99C SOLDER Search Results

AJ 23 E.S.V

Abstract: CERAMIC LEADLESS CHIP CARRIER CD3024 PD3024 aj 312
Contextual Info: A m 99C 58/A m 99C 59 Tv/ 4 0 9 6 x 4 CMOS Static Random-Access Memory a ¿> PRELIMINARY > 3 DISTINCTIVE CHARACTERISTICS • • • • • 4096 x 4 organization High Speed - 20 ns tAA Maximum - 10 ns tACS Maximum Am99C59 Separate data inputs and outputs

aj 312

Abstract: CD3024 PD3024
Contextual Info: A m 99C 58/A m 99C 59 Tv/ 4 0 9 6 x 4 CMOS Static Random-Access Memory a ¿> PRELIMINARY > 3 DISTINCTIVE CHARACTERISTICS • • • • • 4096 x 4 organization High Speed - 20 ns tAA Maximum - 10 ns tACS Maximum Am99C59 Separate data inputs and outputs

Amd 5000 pin diagram

Contextual Info: Am99C88/Am99CL88 DISTINCTIVE CHARACTERISTICS • • High speed - a c c e s s tim es 7 0/1 0 0 /1 2 0 /1 5 0 ns Low-power requirements: - A m 99C88 Operating: 330 mW M ax. Standy: 16.5 mW Max. - Am 99C L88 Operating: 220 mW Max. Standby: 550 /j W Max. Battery backed-up operation 2 V data retention

ED97

Abstract: PC357 model PC357NT PC357 SHARP PC357 PC357N2T PC357N3T PC357N4T PC357N5T PC357N6T
Contextual Info: PREPARED By: SPEC. DATE: SHARP ch-\ ,w APPROVED “: - J&&/.-i ED-97136 ISSUE September PAGE 14 Pages 8, 1997 /ti,99c BY: DATE: r^ >3p i. 1 :y ‘3 5 ILMZ~~ ,/ No. i f ’ ,‘$‘. i DEVICE ELECTRONIC COMPONENTS GROUP SHARP CORPORATION REPRESENTATIVE SPECIFICATION

Amd 5000 pin diagram

Abstract: ISB12
Contextual Info: Am99C88/Am99CL88 DISTINCTIVE CHARACTERISTICS • • High speed - a c c e s s tim es 7 0/1 0 0 /1 2 0 /1 5 0 ns Low-power requirements: - A m 99C88 Operating: 330 mW M ax. Standy: 16.5 mW Max. - Am 99C L88 Operating: 220 mW Max. Standby: 550 /j W Max. Battery backed-up operation 2 V data retention

PD3024

Abstract: pid u 13t CD3022 alc221 CERAMIC LEADLESS CHIP CARRIER AM99C164-35 alc 266
Contextual Info: O y < s -1 Am99C16 4 / Am99CL16 4 Am99C16 5 / Am99CL16 5 1 6 ,3 8 4 x 4 Static R /W Random-Access Memory PRELIMINARY DISTINCTIVE CHARACTERISTICS Low pow er dissipation - 550 m W operating pow er - 200 fiW d a ta retention 2-V data-retention capability 22-pin 0.300-inch DIP <Am99C164

pid u 13t

Abstract: AM99C164-35 AM99C164-70 CD3022 99C164 L165 ST
Contextual Info: O y < s -1 Am99C16 4 / Am99CL16 4 Am99C16 5 / Am99CL16 5 1 6 ,3 8 4 x 4 Static R /W Random-Access Memory PRELIM IN ARY D IS T IN C T IV E C H A R A C T E R IS T IC S Low pow er dissipation - 550 m W operating pow er - 200 fiW d a ta retention 2-V data-retention capability

99C88

Abstract: CI 8810 8815A
Contextual Info: Am99C88/Am99CL88 8 K x 8 CMOS Static Random-Access Memory DISTINCTIVE CHARACTERISTICS • • High speed - access tim es 7 0 /1 0 0 /1 2 0 /1 5 0 ns Low-power requirements: - Am99C88 Operating: 330 mW Max. Standy: 16.5 mW Max. - Am99CL88 Operating: 220 mW Max.

SAC387

Abstract: BS219 SAC387 solder multicore solder wire Multicore 96SC 97Cu3 LMP62 solder wire HMP Loctite 414 MSDS Multicore savbit
Contextual Info: Technical Data Sheet Properties of Alloys of Multicore“ Solder Wires August 2007 # This data sheet lists the most popular solders supplied as flux-cored wire and can be used in addition to the separate Technical Data Sheets for Multicore cored solder wire fluxes.

99C641

Contextual Info: Am99C641/Am99CL641 LÌ 65,536 x 1 Static Read/Write Random-Access Memory DISTINCTIVE CHARACTERISTICS • • • • H igh-perform ance C M O S circuit High Speed - a ccess tim es a s Single 5-V ± 1 0 % pow er-supply Low pow e r - 550 m W active 110 m W T T L - Standby

7207 irc

Abstract: AM99C641 AM99C641-25 AM99C641-35 AM99CL641 CD3022
Contextual Info: Am99C641 / Am99CL641 £1 65,536 x 1 Static Read/Write Random-Access Memory > DISTINCTIVE CHARACTERISTICS H igh-perform ance C M O S circuit design and p rocess High Speed - a ccess tim es a s fa st as 25 ns S ingle 5-V ± 1 0 % pow er-supply operation Low pow e r - 550 m W active

7207 irc

Abstract: AM99C641 AM99C641-25 AM99C641-35 AM99CL641 CD3022
Contextual Info: Am99C641 / Am99CL641 £1 65,536 x 1 Static Read/Write Random-Access Memory DISTINCTIVE CHARACTERISTICS H igh-perform ance C M O S circuit design and p rocess High Speed - a ccess tim es a s fa st as 25 ns S ingle 5-V ± 1 0 % pow er-supply operation Low pow e r - 550 m W active

AM99C68-45

Abstract: 99C68
Contextual Info: Am99C68/Am99CL68 DISTINCTIVE CHARACTERISTICS High speed — access tim es as fast as 45 ns Fully static storage and interface circuitry No clocks or tim ing signals required Autom atic power down when deselected Low power dissipation: - Active: 660 mW Max.

