LT 5316 Search Results

41163

Abstract: 64682 34183
Contextual Info: MMKP 483 Vishay BCcomponents AC and Pulse Double Metallized Polypropylene Film Capacitors MMKP Radial Epoxy Lacquered Type FEATURES 7.5 mm bent back pitch. 15 to 27.5 mm lead pitch. Low contact resistance. Low loss dielectric. Supplied loose in box including lock lead versions

11824

Abstract: 21134 015 41163 64202
Contextual Info: MMKP 483 Vishay BCcomponents AC and Pulse Double Metallized Polypropylene Film Capacitors MMKP Radial Epoxy Lacquered Type FEATURES 7.5 mm bent back pitch. 15 to 27.5 mm lead pitch. Low contact resistance. Low loss dielectric. Supplied loose in box including

64123

Abstract: 51242
Contextual Info: MMKP 483 Vishay BCcomponents AC and Pulse Double Metallized Polypropylene Film Capacitors MMKP Radial Epoxy Lacquered Type FEATURES 7.5 mm bent back pitch. 15 to 27.5 mm lead pitch. Low contact resistance. Low loss dielectric. Supplied loose in box including lock lead versions

61242

Abstract: 41163 iec 61133
Contextual Info: MMKP 483 Vishay BCcomponents AC and Pulse Double Metallized Polypropylene Film Capacitors MMKP Radial Epoxy Lacquered Type APPLICATIONS Where steep pulses occur e.g. SMPS switch mode power supplies . Motor control circuits. S - correction. Electronic lighting e.g. Ballast. The 1400 V, 1600 V and 2000 V series

Contextual Info: V SYNERG Y 3.3V DUAL TTL-to-DIFFERENTIAL PECL TRANSLATOR SY10ELT22L SY100ELT22L SEMICONDUCTOR DESCRIPTION FEATURES The SY10/100ELT22L are dual TTL-to-differential PECL translators with +3.3V power supply. Because PECL Positive ECL levels are used, only +3.3V and

diode E1110

Abstract: lN4002 LN4003 ANA 618 20010 TDB 0123 km b3170 E1110 Diode UB8560D MAA723 moc 2030
Contextual Info: elektronik-bauelem ente I WT VD AVL 1 /8 7 Bl. 2 E r l ä u t e r u n g e n z u m I n h a l t und zu d e n A n g a b e n d e r B a u e l e m e n t e - V e r g l e i c h s l i s t e D ie B a u e l e m e n t e - V e r g l e i c h s l i s t e e n t h ä l t a l l e in d e r B i l a n z v e r a n t w o r t u n g d e s V E B K o m b i n a t

ERB26-20

Abstract: 501B 504B ED-13TV1 ED-15TV1 ED-15TV3 ED-16H1 ED-16N1 ED-22TV1 ed15tv1
Contextual Info: ED-SH1 ED-8N1 ED-13TV1 ED-15TV1 ED-15TV3 ED-16H1 ED-16N1 ED-22TV1 ED-24R1 ED-75X1 ED-100X1 ED-125X1 ED—150X1 EDH36-1 EP01C ERA34-IQ ERB26-20 ESJA04—02 E S JA 04-03 E S JA 23-04 ESJA25-Q4 E S JA 25-06 E S JA 25-08 E S JA 25-10 ESJA 25—12 E S JA 2 5 -16

501B

Abstract: 504B ED-13TV1 ED-15TV1 ED-15TV3 ED-16H1 ED-16N1 ED-22TV1
Contextual Info: ED-SH1 ED-8N1 ED-13TV1 ED-15TV1 ED-15TV3 ED-16H1 ED-16N1 ED-22TV1 ED-24R1 ED-75X1 ED-100X1 ED-125X1 ED—150X1 EDH36-1 EP01C ERA34-IQ ERB26-20 ESJA04—02 E S JA 04-03 E S JA 23-04 ESJA25-Q4 E S JA 25-06 E S JA 25-08 E S JA 25-10 ESJA 25—12 E S JA 2 5 -16

