout


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2012 - sy7208

Abstract: H27UBG8 H27UBG8T u7a TV capacitor rtl8188 axp209
Text: .7 2.1 Electrostatic warning , .20 6.2 SD/MMC slot. 21 , of the default board behavior is detailed. 2.1 Electrostatic warning OLinuXino is shipped in a , Page 21 of 37 OLIMEX© 2012 A13-OLinuXino user's manual 6.3 UEXT module A13-OLinuXino has an , # 21 PIN12/NWE 8 22 PIN31 120 23 PIN13/NALE 7 24 PIN30 119 25


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PDF A13-OLinuXino A13-OLinuXino-WIFI sy7208 H27UBG8 H27UBG8T u7a TV capacitor rtl8188 axp209
2009 - GL850G application circuit

Abstract: GL850G Design Guideline GL850G
Text: /2006 Modify General Description, Ch1, p.7 1.11 03/12/2007 Modify RESET# Setting, Ch5. 2.1 , p , . 21 FIGURE 5.4 - POWER ON SEQUENCE OF GL852 . 21 FIGURE 5.5 - TIMING OF PGANG/SUSPND STRAPPING , AVDD GREEN1/EE_SK 60 21 X2 AMBER1/EE_CS 61 20 X1 DGND 62 19 AGND , 21 DM4 PWREN2# 41 20 AGND OVCUR1# 42 19 AVDD PWREN1# 43 18 DP3


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PDF GL852 GL852 GL852-MSNXX 64-pin GL852-MNNXX 48-pin GL852-MSGXX GL852-MNGXX GL850G application circuit GL850G Design Guideline GL850G
RTL8188ETV

Abstract: rtl8188 RK1000-S a03407 Rk3188 SY6288 IT66121FN LAN1102 MIC4020 IT6612
Text: 27 C7 GP2 GP14 VP3a VP3b C8 226 L4 2.2uH/1.6A 475 VCC_IO 26 21 C14 106 , PSELF DVDD GND 28 27 26 25 24 23 22 21 20 19 18 17 16 15 HOST_DP1 HOST_DM1 , 13 14 15 16 17 18 19 20 21 22 23 24 note VCC_IO 48 47 46 45 44 43 42 41 40 , C111 104 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 LINE_R LINE_L , DDC_SDA 14 DDCSCL DDCSDA TX_C+ TX_C- 16 15 TXCP TXCM TX_0+ TX_0- 22 21 TX0P


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PDF 16Bit RK1000-S RJ-45 LAN8720 RK3188 IT66121FN 24MHz 768KHz BLM18PG181SN1 RTL8188ETV rtl8188 RK1000-S a03407 Rk3188 SY6288 IT66121FN LAN1102 MIC4020 IT6612
2005 - CA3086 spice

Abstract: EL1510 Pspice ca3086 CA3046 spice hip4082 spice DC DC isolated flyback eval board EL5375 EL8400 ISL6253 HIP4082 pspice
Text: an9997.pdf labview_xdcp_software.zip XLABVIEW01 Software and Drivers readme_xicorlabview_ v3. 2.1 .txt xdcp_software_drivers_ updatev.3.2.1.zip xicor_xdcp_test_utility_ manual_rev_3.1.2.doc xdcp_vref.zip V3. 2.1 Update Instructions XLABVIEW01 V3. 2.1 Update XLABVIEW V3. 2.1 Manual XDCP_Vref Evaluation Board Kit Documentation and Software labview_xdcp_software.zip XLABVIEW01 Software and Drivers readme_xicorlabview_ v3. 2.1 .txt xdcp_software_drivers_ updatev.3.2.1.zip xicor_xdcp_test_utility_ manual_rev_3.1.2.doc xdcp_vref.zip V3. 2.1 Update


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PDF 1-888-INTERSIL XLABVIEW01 CA3086 spice EL1510 Pspice ca3086 CA3046 spice hip4082 spice DC DC isolated flyback eval board EL5375 EL8400 ISL6253 HIP4082 pspice
ci 555

