54I74LS Search Results

Contextual Info: SAMSUNG SEMICONDUCTOR INC DS DE| 7^4145 00Db44fl KS54HCTLS O - f / KS74HCTLS * l u Octal Buffers and Line Drivers with 3-State Outputs FEATURES DESCRIPTION • Function,' pln-out, speed and drive compatibility with 54I74LS logic family • Low power consumption characteristic of CMOS

Contextual Info: SAMSUNG S E M I CON DU CT OR INC 05 J > E 7 ^ 4 1 4 2 000L.472 S | KS54HCTLS O c y / O C O Quad 2-Line to 1-Line Data Selectors/ KS74HCTLS Multiplexers with 3-State Outputs ~ ' f~ S FEATURES DESCRIPTION • Function, pin-out, speed and drive compatibility with

Contextual Info: MD54/74HCT244R Octal Lin«Driver/Bt*ffer February '85 Features CONNECTION DIAGRAM DIP TOP VIEW •High latch-up immunity • High current outputs can drive 30 LSTTL loads • Low power ISO-CMOS technology •Bus oriented 3-state outputs • Meets or exceeds all proposed JEDEC 40.2

KS74HCT

Contextual Info: .S A M S U N ^ S E nJ C 0 N D U c T 0 R INC GB DE] T T b m M E 000bS4fl I 8-Bit Binary Counters Output Registers KS54HCTLS g Q Q / g g f KS74HCTLS W U / W f Preliminary Specifications FEATURES DESCRIPTION • Choice of 3-State ’590 and Open-Drain (’591) Outputs

Samsung 681

Contextual Info: SAMSUNG S E M I C O N D U C T O R INC PS Octal D-Type Transparent Latches with 3-State Outputs KS54HCTL:S C f í O KS74HCTLS DESCRIPTION FEATURES • 8 latches In a single package • Full parallel access for loading • Function, pln-out, speed and drive compatibility with

MD54HCT244RC

Abstract: MD74HCT244RE
Contextual Info: vfmm MD54/74HCT244R Octal LinsDriver/Btiffer February '85 Features CONNECTION U A O RA M DIP TOP VIEW 1 20 3 vcc 0a C 2 •19 3Ëb 3 18 I, a 4 17 S 16 3 i0b 3 o„ °0b 6 15 7 .14 8 13 3 *2b 12 3 0 3, 11 3-Sb' 9 G N D C 10 Description. The ISO -C M O S Octal line driver/buffers are designed to

HCTLS

Abstract: KS74HCTLS DIODE S4 2G tl81 KS74HCT
Contextual Info: Octal Buffers and Line Drivers with 3-State Outputs These high-speed octal buffers and line drivers are designed specifical­ ly to improve both the performance and density of 3-state memory ad­ dress drivers, clock drivers, and bus-oriented receivers and transmitters.