475 16k 105

Abstract: 501B 8 P ED-22TV1 501B 504B ED-13TV1 ED-15TV1 ED-15TV3 ED-16H1 ED-16N1
Contextual Info: ED-SH1 ED-8N1 ED-13TV1 ED-15TV1 ED-15TV3 ED-16H1 ED-16N1 ED-22TV1 ED-24R1 ED-75X1 ED-100X1 ED-125X1 ED—150X1 EDH36-1 EP01C ERA34-IQ ERB26-20 ESJA04—02 E S JA 04-03 E S JA 23-04 ESJA25-Q4 E S JA 25-06 E S JA 25-08 E S JA 25-10 ESJA 25—12 E S JA 2 5 -16

ED-16H1

Abstract: 501B 504B ED-13TV1 ED-15TV1 ED-15TV3 ED-16N1 ED-22TV1
Contextual Info: ED-SH1 ED-8N1 ED-13TV1 ED-15TV1 ED-15TV3 ED-16H1 ED-16N1 ED-22TV1 ED-24R1 ED-75X1 ED-100X1 ED-125X1 ED—150X1 EDH36-1 EP01C ERA34-IQ ERB26-20 ESJA04—02 E S JA 04-03 E S JA 23-04 ESJA25-Q4 E S JA 25-06 E S JA 25-08 E S JA 25-10 ESJA 25—12 E S JA 2 5 -16

ERB26-20

Abstract: ED-13TV1 ED-16N1 ESJA34-06 501B 504B ED-15TV1 ED-15TV3 ED-16H1 ED-22TV1
Contextual Info: ED-SH1 ED-8N1 ED-13TV1 ED-15TV1 ED-15TV3 ED-16H1 ED-16N1 ED-22TV1 ED-24R1 ED-75X1 ED-100X1 ED-125X1 ED—150X1 EDH36-1 EP01C ERA34-IQ ERB26-20 ESJA04—02 E S JA 04-03 E S JA 23-04 ESJA25-Q4 E S JA 25-06 E S JA 25-08 E S JA 25-10 ESJA 25—12 E S JA 2 5 -16

ED-16N1

Abstract: 501B 504B ED-13TV1 ED-15TV1 ED-15TV3 ED-16H1 ED-22TV1 B 504D
Contextual Info: ED-SH1 ED-8N1 ED-13TV1 ED-15TV1 ED-15TV3 ED-16H1 ED-16N1 ED-22TV1 ED-24R1 ED-75X1 ED-100X1 ED-125X1 ED—150X1 EDH36-1 EP01C ERA34-IQ ERB26-20 ESJA04—02 E S JA 04-03 E S JA 23-04 ESJA25-Q4 E S JA 25-06 E S JA 25-08 E S JA 25-10 ESJA 25—12 E S JA 2 5 -16

Contextual Info: I ID O U b e» n I o SECT. A SC A LE - A A 2-1) TR IA N G LE MARK (T Y P E -2 ) V r y f t O \ r 1 1 CHAMFER \ ) f T R IA N G L E /I HARK LO cn 1 on O CL _ S E C T. \- B - (S C A L E LU jL (T Y P E - 1 ) _ f r CHAMFER B 2-1) AVAILABLE 3 30 70 AVAILABLE

501B

Abstract: ERB26-20 504B ED-13TV1 ED-15TV1 ED-15TV3 ED-16H1 ED-16N1 ED-22TV1 ESJA53-16
Contextual Info: ED-SH1 ED-8N1 ED-13TV1 ED-15TV1 ED-15TV3 ED-16H1 ED-16N1 ED-22TV1 ED-24R1 ED-75X1 ED-100X1 ED-125X1 ED—150X1 EDH36-1 EP01C ERA34-IQ ERB26-20 ESJA04—02 E S JA 04-03 E S JA 23-04 ESJA25-Q4 E S JA 25-06 E S JA 25-08 E S JA 25-10 ESJA 25—12 E S JA 2 5 -16

TI-1131

Abstract: TI1131 tl 136 TI1135 TIL131 TI-1132 TIL132 Power Transistors SIT
Contextual Info: TYPES TI 1131, TI 1132, T11133, TI 1134, TI 1135, TI 1136 N-P-N TRIPLE-DIFFUSED MESA SILICON TRANSISTORS HIGH-VOLTAGE, HIGH-FREQUENCY POWER TRANSISTORS » G K m -t » i s FOR INDUSTRIAL APPLICATIONS • 80 Watts at 55°C Case Temperature § • Maximum res of 0.5 Ohm at 2 Amperes lc

