DS165 Search Results

DS1652B

Abstract: 208-MIL
Contextual Info: DS1652B DALLAS DS1652B Code Memory Key s e m ic o n d u c to r FEATURES PIN ASSIGNMENT • The key forms the basis of a secure access system • The DS1652B is compatible with a variety of RF, seri­ al, ultrasound, and optical transmission media • The user-programmable 64-bit code prevents unau­

Contextual Info: D S 1651, D S 1652 PRELIMINARY DALLAS SEMICONDUCTOR DS1651 3-Code Lock, DS1652 Key Match Memory System FEATURES PIN ASSIGNMENT • The two chip lock and key system form the basis of a secure access system 1 W 8 ~ m SEND1 SEND2 Q E 2 7 ~m LEARN n r 3 6 H D SEND3

Contextual Info: DS1653, DS1652 PRELIMINARY DALLAS SEMICONDUCTOR DS1653 4-Code Lock, DS1652 Key Match Memory System FEATURES PIN ASSIGNMENT • The two chip lock and key system form the basis of a secure access system 8 2 m LEARN Q L 3 7 6 SEND4 O E 4 5 in V c c I 11 • The match memory system is compatible with a vari­

MC3450

Abstract: DS1652 DS3650 DS3650M DS3650N DS3652 DS3652M M16A MC3452 N16A
Contextual Info: DS1652 DS3650 DS3652 Quad Differential Line Receivers General Description The DS3650 and DS1652 DS3652 are TTL compatible quad high speed circuits intended primarily for line receiver applications Switching speeds have been enhanced over conventional line receivers by the use of Schottky technology and TRI-STATE strobing is incorporated offering a high

Contextual Info: DS1650Y/AB DALLAS SEMICONDUCTOR DS1650Y/AB Partitionable 4096K NV SRAM PIN ASSIGNMENT FEATURES •10 years minimum data retention in the absence of external power A 18 I| 1 32 1 A 16 I1 2 31 % A 14 11 3 3 0 1 A 17 A 12 I1 4 291 W E A 7 I1 5 2 8 1 A 13 A 6

MC3430

Abstract: MC3432 DS3653 tl 451 DS3653N DS1651J DS1653J DS3651 DS3651N DS3653J
Contextual Info: DS1651/DS3651, DS1653/DS3653 National Semiconductor Corporation DS1651/DS3651, DS1653/DS3653 Quad High Speed MOS Sense Amplifiers G eneral Description Features The DS1651/DS3651 and DS1653/DS3653 are TTL com­ patible high speed circuits intended for sensing in a broad

Contextual Info: DS1658Y/AB DS1658Y/AB Partitionable 128K x 16 NV SRAM FEATURES PIN ASSIGNMENT • 10 year minimum data retention in the absence of external power • Data is automatically protected during power loss • Write protects selected blocks of memory when programmed

DS1650

Abstract: DS1650AB DS1650Y DS1650Y-70 DS1650Y-100
Contextual Info: DS1650Y/AB DALLAS SEMICONDUCTOR Partitionable 4096K NV SRAM FEATURES PIN ASSIGNMENT • 10 years minimum data retention in the absence of external power • Data is automatically protected during power loss • Directly replaces 512K x 8 volatile static RAM

2DS1651

Abstract: C1995 DS1651 DS1651J DS3651 DS3651J DS3651N J16A MC3430 N16A
Contextual Info: DS1651 DS3651 Quad High Speed MOS Sense Amplifiers General Description Features The DS1651 DS3651 is TTL compatible high speed circuits intended for sensing in a broad range of MOS memory system applications Switching speeds have been enhanced over conventional sense amplifiers by application of

Contextual Info: DS1651, DS1652 PRELIMINARY DALLAS DS1651 3-Code Lock, DS1652 Key Match Memory System SEMICONDUCTOR FEATURES PIN ASSIGNMENT • The two chip lock and key system form the basis of a secure access system Vc c O E SEND2 Œ • The match memory system is compatible with a vari­

Contextual Info: DS1652B PRELIMINARY DALLAS SEMICONDUCTOR DS1652B Key Code Memory FEATURES PIN ASSIGNMENT • The key forms the basis of a secure access system • The DS1652B is compatible with a variety of RF, seri­ al, ultrasound, and optical transmission media ] SEND1

Contextual Info: DALLAS SEMICONDUCTOR DS1652B Code Memory Key FEATURES SEND2 LEARN • The user-programmable 64-bit code prevents unau­ thorized copying of keys SEND4 [ [ [ [ 1 CO < o o • The DS1652B is compatible with a variety of RF, seri­ al, ultrasound, and optical transmission media

Contextual Info: Semiconductor DS1652/DS3650/DS3652 Quad Differential Line Receivers General Description The DS3650 and DS1652/DS3652 are TTL compatible quad high speed circuits intended primarily for line receiver applications. Switching speeds have been enhanced over conventional line receivers by the use of Schottky technolo­

S5320QF

Abstract: S5320 AMCC S5320 T35 12H FFFFC000H AD10 AD11 AD12 AD14 S5335
Contextual Info: Part Number S5320 Revision 5.03 – June 14, 2006 S5320 Data Sheet PCI Match Maker, 3.3V S5320 PCI Match Maker AMCC Confidential and Proprietary DS1656 1 S5320 – PCI Match Maker, 3.3V Revision 5.03 – June 14, 2006 Data Sheet This page intentionally left blank.

