DS2011 Search Results

IMS1630

Abstract: HY62256 SGS-Thomson HITACHI HM6116 DALLAS SEMICONDUCTOR Ds1235 MK4503 hm6116 cross UPD4361 SSM7188 MK4501
Contextual Info: CROSS REFERENCE AMD SGS-THOMSON Group DALLAS Semiconductor SGS-THOMSON Group AM2147 IMS1203 DS2009 MK4501/H01 AM2148/9 IMS1223 DS2010 MK45H02 AM2167 IMS1403 DS2011 MK4503/H03 AM2168 IMS1423 or MK41 H68 DS2012 MK45H04 AM9126 MK6116 DS1210 MK48Z02 AM99C68 IMS1423 or MK41 H68

DS2011

Abstract: DS2009
Contextual Info: DS2011 DA L L A S S E M I C O N D U C T O R CORP DALLAS SEMICONDUCTOR SDE D Sbl4130 GGÜMblb 4 « D A L DS2011 2048x9 FIFO Chip t - hl FEATURES PIN ASSIGNMENT • First-in, first-out memory-based architecture w c 1» DSC 2 D3C 3 D2C 4 D1C 5 DOC 6 XI C 7 FF C 8

Contextual Info: DS2011 DALLAS SEMICONDUCTOR DS2011 2048 x 9 FIFO Chip FEATURES PIN ASSIGNMENT • First-in, first-out memory-based architecture W C 1* DSC 2 D3C 3 • Flexible 2048 x 9 organization D2C D id DOC XI C FF C • Low-power HCMOS technology • Asychronous and simultaneous read/write

Contextual Info: DALLAS SEMICONDUCTOR DS2011 2048 x 9 FIFO Chip PIN ASSIGNMENT w c 1« D ec 2 D3C 3 D2Ü 4 • Flexible 2048 x 9 organization • Low-power HCMOS technology D1C 5 DOC 6 xi C 7 • Asychronous and simultaneous read/write FF C B • Bidirectional applications

Contextual Info: DS2011 DALLAS DS2011 2048 x 9 FIFO Chip SEMICONDUCTOR FEATURES PIN ASSIGNMENT • First-in, first-out memory-based architecture w c 1* ds C • Flexible 2048 x 9 organization D3C D2C D id DOC XI C FFC • Low-power HCM OS technology • Asychronous and simultaneous read/write

Contextual Info: DALLAS SEMICONDUCTOR DS2011 2 0 4 8 x 9 FIFO Chip PIN ASSIGNMENT FEATURES • First-in, first-out memory-based architecture w e 1» DSC 2 D3C 3 • Flexible 2048 x 9 organization D2C D1C DOC XI c FF C • Low-power HCMOS technology • Asychronous and simultaneous read/write

DS2011

Abstract: DS2009
Contextual Info: DS2011 DALLAS DS2011 2048 x 9 FIFO Chip SEMICONDUCTOR FEATURES PIN ASSIGNMENT • First-in, first-out memory-based architecture w c 1* ds C • Flexible 2048 x 9 organization D3C D2C D id DOC XI C FFC • Low-power HCM OS technology • Asychronous and simultaneous read/write

DS2009

Abstract: DS2011
Contextual Info: DALLAS SEMICONDUCTOR DS2011 2048 x 9 FIFO Chip PIN ASSIGNMENT FEATURES • First-in, first-out memory-based architecture W C • Flexible 2048 x 9 organization D8C 2 D 3C 3 • Low-power HCMOS technology D 2C 4 D 1C 5 • Asychronous and simultaneous read/write

DS2011

Abstract: DS2009
Contextual Info: DS2011 DS2011 2048 x 9 FIFO Chip • Flexible 2048 x 9 organization • Low-power HCMOS technology • Asychronous and simultaneous read/write • Bidirectional applications PIN ASSIGNMENT W 1 28 D8 D3 2 3 27 VCC D4 26 D5 D2 4 D1 D0 XI FF 5 6 7 25 24 23 D6

DIN 1445

Abstract: DS1201
Contextual Info: M ECH AN ICA L D R A W IN G S 8 - TO 28-PIN DIP 300 MIL Includes: DS1200 DS1259 DS2009D DS2010D DS2011D DS2013D PKG 8-PIN 10-PIN 14-PIN 16-PIN DIM MIN MAX MIN MAX MIN MAX MIN MAX AIN. MM 0.360 9.14 0.400 10.16 0.480 12.19 0.520 13.21 0.740 18.80 0.780 19.81

high-speed power mosfet 2Mhz

Abstract: LM27212 5Vto28V
Contextual Info: LM27222 LM27222 High-Speed 4.5A Synchronous MOSFET Driver Literature Number: SNVS306A LM27222 High-Speed 4.5A Synchronous MOSFET Driver General Description Features The LM27222 is a dual N-channel MOSFET driver designed to drive MOSFETs in push-pull configurations as typically

Contextual Info: LP38842-ADJ LP38842-ADJ 1.5A Ultra Low Dropout Adjustable Linear RegulatorsStable with Ceramic Output Capacitors Literature Number: SNVS304 LP38842-ADJ 1.5A Ultra Low Dropout Adjustable Linear Regulators Stable with Ceramic Output Capacitors General Description

