MK48Z Search Results

MK48Z30

Contextual Info: S5E D • 7 ^ 2 3 7 003fl3flb T13 ■ SGS-THOMSON SGTH T - ^ - 2 L 3 “ / J MK48Z3Ö MK48Z30Y S G S- THOMSON CMOS 32K x 8 ZEROPOWER SRAM ■ INTEGRATED ULTRA LOW POWER SRAM, POWER-FAIL CONTROL CIRCUIT AND BAT­ TERY. ■ UNLIMITED WRITE-CYCLES. ■ READ-CYCLE TIME EQUALS WRITE-CYCLE

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

MKB6116

Abstract: MKB4501 IMS1630 RAM MK6116 MK48Z18BU IMS1420 MK48Z02BU
Contextual Info: SELECTION GUIDE ZEROPOW ERS ORGANISATION DESCRIPTION PART NUMBER ICCma SPEEDns ACTIVE TTL mA@ns STBY CMOS STBY VCC TEMP RANGE PACKAGE -2 K X 8 MK48Z02 120,150,200,250 90 3 1 5V + 10 -5% 0 to + 70°C P DIP 24 -2 K X 8 UL-CERTIFIED MK48Z02BU 120,150,200,250

Zeropower ram MK48Z

Abstract: 2kx8 2716 CMOS-440
Contextual Info: r = J S G S T H O M S O MK48Z02/12 B -12/15/20/25 N 2K 8 ZEROPOWER RAM x • PREDICTED WORST CASE BATTERY LIFE OF 11 YEARS @ 70 °C ■ DATA RETENTION IN THE ABSENCE OF POWER ■ DATA SECURITY PROVIDED BY AUTOMATIC W RITE PROTECTION DURING POWER FAILURE

Contextual Info: r z 7 SCS-THOMSON ^ 7# MK48Z32 MK48Z32Y CMOS 32K x 8 ZEROPOWER SRAM • INTEGRATED ULTRA LOW POWER SRAM, POWER-FAIL CONTROL CIRCUIT AND BAT­ TERY. ■ UNLIMITED WRITE-CYCLES. ■ READ-CYCLE TIME EQUALS WRITE-CYCLE TIME. ■ MINIMUM BATTERY BACK-UP OF 10 YEARS

MK48Z09

Contextual Info: rz7 SGS-THOMSON HJtgïTGMOOS APPLICATION NOTE POWER FAIL INTERRUPT OF THE MK48Z09/19 A frequent dilemma faced by system designers is how to handle a power failure. Because power fail sensing components add real estate and cost to the system, some designers choose not to imple­

48z02

Abstract: PHDIP24
Contextual Info: r= Z SCS-THOMSON IM g^ [iL[i©YGM]0(gS MK48Z02 MK48Z12 CMOS 2K x 8 ZEROPOWER SRAM • PREDICTED WORST CASE BATTERY LIFE OF 11 YEARS @ 70°C ■ DATA RETENTION IN THE ABSENCE OF POWER ■ DATA SECURITY PROVIDED BY AUTOMATIC WRITE PROTECTION DURING POWER FAILURE

48z08

Abstract: MK48Z08B-15 MK48Z18B-20 MK48Z08B10 mk48z0b DIP-28 MK48Z18B20 mk48z08b-10 MK48Z08 MK48Z08B20
Contextual Info: MK48Z08/18/09/19 B -55/70/10/15/20 S G S -T H O M S O N • y 8 K X 8 ZEROPOWER SRAM FEATURES B ■ INTEGRATED ULTRA LOW POWER SRAM, POW ER-FAIL CO N TRO L CIRCUIT AND BAT­ TERY. DIP-28 (Plastic with BatteryTop Hat) ■ UNLIM ITED WRITE-CYCLES. ■ READ-CYCLE TIM E EQUALS W RITE-CYCLE

mk48z30

Abstract: external RAM ic 6264 CI 6264 SRAM 6264 application note 6264 cmos ram STATIC RAM 6264 SRAM 6264 ic 6264 6264 SRAM
Contextual Info: MK48Z30/30A B -10/12/15 f Z J SG S-IU O M SO N ^7# RfflD(g[S(Q)IILi in^®ROO©i 32 K X 8 ZEROPOWER RAM ADVANCE DATA • INTEGRATED ULTRA LOW POWER SRAM, POWER-FAIL CONTROL CIRCUIT AND BAT­ TERY. ■ UNLIMITED WRITE-CYCLES. 1 ■ READ-CYCLE TIME EQUALS WRITE-CYCLE

