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ior e78996

Abstract: E78996 rectifier module E78996 E78996 ior E78996 Diode International Rectifier SSC inr 470 E78996 G1 G2
Text: INTERNATIONAL RECTIFIER bSE D ■4655452 OQlbE'ìT bOl ■INR Bulletin E27109 International SoRiRectifier IRFK4HE50,IRFK4JE50 Isolated Base Power HEX-pak™ Assembly - Parallel Chip Configuration • High Current Capability. • UL recognised E78996 . • Electrically Isolated Base Plate. • Easy Assembly into , . Temperature 117 INTERNATIONAL RECTIFIER b£E D 4ÛS54SS DDlbBOE TEL INR IRFK4HE50.IRFK4JE50 IOR 25000 200 eoo , INTERNATIONAL RECTIFIER bSE D ■4Ö5S45B DG1L304 ATI ■INR IR FK4H E50,1R FK4 J E50 IOR IRFK4H. or IRFK4J


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PDF E27109 IRFK4HE50 IRFK4JE50 E78996. T0-240 toj75) ior e78996 E78996 rectifier module E78996 E78996 ior E78996 Diode International Rectifier SSC inr 470 E78996 G1 G2
1RFK4H250

Abstract: ior e78996 IRFK4H250 IRFK4J250 E27105
Text: Bulletin E27105 International UMI Rectifier 1RFK4H250,IRFK4J250 Isolated Base Power HEX-pak™ Assembly - Parallel Chip Configuration • High Current Capability. • UL recognised E78996 . • Electrically Isolated Base Plate. • Easy Assembly into Equipment. Description - The HEX-pak™ utilises the well-proven HEXFET™ die, combining low on-state resistance with high transconductance. These superior , Thermal Impedance, Junction-to-Case IRFK4H250,IRFK4J250 IOR IRFK4H. or IRFK4J. Pulse Width < 1jis


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PDF E27105 1RFK4H250 IRFK4J250 E78996. T0-240 IRFK4H250 ior e78996
IRFK4J450

Abstract: IRFK4H054 IRFK4H450 IRFK4J054
Text: Bulletin E27107 International jjg Rectifier IRFK4H450,IRFK4J450 Isolated Base Power HEX-pak™ Assembly - Parallel Chip Configuration • High Current Capability. • UL recognised E78996 . • Electrically Isolated Base Plate. • Easy Assembly into Equipment. Description The HEX-pak™ utilises the well-proven HEXFET™ die, combining low on-state resistance with high transconductance. These superior , Fig 10. Maximum Effective Transient Thermal Impedance, Junction-to-Case 1RFK4H450JRFK4J450 IOR 10v -T


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PDF E27107 IRFK4H450 IRFK4J450 E78996. O-240 1RFK4H450JRFK4J450 IRFK4H054 IRFK4J054
14MQ

Abstract: IRFK4H150 IRFK4J150
Text: Bulletin E27104 International ü®] Rectifier IRFK4H150.IRFK4J150 Isolated Base Power HEX-pak™ Assembly - Parallel Chip Configuration • High Current Capability. • UL recognised E78996 . • Electrically isolated Base Plate. • Easy Assembly into Equipment. Description The HEX-pak™ utilises the well-proven HEXFET™ die, combining low on-state resistance with high transconductance. These superior , . Typical Transfer Characteristics Fig 4. Normalized On-Resistance Vs. Temperature IRFK4H150.IRFK4J150 IOR


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PDF E27104 IRFK4H150 IRFK4J150 E78996. T0-240 14MQ
tg1g

Abstract: high power thyristor scr 3f scr thyristor irkv 300
Text: UL E78996 approved IRK. SERIES MAGN-A-pakTM Power Modules 170A 230A 250A Description This , Series Bulletin 127102 rev. A 10/97 In te rn a tio n a l IOR Rectifier ELECTRICAL , , .250 Series Bulletin 127102 rev. A 10/97 In te rn a tio n a l IOR Rectifier AR Conduction , .170, .230, .250 Series Bulletin 127102 rev. A 10/97 In te rn a tio n a l IOR Rectifier IRK , Series Bulletin 127102 rev. A 10/97 In te rn a tio n a l IOR Rectifier 4D 8D 120 16D