MC3430

Abstract: DS1651J DS3651 DS3651J DS3651N J16A N16A 2DS1651
Contextual Info: DS1651/DS3651 Quad High Speed MOS Sense Amplifiers General Description Features The DS1651/DS3651 is TTL compatible high speed circuits intended for sensing in a broad range of MOS memory system applications. Switching speeds have been enhanced over conventional sense amplifiers by application of Schottky technology, and TRI-STATE strobing is incorporated, offering a high impedance output state for bused organization.

amcc part marking

Abstract: AMCC S5335 S5335QFAAB AMCC DATE CODE MARKING "serial nvram" S5335 K10101A nv ram data sheet pic 92121 s5935
Contextual Info: Part Number S5335 Revision 5.01 – November 30, 2005 S5335 Data Sheet PCI Bus Controller, 3.3V S5335 PCI BUS CONTROLLER MATCH MAKER AMCC Confidential and Proprietary DS1657 Revision 5.01 – November 30, 2005 S5335 – PCI Bus Controller, 3.3V Data Sheet

Contextual Info: DS1651, DS1652 DS1651 3-Code Lock DS1652 Key Match Memory System DALLAS SEM ICONDUCTOR PIN ASSIGNMENT FEATURES • The tw o -c h ip lock and key system form s the basis of a secure access system Vcc LLL SEND2 Œ • The match m em ory system is com patible with a vari­

Contextual Info: DS1653 4-Code Lock DS1652 Key Match Memory System PALLAS SEMICONDUCTOR PIN ASSIGNMENT FEATURES • The two-chip lock and key system form the basis of a secure access system Vcc SEÑD2 • The match memory system is compatible with a vari­ ety of RF, serial, ultrasound, and optical transmission

DS16S3

Contextual Info: DS1653, 0S1652 PRELIMINARY DALLAS SEMICONDUCTOR DS1653 4-Code Lock, DS1652 Key Match Memory System PIN ASSIGNMENT FEATURES • The two chip lock and key system form the basis of a secure access system • The match memory system is compatible with a vari­

Contextual Info: DS1650Y/AB DALLAS DS1650Y/AB Partitioned 4096K NV SRAM SEMICONDUCTOR PIN ASSIGNMENT FEATURES • Data retention in the absence of Vcc A18 I| 1 • Data is automatically protected during power loss A16 I 1 2 • Directly replaces 512K x 8 volatile static RAM or EEPROM

abstract for water level indicator

Abstract: dallas ds1213 DS1213 smart socket abstract for battery level indicator DS13xx dallas ds1213 C DS1213 DS1213 DALLAS DS1650 MARKING MY
Contextual Info: Maxim > App Notes > MEMORY Keywords: nv sram, DS1213, DS1630, DS1645, DS1650, DS1258, DS1658, NVSRAM, zeropower, powercap, low-profile module, DIP module Aug 10, 2001 APPLICATION NOTE 591 Memory Products - Frequently Asked Questions Abstract: This application brief answer some frequently asked questions on some older, but still active, Dallas

DS1650Y-100

Abstract: DS1650Y DS1650 DS1650AB
Contextual Info: DS1650Y/AB DALLAS SEMICONDUCTOR Partitionable 4096K NV SRAM FEATURES PIN ASSIGNMENT • 10 years minimum data retention in the absence of external power • Data is automatically protected during power loss • Directly replaces 512K x 8 volatile static RAM

DS1650

Contextual Info: DS1650/DS1652/DS3650/DS3652 ga National ÆÆ Semiconductor DS1650/DS1652/DS3650/DS3652 Quad Differential Line Receivers General Description The DS1650/DS3650 and DS1652/DS3652 are TTL com­ patible quad high speed circuits intended primarily for line receiver applications. Switching speeds have been en­

Contextual Info: NATL SEMICOND {MEMORY} IDE D bSD112b DDbESbV fl | DS1650/DS1652/DS3650/DS3652 Quad Differential Line Receivers General Description The DS1650/DS3650 and DS1652/DS3652 are TTL com­ patible quad high speed circuits intended primarily for line receiver applications. Switching speeds have been en­