99C68-35

Contextual Info: ADV MICRO {MEMORY} D Ê | 025752Û OOESbOb H n Am99C68/Am99CL68 4096 x 4 CMOS Static R /W Random-Access Memory 0 2 5 7 5 2 8 ADV MICRO <MEMORY 89D 25606 D T-46-23-08 > 3 DISTINCTIVE CHARACTERISTICS - Standby: High speed — access times as fast as 35 ns Fully static storage and interface circuitry

SAC387 solder

Abstract: SAC387
Contextual Info: Technical Data Sheet C400 April-2011 PRODUCT DESCRIPTION C400 provides the following product characteristics: Technology Product Benefits IPC/J-STD-004 Classification Application Surface Finishes Cored solder wire • Halide free • No clean • Clear residue

IPC-SF-818

Abstract: SAC387 SAC387 solder
Contextual Info: Technical Data Sheet C511 October-2009 PRODUCT DESCRIPTION C511™ provides the following product characteristics: Technology Activity Product Benefits IPC/J-STD-004 Classification Application Surface Finishes Cored solder wire High • No clean • Clear residue

IPC-SF-818

Abstract: SAC387 SAC305 C400TM SAC387 solder J-STD-004 MSDS EN29454-1 TR-NWT-000078 Multicore SOLDER Multicore 96SC
Contextual Info: Technical Data Sheet C400 October-2009 PRODUCT DESCRIPTION C400™ provides the following product characteristics: Technology Product Benefits IPC/J-STD-004 Classification Application Surface Finishes Cored solder wire • Halide free • No clean • Clear residue

SAC387

Abstract: IPC-SF-818 J-STD-004 solder wire rom1 C502 Multicore 96SC J-STD-004 sn60 henkel solder TR-NWT-000078 SAC387 solder J-STD-004 MSDS
Contextual Info: Technical Data Sheet C502 December-2009 PRODUCT DESCRIPTION C502 provides the following product characteristics: Technology Activity Product Benefits IPC/J-STD-004 Classification Application Surface Finishes Solder wire - Cored Medium • No clean • Clear residue

SHINDENGEN DIODE

Abstract: ttam
Contextual Info: _ - r j- t v -*• l-' Surface Mounting Device Super F a st Recovery Diode Single Diode OUTLINE DIMENSIONS DE3L40 400V 3A •S M D • trr5 0 n s ffl m • SRK • D C /D C □ ê y u -iï'O b •m m . OA, asso •a « , a « , fa ■ Æ tè fl RATINGS •itë fc fiS r^ ïË fê Absolute Maximum Ratings

Am99CL88H-15

Abstract: Am99C88H memory ic pt28c020-90
Contextual Info: ADV M I C R O { M E M O R Y } fll 0257528 ADV M IC R O MEMORY Ö i J 0ES7SSfl DOSStlfl T J ~ 89 D 25618 A m 9 9 C8 8 H & 8 1 9 2 x 8 CMOS Static Random-Access Memory PRELIMINARY > 3 DISTINCTIVE CHARACTERISTICS High Speed - 3 5 ns Commercial - 4 5 ns Military

AM99C328-70

Contextual Info: ADV M I C R O { M E M O R Y } fiA 0257528 ADV M IC R O ]>Ë 0 2 5 7 5 2 0 0 D 2 M 7 7 b G iM EM O RY Am99C328 88D r 24776 T -4 6 - 2 3 - 1 4 32,768 x 8 Static R /W Random-Access Memory PRELIMINARY > 3 DISTINCTIVE CHARACTERISTICS Fast access time — 3 5 /4 5 /5 5 /7 0 ns Maximum

im-sx20mam

Abstract: sx20 series SN62 PB36 ag2 SnPb37 SN63 PB37 multicore SN62 PB36 ag2 kester SX20 SN95 solder SN62 PB36 ag2 Copper Multicore Solders
Contextual Info: Lambda’s new surface mountable SX20 Series of Power Modules up to 25W/in 3 are ideally suited for Telecommunications and Network applications. SX20 Series Manufacturing Application Manual IM-SX20MAM Rev. A E90370 12/01 SX20 Manufacturing Application Manual

Contextual Info: HARRIS SEMICOND SECTOR blE i • 4302271 QQMbSl? 2S2 « H A S HARRIS SEMICONDUCTOR Video Operational Amplifier March 1993 Feature* Description • • • • • • The HA-2544 is a fast, unity gain stable, monolithic op amp designed to meet the needs required for accurate

Contextual Info: ADV MICRO {MEMORY} 'it I Am99C164/Am99C165 1 1 6 ,3 8 4 x 4 S ta tic R /W R A M D2S7S2Û OOEbflMM 1 | D ’ DATA SHEET AMENDMENT Increased Standby Current TTL input levels for all speed grades of the Am99C164 and Am99C165, commercial temperature grade. *