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PDF E78996 IRK230/250 tg1g high power thyristor scr 3f scr thyristor irkv 300
Not Available

Abstract: No abstract text available
Text: capability Industrial standard package U L E78996 a p p ro v e d T ypica l A p p lica tio n s M o to r , rn a tio n a l IRK.500. Series Bulletin 127401 rev. A 09/97 IÖR Rectifier Blocking Param , 127401 rev. A 09/97 IÖR Rectifier Outline Table All dimensions in millimeters (inches) r~ i i i c


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PDF E78996
E78996 rectifier module wiring

Abstract: thyristor diode module IRK E78996 bulletin 127900
Text: – UL E78996 approved ^ IRK.41, .56 SERIES NEWADD-A-pak™ Power Modules 45 A 60 A Description These IRK , 09/97 International IOR Rectifier AR Conduction (per Junction) {The folbwing table shows the incrÃ


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PDF E78996 They09/97 SS452 E78996 rectifier module wiring thyristor diode module IRK E78996 bulletin 127900
1SS90

Abstract: No abstract text available
Text: – UL E78996 approved U Description These IRKU/V series ot NEW ADD-A-paks use power thyrìstors In two , ¤^ 70e! IR KU ATT 1,91 Sériés Bulletin 127135 rev.C 09/97 International IOR Rectifier AR Conduction


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PDF irku/v71 3500VRMSisolating E78996 40ohms S54S5 1SS90
aic-6360

Abstract: aic6360 6360 AIC-6260/6360/6370
Text: Data Read Operation Parameter Description Chip clock period tl Address setup time to IOR * falling t2 Address hold time after IOR * rising t3 IOCS16* valid after address and SBHE* valid t4 IOCS16* disabled after address and SBHE* invalid t5 Valid data delay from IOR * falling t6 Data hold time after IOR * rising t7 Time between consecutive IOR * pulse t8 Driver OFF time from IOR * rising t9 Driver ON time from IOR * falling tio Read cycle time tu IOR * pulse width tl2 1 Min and Max data in all the timing diagrams


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PDF AIC-6360 aic6360 6360 AIC-6260/6360/6370
aic6260

Abstract: No abstract text available
Text: I V IOR * t d d 1 t d v . • * - H t o n * * ^ K , -U 1 t c y c - - | \_y SD 0-15 SYMBOL I MIN Address setup time to IOR * low Address hold time from IOR * high Data valid delay from IOR * low Data valid hold time from IOR * high Time between consecutive IOR * Driver off time from IOR * high Driver on time from IOR * low Cycle time , SA 0-9 V alid AEN '/ \ \ Ï SBHE* tah tas IOR * V f td d -► I


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PDF SD0-15, AIC-6260 aic6260
1998 - 430FX

Abstract: T3D 67 diode intel 430FX T71A T57A 82371FB t17c T14A T70a T3D 34 diode
Text: the IOH2 condition): SYSCLK, SD[15:0], IOCHRDY, SMEMR#, AEN, SMEMW#, IOR #, IOW#, RSTDRV, SA[7:0 , 8, 9, 10, 11 8 13,15 8, 9, 10, 11 MEMR#, MEMW#, IOR # AND IOW# t7a MEMx# Active Pulse , MEMR# and MEMW# 16 Read Data t9a Read Data Driven from MEMR#, IOR # Active t9b Read Data Valid Setup to MEMR#, IOR # 24 ns M,I/O 8,16 8, 9, 10, 11 t9c Read Data Valid Hold from MEMR#, IOR # Inactive 0 ns M,I/O 8,16 8, 9, 10, 11 t9d Read Data


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PDF 82371FB 32-Bit 82C54 82C59 16-bit) 430FX T3D 67 diode intel 430FX T71A T57A t17c T14A T70a T3D 34 diode
2009 - TP40DA