386SL intel

Abstract: 386SL how to read Maxim date code DS1220 8086 with eprom BEST BIOS PROGRAMMING AND DATA FOR EEPROM APP540 practical applications of 8086 microprocessor DS1220 DS1225 DS1245
Contextual Info: Maxim > App Notes > MEMORY Mar 29, 2001 Keywords: NVSRAM, DRAM, SRAM, EEPROM, shadow RAM, NV Memory, MK48Z08, MK48Z18, nvsrams, NV SRAMs APPLICATION NOTE 540 Using Nonvolatile Static RAMs Abstract: Vast resources have been spent by the semiconductor industry to build high-speed nonvolatile

Contextual Info: rz rz SGS-THOMSON G«[f3 6 [ILiOT@«§ MK48Z02 MK48Z12 CMOS 2K x 8 ZEROPOWER SRAM • PREDICTED WORST CASE BATTERY LIFE OF 11 YEARS @ 70°C ■ DATA RETENTION IN THE ABSENCE OF POWER ■ DATA SECURITY PROVIDED BY AUTOMATIC WRITE PROTECTION DURING POWER FAILURE

Contextual Info: SEE T> m 7l12c1237 DD36MD0 113 «SGTH SGS-THOMSON ¡5 MK48Z32 MK48Z32Y 6 S-THOflSON CMOS 32K x 8 ZEROPOWER SRAM • INTEGRATED ULTRA LOW POWER SRAM, POWER-FAIL CONTROL CIRCUIT AND BAT­ TERY ■ UNLIMITED WRITE-CYCLES. ■ READ-CYCLE TIME EQUALS WRITE-CYCLE

T1A12

Abstract: MK48Z09 M48Z09 M48Z19
Contextual Info: M48Z09 M48Z19 /S T SGS-THOMSON ^7# [M ^©ILi©T0M[] g§ CMOS 8K x 8 ZEROPOWER SRAM • PIN and FUNCTION COMPATIBLE with the MK48Z09.19 ■ SELF CONTAINED BATTERY in the CAPHAT DIP PACKAGE ■ 11 YEARS of DATA RETENTION in the ABSENCE of POWER ■ CHOICE of TWO WRITE PROTECT

Contextual Info: M48Z08 M48Z18 / 3 T SGS-THOMSON * 7 /. IM niBIM ilUICTtBllKSg CMOS 8K x 8 ZEROPOWER SRAM • PIN and FUNCTION COMPATIBLE with the MK48Z08,18 ■ SELF CONTAINED BATTERY in the CAPHAT DIP PACKAGE ■ SMALL OUTLINE PACKAGE PROVIDES DI­ RECT CONNECTION for a SNAPHAT HOUS­

3066

Abstract: Zeropower ram MK48Z12
Contextual Info: MK48Z02 MK48Z12 f Z T SGS-THOMSON ^ 7 # iK g i a iC T ^ © iD © s CMOS 2K x 8 ZEROPOWER SRAM » PREDICTED WORST CASE BATTERY LIFE OF 11 YEARS @ 70°C • DATA RETENTION IN THE ABSENCE OF POWER ■ DATA SECURITY PROVIDED BY AUTOMATIC WRITE PROTECTION DURING POWER

Zeropower ram MK48Z02

Abstract: MK48Z02-12 R912
Contextual Info: M48Z02 M48Z12 /= T SGS-THOMSON ^ 7 # ^D g[S(ô [l[Li ir^®RgO©S CMOS 2K x 8 ZEROPOWER SRAM • PIN and FUNCTION COMPATIBLE with the MK48Z02.12 ■ SELF CONTAINED BATTERY in the CAPHAT DIP PACKAGE ■ 11 YEARS of DATA RETENTION in the ABSENCE of POWER ■ CHOICE of TWO WRITE PROTECT

mk48z02

Contextual Info: rrz SGS THOMSON LËOÏÏlRMflÛS APPLICATION NOTE PROGRAMMING THE MK48Z02 The MK48Z02 serves many varied applications. It provides the ease of access for both reads and writes that conventional RAMs offer, as well as nonvolatile memory that is associated with read