32P4903

Abstract: jc4h
Contextual Info: SSI 32P4903 ¿ ¡k m system s A TDK Group/Company PRML Read Channel with PR4, 8/9 ENDEC, 4-burst Servo Advance Information November 1994 AUTOMATIC GAIN CONTROL DESCRIPTION Dual mode AGC, analog during acquisition, sampled during data reads The SSI 32P4903 is a high performance BiCMOS read

Contextual Info: SSI 32P4903 ¿ irn is u s h n s A TDK Group/Company PRML Read Channel with PR4, 8/9 ENDEC, 4-burst Servo Advance Information November 1994 DESCRIPTION AUTOMATIC GAIN CONTROL Dual mode AGC, analog during acquisition, sampled during data reads The SSI 32P4903 is a high performance BiCMOS read

RRU 11

Abstract: 11l 60 xe 212 EH
Contextual Info: TOSHIBA TMP47C853 C M O S 4-BIT MICROCONTROLLER TMP47C853N TMP47C853F The 47C853 is a high perform ance, 4 -b it single-chip m icrocom puter based on the TLCS-470A CMOS series. The 47C853 has a build-in large-capacity RAM fo r repertory dial and a DTMF generator, making it ideal fo r

CTC 1351 transistor

Abstract: transistor ctc 1351 CTC 1351 data sheet mPC 1242 H CTC 1351 la 7673 LA 7652 E1240 diode Nitto 5015 diode e1220
Contextual Info: Version 3.0 Produced in Feb, 2005 Sharp Programmable Controller NEW Satellite Model name DeviceNet Master Module User's Manual JW-22CM Thank you for purchasing the network module JW-22CM for the SHARP new satellite JW20H/ 30H/300. Read this manual thoroughly to completely familiarize yourself with the functions and operation of

82092AA

Abstract: LT 5316 29051 82365SL PCMCIA 51FFH
Contextual Info: ÄQWANGB 0[M[F [SöüDÄTD®[ffl in te i 82092AA PCI TO PCMCIA/ENHANCED-IDE CONTROLLER Provides the Ultimate Plug and Play Solution for High Performance PCI Desktop Systems — Supports Combinations of PCMCIA and Enhanced Local Bus IDE Interfaces — Contains a 32-bit PCI Local Bus

memoria rom y ram

Abstract: FA 5323
Contextual Info: PROSE PMS14R21 /A Programmable Sequencer Ordering Information Features/ Benefits • User-programmable synchronous state machine • 30 MHz maximum internal frequency, 25 MHz external • Allows up to 128 states or complex designs • 8 inputs and 8 outputs with 13 buried feedback signals

Contextual Info: TOSHIBA TMP47C453A CMOS 4-Bit Microcontroller TMP47C453AN TMP47C453AF The TMP47C453A is a high performance 4-bit single chip microcomputer based on the TLCS-47 CMOS series. And the TMP47C453A has a built-in largecapacity RAM for repertory dial and DTMF generator, which is

LD2SA

Abstract: BTS 308 INTEL I7 prefetch MSR 7A SF fds 4418 STi 5197 register configuration instruction set architecture intel i7 wn 537 a 8086 mnemonic opcode intel 8086
Contextual Info: Intel IA-64 Architecture Software Developer’s Manual Volume 3: Instruction Set Reference Revision 1.1 July 2000 Document Number: 245319-002 THIS DOCUMENT IS PROVIDED “AS IS” WITH NO WARRANTIES WHATSOEVER, INCLUDING ANY WARRANTY OF MERCHANTABILITY,

A82385

Contextual Info: 82385 HIGH PERFORMANCE 32-BIT CACHE CONTROLLER • Improves 386 DX System Performance — Reduces Average CPU Wait States to Nearly Zero — Zero Wait State Read Hit — Zero Wait State Posted Memory Writes — Allows Other Masters to Access the System Bus More Readily