Abstract: abb tp40da VM300H abb traction motor EK370 TP40D magnetic Contactor 70 a coil 125 AF460 4 pole circuit breaker ABB VM750H
Text: VM1650H A 77 to 550 A 85 to 550 Type IOR . 85 to 550 800 900 IOR . 800 A 1060 1350 IOR . 1400 1260 1650 IOR . 1700 1520 2000 IOR . 2100 BEM300-30 BEM460-30 AC-3 Rated Current 810 1500 V DC BEM750-30 DC-5 Rated Current 580 610 680 Type IOR . 63-MT to 500-MT 1000 V AC 56 to 500 800 1000 IOR . 1000 IOR . 800-MT IOR . 1400-MT IOR . 1700-MT IOR . 2100-MT A 720 1250 1600 2000 IOR . 1400-CC IOR . 1700-CC IOR . 2100-CC 68 to


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PDF 1SBC100123L0203 TP40DA abb tp40da VM300H abb traction motor EK370 TP40D magnetic Contactor 70 a coil 125 AF460 4 pole circuit breaker ABB VM750H
2007 - STK 403 100 pin details

Abstract: stk 795 811 STK 419 - 130 stk 795 814 STK 412 770 STK 403 100 stk 795 518 stk 412 -770 stk O-86 7 segment E10501
Text: .51 5.8.2 IOR /SFR , ] .205 [ IOR /SFR] .207 [ IOR /SFR Select


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PDF U18601CA1V0UM STK 403 100 pin details stk 795 811 STK 419 - 130 stk 795 814 STK 412 770 STK 403 100 stk 795 518 stk 412 -770 stk O-86 7 segment E10501
cs16l

Abstract: No abstract text available
Text: ADRHLD IOR /IOW IOCHRDY RDTRI ! - 4 - H j - * - RDHLD r ^ T \ WDS WDHLD , Parameter HCSO low, HA0:2, HA9/HCS1 to IOCS16 low HCSO, HA0:2, HA9/HCS1 setup to IOR /IOW low HCSO, HA0:2, HA9/HCS1 hold from IOR /IOW high lOR/iOW low to IOCHRD low IOCHRDY pulse width lOR low to HD[0:15] valid IOR high to HD[0:15] invalid IOR high to HD[0:15] tri-state HD[0:15] setup to IOW high HD[0:15] hold from IOW high IOR /IOW pulse width Symbol CS16L ADRSET ADRHLD IOCHL IOCHTW RDTA RDHLD RDTRI WDS


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PDF
PA12MD

Abstract: 2pd17 bPA19
Text: : 7 PA23 IOR 6 PA22 IOR 0 R/W 5 PA21 IOR 0 R/W 4 PA20 IOR 0 R/W 3 PA19 IOR 0 R/W 2 PA18 IOR 0 R/W 1 PA17 IOR 0 R/W 0 PA16 IOR 0 R/W Initial value: R/W: 0 R/W 17.3.2 Port A , , so the previous data is maintained. 490 HITACHI Bit: 15 PA15 IOR 14 PA14 IOR 0 R/W 13 PA13 IOR 0 R/W 12 PA12 IOR 0 R/W 11 PA11 IOR 0 R/W 10 PA10 IOR 0 R/W 9 PA9 IOR 0 R/W 8 PA8 IOR 0 R/W Initial value: R/W: 0 R/W Bit: 7 PA7 IOR 6 PA6 IOR 0 R/W 5 PA5 IOR 0 R


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PDF SH7040 FPFP14 PE15MD1, PE15MD0) PA12MD 2pd17 bPA19
1997 - 82430VX

Abstract: t61b 82371SB t57b T3D 77 t17c T75A 82430HX T73b 430HX
Text: condition): SYSCLK, SD[15:0], IOCHRDY, SMEMR#, AEN, SMEMW#, IOR #, IOW#, RSTDRV, SA[7:0], BALE, MEMCS16 , #, AEN, SMEMW#, IOR #, IOW#, RSTDRV, SA[7:0], BALE, MEMCS16#, LA[23:17], MEMR#, MEMW#, SPKR, DIOW#, DIOR , MEMR#, MEMW#, IOR # AND IOW# t7a MEMx# Active Pulse Width (std) 225 ns M 16 9 t7b , from MEMR#, IOR # Active 0 ns M,I/O 8,16 8,9,10,11 t9b Read Data Valid Setup to MEMR#, IOR # 24 ns M,I/O 8,16 8,9,10,11 t9c Read Data Valid Hold from MEMR#, IOR