MK48Z32

Contextual Info: MK48Z32 32A B -10/12/15 { Z T SGS-THOMSON 32 K X 8 ZEROPOWER RAM ADVANCE DATA FEATURES • INTEGRATED ULTRA LOW POWER SRAM, POWER-FAIL CONTROL CIRCUIT AND BAT­ TERY. ■ UNLIMITED WRITE-CYCLES. ■ READ-CYCLE TIME EQUALS WRITE-CYCLE TIME. ■ PR ED IC TED BATTERY BACK-U P OF 10

Contextual Info: M48Z08 M48Z18 / = T SGS-THOMSON 7 # ^ [ *[ E i[ L [ I M ( Q M ( g S CMOS 8K x 8 ZEROPOWER SRAM • PIN and FUNCTION COMPATIBLE with the MK48Z08.18 ■ SELF CONTAINED BATTERY in the CAPHAT DIP PACKAGE ■ SMALL OUTLINE PACKAGE PROVIDES DI­ RECT CONNECTION for a SNAPHAT HOUS­

48z02

Abstract: MK48Z02 VA00603 Zeropower ram MK48Z02 MK48Z12 Zeropower ram MK48Z12 PHDIP24 MK4BZ
Contextual Info: 52E D • 71 212 37 0036341= 337 MSGTH T - ¥ ^ ~ Z 3 ^ / 2 - SGS-THOMSON MK48Z02 KLKSIMKS_ MK48Z12 S 6 S-THOMSON CMOS 2K x 8 ZEROPOWER SRAM ■ PREDICTED WORST CASE BATTERY LIFE OF 11 YEARS @ 70°C ■ DATA RETENTION IN THE ABSENCE OF POWER - DATA SECURITY PROVIDED BY AUTOMATIC

Contextual Info: 7^5*1537 0056055 q MK48Z30/30A B -10/12/15 S G S -T H O M S O N 5 7 . M S 6 S-THOMSON 30 E D 32 K X 8 ZEROPOWER RAM ADVANCE DATA i IN T E G R A T E D U LT R A L O W P O W E R S R A M , P O W E R -F A IL C O N T R O L C IR C U IT A N D BAT­ TER Y. i U N L IM IT E D W R IT E -C Y C L E S .

Contextual Info: MK48Z30 MK48Z30Y SGS-THOMSON mo CMOS 32K x 8 ZEROPOWER SRAM • INTEGRATED ULTtiA LOW POWER SRAM, POWER-FAIL CONTROL CIRCUIT AND BAT­ TERY. ■ UNLIMITED WRITE-CYCLES. ■ READ-CYCLE TIME EQUALS WRITE-CYCLE TIME. ■ MINIMUM BATTERY BACK-UP OF 10 YEARS @ 25’C.

Zeropower ram MK48Z

Abstract: MK48Z08B-20 MK48Z08B-25 mk48z08 MK48Z09B-20 TA-306 MK48Z18B-20 jis h 8502 MK48Z18 MK48Z09B-25
Contextual Info: COMPONENTS 8K 8 ZEROPO W ER RAM MOSTEK MEMORY COM PONENTS □ Predicted Worst Case Battery Life of 11 years @ 70°C NC 1 c □ 28 < o o FEATURES A ,2 2 C n 27 w □ 26 NC \ O 4 O □ 25 Aa A5 5 □ □ 24 A„ A4 6 C □ 23 A„ G □ Data retention in th e absence of pow er

CY6116

Abstract: HM6116 MK48Z02 DS1220Y-200 DALLAS 24PIN CY7C128-45 CY7C128-55 CY7C128A-15 CY7C128A-20 CY7C128A-25
Contextual Info: - 16 K 'f X m % it £t ¿&&ÍEH OC TAAC aax ns) TCAC (us) nMOS S t a t i c RAM (2 0 4 8 x 8 ) f iî TOE max (ns) TOH min (ns) TOD max (ns) TWP «in (ns) TDS •in (ns) M « TDH min (ns) TWD min (ns) TWR max (ns) V D D or V C C (V) 24PIN IDD aax (ibA) A I DD STANDBY