LMH6525

Abstract: High-Frequency Modulation Laser cd dvd
Contextual Info: LMH6525,LMH6526 LMH6525/LMH6526 Four–Channel Laser Diode Driver with Dual Output Literature Number: SNOSAF1A LMH6525/LMH6526 Four–Channel Laser Diode Driver with Dual Output General Description Features The LMH 6525/6526 is a laser diode driver for use in

mosfet schematic solenoid driver

Abstract: LM5111-1MY LM5111 LM5111-1M LM5111-1MX LM5111-1MYX LM5111-2M LM5111-2MX LM5111-3M LM5111-3MX
Contextual Info: LM5111 Dual 5A Compound Gate Driver General Description The LM5111 Dual Gate Driver replaces industry standard gate drivers with improved peak output current and efficiency. Each “compound” output driver stage includes MOS and bipolar transistors operating in parallel that together sink

quad port ram

Abstract: DS2015 32-PIN D062 DS1206 DS2011 DS2012 DS2012R
Contextual Info: DALLAS SEMICONDUCTOR CORP OTE D | S b m i 3 G 0DDE12b 0 I T '^ 6 '3 5 & Dallas Semiconductor 4 096x9 FIFO PRELIMINARY : DS2012 28-Pin DIP DS2012R 32-Pin PLCC a“ FEATURES PIN CONNECTIONS • First-in, first-out memory based architecture • Flexible 4096 x 9 organization

DS2013D

Abstract: DS2009R DS2010 DS2011D DS2015 DS1609 DS2013 "Dual-Port RAM" DS2010R DS2011
Contextual Info: DALLAS SEMICONDUCTOR 4401 South Beltwood Parkway Dallas, Texas 75244–3292 214 450–0400 Date: September 20, 1996 To: MET Laboratories, Baltimore, MD Subject: PRODUCT CHANGE NOTICE – H62901 Description: Product Obsolescence – DS20XX FIFO Family and

ds1285q

Abstract: DS1640
Contextual Info: D S 12 8 5 /D S 1285Q DALLAS SEMICONDUCTOR FEATURES D S 1285/D S 1285Q Real Tim e C lock PIN ASSIGNMENT • Drop-in replacem ent for IBM AT com puter clock/ca­ lendar • Pin configuration closely m atches M C146818A • Counts seconds, minutes, hours, day of the week,

DS1640

Contextual Info: DS1668, DS1669, DS1669S DALLAS SEMICONDUCTOR DS1668, DS1669, DS1669S D allastat Electronic Digital Rheostat FEATURES PIN ASSIGNMENT DS1669 • Replaces mechanical variable resistors • Available as the DS1668 with manual interface or the DS1669 integrated circuit

DS1640

Contextual Info: DS129X DALLAS SEMICONDUCTOR FEATURES • Replaces 8 or 16 h a rd -to -g e t-a t m anual switches DS129x Elim inator PIN ASSIGNMENT GND2 [ 24 ] GND3 2 23 ] VCC T 23Ì VCC Dl [ 3 22 ] OA Dl 22Ì OA OQ [ 4 21 ] OB OQ 211 OB 00 5 20 ] OC 00 oe ON [ 6 19 ] OD om

lm4xxx

Abstract: AN-1187 LM4926 LM4953 LM4953SD
Contextual Info: LM4953 Ground-Referenced, Ultra Low Noise, Ceramic Speaker Driver General Description Key Specifications The LM4953 is an audio power amplifier designed for driving Ceramic Speaker in portable applications. When powered by a 3.6V supply, it is capable of forcing 12.6Vpp across a 2µF

marking PA SOT23-6

Abstract: video amplifier SOT23-6 sot23-6 package marking PA M06A LMH6703MA LMH6703MAX LMH6703MF LMH6703MFX M08A OA-13
Contextual Info: LMH6703 1.2 GHz, Low Distortion Op Amp with Shutdown General Description Features The LMH 6703 is a very wideband, DC coupled monolithic operational amplifier designed specifically for ultra high resolution video systems as well as wide dynamic range systems

DS1640

Contextual Info: D S 1809 PRELIMINARY DALLAS SEMICONDUCTOR FEATURES DS1809 Dallastat PIN ASSIGNMENT • 64-position linear taper • Two nonvolatile wiper storage options Rh [ 1 8 ] v cc UC £ 2 7 ] DC • Operates from +2.7 to +5.5 volt supplies STR • Standard Resistance values:

L6525SP

Abstract: 6526 d capacitor driver pour diode laser LMH6525 LMH6525SP LMH6525SPX LMH6526 LMH6526SP LMH6526SPX 846E-3
Contextual Info: LMH6525/LMH6526 Four–Channel Laser Diode Driver with Dual Output General Description Features The LMH 6525/6526 is a laser diode driver for use in combination DVD/CD recordable and rewritable systems. The part contains two high-current outputs for reading and

DS102

Abstract: DS1640
Contextual Info: DS1012 DALLAS SEMICONDUCTOR FEATURES 2-in-1 Sub-M iniature Silicon Delay Line with Logic PIN ASSIGNMENT • A ll-s ilic o n tim e d e la y • 5 3 n W m ax. C M O S q u ie s c e n t m o de • S u rfa c e m o u n t 8-p in m in i-S O IC a n d s ta n d a rd 8-pin