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PDF 82371SB 82430VX t61b t57b T3D 77 t17c T75A 82430HX T73b 430HX
1999 - T55B

Abstract: T71A t19c t17c t61b t58b t57b T27b t65a T3D 62
Text: IOR #, IOW# t7h t12b IOCS16# t13f ZEROWS# t13b t15b t15e t7i IOCHRDY t9a t9b , t6d t6e SA[19:0], SBHE# t6b t7b t4b t7h IOR #, IOW# t12a t12d t12c IOCS16 , SA[19:0], SBHE# t17b t17c t18b IOR #, IOW# t18d t22a t22c IOCHRDY t22b t19a , # AEN t27a t27b SD[15:0] SA[15:0] LA[23:19] BHE# MEMR#, MEMW# IOR #, IOW# MEMR#, MEMW , Master Data Swap Timing SD[7:0] t29a t29b SD[15:8] IOR #, IOW# MEMR#, MEMW# t29c SD[7:0] or


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PDF 82371AB IRQ13 IRQ12/M, T55B T71A t19c t17c t61b t58b t57b T27b t65a T3D 62
CS8900

Abstract: IOR 235
Text: IOCS16 low Address, AEN, SBHE active to IOR active IOR low to SD valid Address, AEN, SBHE hold after IOR inactive IOR inactive to active IOR inactive to SD 3-state 20 145 15 60 30 D IR E C T IO N : IN or O U T of chip IN ns ns ns ns OUT IN OUT 16-BIT I/O READ, WITH IOCHRDY Parameter IOR , IOR IO C H R D Y * IO H 8 O UT OUT SD [15:0] A Valid Data DS150PP2 115 , 10.0 SWITCHING CHARACTERISTICS (continued) DMA READ Parameter AEN active to IÒR low ÎOR low to


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PDF CS8900 16-BIT IOCS16 DS150PP2 CS8900 IOR 235
T20D

Abstract: 6450-RX-1 Code T6S NS16C550 ST16C550IP40 ST16C550CP40 st16c550cp TL16C550 T11D T28D
Text: * 16 30 A1 BAUDOUT* 17 29 A2 27 28 TXRDY* AS* 26 DDIS* 24 IOR * IOR 25 23 N.C. GND 22 IOW 21 20 IOW* XTAL2 19 ST16C550CJ44 XTAL1 18 The , * 18 23 DDIS* IOW 19 22 IOR GND 20 21 IOR * ST16C550 ST16C550 , * CS0*,CS1 CS2 Register Select Logic D0-D7 IOR *, IOR IOW*,IOW RESET Transmit FIFO , GND. GND 20 22 O Signal and power ground. IOR * 21 24 I Read strobe


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PDF ST16C550 ST16C550CJ44 ST16C550 T20D 6450-RX-1 Code T6S NS16C550 ST16C550IP40 ST16C550CP40 st16c550cp TL16C550 T11D T28D
1997 - T3D 34 diode

Abstract: T31C Transistor Diode T3D 57 t57b t59b 82440LX T27b t59c t142 SD t119
Text: #, PHLDA#, SERR#, STOP#, TRDY#, IOCHK#, IOCHRDY, IOCS16#, IOR #, IOW#, LA[23:17], MEMCS16#, MEMR#, MEMW , #, STOP#, TRDY#, IOCHK#, IOCHRDY, IOCS16#, IOR #, IOW#, LA[23:17], MEMCS16#, MEMR#, MEMW#, REFRESH#, SA[19 , , IOCHRDY, IOR #, IOW#, LA[23:17], MEMCS16#, MEMR#, MEMW#, REFRESH#, RSTDRV, SA[19:0], SBHE#, SD[15:0 , # IOL2/IOH2 ISA/EIO Output Signals: AEN, BALE, IOCHRDY, IOR #, IOW#, LA[23:17], MEMCS16#, MEMR#, MEMW , 8,9,10, 11 MEMR#, MEMW#, IOR # AND IOW# t7a MEMx# Active Pulse Width (std) 225 ns M


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PDF 82371AB T3D 34 diode T31C Transistor Diode T3D 57 t57b t59b 82440LX T27b t59c t142 SD t119
1996 - T70a