Abstract: TLG124A TLG102 TLG123A SKY77916_21 TLG123 LN38GPPN SLH-34MG MBG3338S SLR-37MG
Text: ' MPG3338S ; - mt. 30 560 20 20 2.1 20 25 -30-85 65 * > r ■II - K MBG3338S . 30 555 20 2.1 20 25 -30-85 65 P > 7 • ■■) - Y MPG3368S 16 560 40 20 2.1 20 25 -30-85 66 MBG3368S iM 16 555 20 20 2.1 20 25 - 30-85 66 MPG3378S m: 22 560 20 20 2.1 20 25 -30-85 66 M BGS378S 22 535 10 20 2.1 20 25 30- 85 66 MPG3371X m 100 560 10 20 2.1 20 25 -30-85 67 MBG3371X 100 555 20 2.1 20 25 -30-85 67 MPG3867S 144 560 20 2.1 20 25 4 -30 — 85 68 Flat Top MBG3867S 144 555


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PDF MPG3338S MBG3338S MPG3368S MBG3368S MPG3378S BGS378S MPG3371X MBG3371X MPG3867S MBG3867S ci 555 TLG124A TLG102 TLG123A SKY77916_21 TLG123 LN38GPPN SLH-34MG MBG3338S SLR-37MG
3RG9HW

Abstract: 503WC 304vd 304-WC 1003VCL 10RG9HC 503VD 242gc 503GT 803VD
Text: 700 Color Diff. 2.1 2.8 10 0.5 1 GaP Red 700 Red Transparent 2.1 2.8 10 1 3 302VD GaAsP/GaP Red 660 Color Diff. 2.1 2.8 20 20 100 302VCL GaAsP/GaP Red 660 Water Clear 2.1 2.8 20 200 300 302VT GaAsP/GaP Red 660 Red Transparent 2.1 2.8 20 50 250 302GD GaP Green 565 Color Diff. 2.1 2.8 10 5 12.5 302GC GaP Green 565 Water Clear 2.1 2.8 10 20


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PDF 302VD 302VCL 302VT 302GD 302GC 302GT 304GCH 304WC 304BC 304VCH 3RG9HW 503WC 304vd 304-WC 1003VCL 10RG9HC 503VD 242gc 503GT 803VD
2008 - 8701K14

Abstract: bge25-800.21 8700K15
Text: , 16, 20, 21 , 24, 25 10, 11, 15, 16, 21 , 25 13, 15, 16, 19, 23, 26-29 7 9, 13, 15, 16 , 11, 15, 16 , , 22, 26-29 13, 14, 15, 16, 18, 19, 22, 26-29 10, 11, 15, 16, 20, 21 , 24, 25 8837K9 & K99 K10 & K910 K11 & K911 8838K1 & K91 K2 & K92 10, 12, 15, 16, 21 , 25 10, 11, 15, 16, 21 , 25 10, 11, 15, 16, 21 , 25 7 9, 13, 14, 15, 16, 18, 19, 22, 23, 26-29 , 13, 14, 15, 16, 18, 19, 22, 26-29 8500K5 K6 K7 K8 K9 10, 11, 15, 16, 21 , 25 13, 15, 16, 19, 23, 26-29 7 9, 13, 15, 16 , 11, 15


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PDF 8200K7 8201K6, 8209K6 8210K7 8211K7 8837K4 8212K6 8500K1 8837K9 8838K1 8701K14 bge25-800.21 8700K15
2003 - dh321

Abstract: dh 321 max 32321 876-1432 212109 7432 truth table m6 90 v-0 AS4SD4M16 sdram 4 bank 4096 16 313212
Text: 19 Precharge. 21 Power-Down. 21 AS4SD4M16 Rev , DQ8-DQ15. DQML and DQMH are considered same state when referenced as DQM. 20, 21 BA0, BA1 Input , 31 22211 33321 321 321 321 321 3211 21 32 21 3321 32 3321 21 3211 21 DQ NOP , 321 321 321 321 54321 21 54321 54321 54321 DQ tAC NOP tOH 311121 342 2231


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PDF AS4SD4M16 54-Pin 096-cycle AS4SD4M16DG-10/IT -40oC dh321 dh 321 max 32321 876-1432 212109 7432 truth table m6 90 v-0 AS4SD4M16 sdram 4 bank 4096 16 313212
Not Available