Abstract: 82371SB 82430VX t17c t57b 430HX t61b T3D 77 ISA BUS spec T75A
Text: #, AEN, SMEMW#, IOR #, IOW#, RSTDRV, SA[7:0], BALE, MEMCS16#, LA[23:17], MEMR#, MEMW#, SPKR, DIOW#, DIOR , to the IOH2 condition): SYSCLK, SD[15:0], IOCHRDY, SMEMR#, AEN, SMEMW#, IOR #, IOW#, RSTDRV, SA[7:0 , ,15 9 8,9,10,11 MEMR#, MEMW#, IOR # AND IOW# 1 9 8,10 1 8,10 Refer to the , Read Data t9a Read Data Driven from MEMR#, IOR # Active 0 ns M,I/O 8,16 8,9,10,11 t9b Read Data Valid Setup to MEMR#, IOR # 24 ns M,I/O 8,16 8,9,10,11 t9c Read


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PDF 430HX 82371SB T70a 82430VX t17c t57b t61b T3D 77 ISA BUS spec T75A
emr6

Abstract: No abstract text available
Text: , SBHE active to IOCS16 low Address, AEN, SBHE active to IOR active _ IOR low to SD valid Address, AEN, SBHE hold after IOR inactive IOR inactive to active IOR inactive to SD 3-state Symbol t|OR1 tlO R 2 , IN IO CS16 OUT * 11OR2 * « * IOR5 IOR IN "* *IOR3 · t|O R6 > OUT SD [15:0] i Valid Data 16-BIT I/O READ, WITH IOCHRDY Parameter IOR active to IOCHRDY , IN IOCS16 OUT IOR IN * * *IO R 7 IO C H R D Y * *IO R 8 , OUT OUT SD [15:0


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PDF CS8920 16-BIT IOCS16 11OR2 DS174PP1 emr6
2006 - Tektronix DMM 353

Abstract: ID850QB tektronix 213 dmm IOR 514 QB-V850IA4 KX-23 f02a3 V850ES V850E1 V850ES/SG2
Text: .218 IOR .220 IOR


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PDF U17964CA1V0UM Tektronix DMM 353 ID850QB tektronix 213 dmm IOR 514 QB-V850IA4 KX-23 f02a3 V850ES V850E1 V850ES/SG2
2005 - STK 411 230 E

Abstract: A5005 e10501 CC78K0 CC78K0S RA78K0 RA78K0S SM78K SM1016
Text: . 59 5.8.1 . 60 5.8.2 IOR /SFR . 61 5.8.3 I/O . 61 5.9 . 62 5.9.1 . 63 5.9.2 , . 207 . 208 . 209 DMM . 210 . 212 . 215 IOR /SFR . 216 IOR /SFR . 220 I/O , . 57 DMM 58 . 58 . . 60 IOR /SFR . 61 I/O . 61 63 . . 65 . 70 , . 204 . 206 . 207 . 208 . 209 DMM . 210 . 212 . 215 IOR [V850] . 216 SFR [78K] . 217 IOR /SFR . 220 I/O . 222 . 224 . 227 . 228 . 234 . 239


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PDF 78K0S U17662JJ1V0UM001 U17662JJ1V0UM STK 411 230 E A5005 e10501 CC78K0 CC78K0S RA78K0 RA78K0S SM78K SM1016
Not Available

Abstract: No abstract text available
Text: BAUDOUT* 17 29 A2 28 27 CSOUT AS* 26 24 IOR * DDIS* 23 N.C. IOR 25 , DDIS* IOW 19 22 IOR GND 20 21 IOR * Operating temperature 0° C to + 70 , & Control signals A0-A2 AS* CS0*,CS1 CS2 Register Select Logic D0-D7 IOR *, IOR IOW , unused pin should be tied to VCC or GND. GND 20 22 O Signal and power ground. IOR , ST16C450 data bus to the CPU. IOR 22 25 I Read strobe (active high). Same as IOR *, but uses


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PDF ST16C450 ST16C450CJ44 ST16C450 16450-MD-1 16450-RX-1
Supplyframe Tracking Pixel