Abstract: No abstract text available
Text: 2 901 21 -0 1 22 9 0 1 21 -0 7 62 901 21 -0 9 22 5 .08 (.2 0 0 ) 2 .54 (.1 0 0 ) 3 901 21 -0 1 23 9 0 1 21 -0 7 63 901 21 -0 9 23 7 .6 2 (.3 0 0 ) 4 9 01 21 -0 1 24 9 0 1 2 1 -0 7 6 4 9 01 21 -0 9 24 10.1 6 (.4 0 0 ) 5 9 01 21 -0 1 25 9 0 1 21 -0 7 65 9 01 21 -0 9 25 6 901 21 -0 1 26 9 0 1 21 -0 7 66 7 9 01 21 -0 1 27 9 0 1 21 -0 7 67 8 9 01 21 -0 1 28 9 O rd e r N o . Circuits D im ension P la tin g A P la


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PDF PS-99020-0001 0D07136
CST-100

Abstract: MTA-100 e 3641
Text: ] 28 5-641 21 6-8 68.58 [2.700] 27 5-641 21 6-7 66.04 ;2.600] 26 5-641 21 6-6 63.50 [2.500] 25 5-641 21 6-5 60.96 [2.400; 24 5-641 21 6-4 58.42 [2.3OO; 23 5-641 21 6-3 55.88 [2.200; 22 5-641 21 6-2 53.34 [2.IOO; 21 5-641 21 6-1 50.80 [2.000] 20 5-641 21 6-0 48.26 ;i .900] 1 9 4-641 21 6-9 45.72 ;i .800] 1 8 4-641 21 6-8 43.1 8 ;i .700] 1 7 4-641 21 6-7 40.64 ;i .600] 1 6 4-641 21 6-6 38.1 0 ;i .500] 1 5 4-641 21 6-5 35.56 ;i .400; 1 4 4-641 21 6-4


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PDF BE641 MTA-100 CST-100 e 3641
c151c

Abstract: bge25-800.21
Text: 1 1 11 2345567895 1 ABCD1E92C1FA12BD19FBBD1491B1 1 114D2D9F1CDBB 21 ,  F33B831 1 119FB9B 21 7511 , %(71 =4>87C41 21 +#E152973?1"651 1 1 9879?1%(71 =4>87C41 21 +#E1&%1!5A1 ;0 , )01/1 21 +#E152973?1"651 1 93*?1%(71 =4>87C41 1 98879?1%(71 =4>87C41 21 +#E1&%1!5A1 1 21AB%561$5%1$&%1 A1$71)$$%6C18$ 21 &$%6C13$/1 21D


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PDF ABCD1E92C1F 114D2D 894D1 51D41 1FFD15 E5165 c151c bge25-800.21
t2064

Abstract: Y452 T0622 T0487 T0623 B78450P7301A005 t0693 Y343 B78450P7437A005 T1577
Text: * 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5*21.2 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 27*26.5* 21 100 Approx. weight , x L x H [mm] 26.5*26.5* 21 27*26*21.5 27*26.5* 21 27*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5* 21 26.5*26.5*21.2 26.5


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PDF EVD25A B78450Pxx B78450P6139A005 B78450P6459A005 B78450P6055A005 B78450P6119A005 B78450P6120A005 B78450P6137A005 2002/95/EC 2002/95/EC" t2064 Y452 T0622 T0487 T0623 B78450P7301A005 t0693 Y343 B78450P7437A005 T1577
1996 - a006

Abstract: V23006-G1017-A032 V23006 V23006-G1016-A004 V23006-H1012-A008 V23006-Y V23006-Z1001 a038 V23006-Y0012 V23006-A0555
Text: 20 °C Umgebungstemperatur 3,8 Wärmewiderstand 21 K/W Kontaktseite Kontaktausführung , Bestellbezeichnung Lochreihe II Lochreihe I Block 3 21 21 ­ 21 21 ­ 21 ­ 21 21 21 ­ 21 21 ­ 21 ­ 21 A002 A004 A006 Einfachkontakte, Kontaktwerkstoff Silber, hauchvergoldet Schaltleistung , Lochreihe II Lochreihe I Block 3 1­1 1­1­1 21 21 ­ 21 1­1 1­1­1 21 21 ­ 21 A094 A096 , Block 3 - 1 - 21 1 1 21 21 A241 A242 A191 A192 6.47 Kleines Rundrelais


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PDF V23006 V23006-A0555 V23006-G1555 V23006-H1555 V23006-A0555 a006 V23006-G1017-A032 V23006 V23006-G1016-A004 V23006-H1012-A008 V23006-Y V23006-Z1001 a038 V23006-Y0012
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