001457B Search Results

kss 4ff

Abstract: DT-38 kds
Contextual Info: ÔÔD D • ôSBSbQS 001457b S BISIEfi^ 88D 14576 D BUZ 38 SIEMENS AKTIENGESELLSCHAF _ Main ratings N-Channel = 200V Draln-source voltage /os =. 18 A Continuous drain current /□ Draln-source on-resistance f lDs on = 0,12 a Description Case Type □ BUZ 38

C67078-A1611-A2

Abstract: KDS 4K
Contextual Info: ÔÔD D • 623SbQS 001457b S BISIEi^ 88D 14576 D BUZ 38 _ SIEMENS AKTIENGESELLSCHAF _ Main ratings N-Channel Draln-source voltage /os = 200 V /„ =18A Continuous drain current Draln-source on-resistance ^DS on = 0,12 SI Description SIPMOS, N-channel, enhancement mode

CDFP4-F16

Abstract: marking code CLJ qml-38535 qml38535
Contextual Info: REVISIONS DESCRIPTION LTR DATE APPROVED YR-MO-DA REV SH EET REV SH EET 15 16 17 REV STATUS OF S H EE TS PMIC N/A STANDARD MICROCIRCUIT DRAWING THIS D R A W I N G IS AVAILABLE F O R U S E B Y ALL DEPARTMENTS A N D AGENCIES OF THE DEPARTMENT O F DEFENSE A M S C N/A

Contextual Info: blE ]> • bBM'ìaa'ì M ITSU B ISH I D014S7E DISCRETE 732 ■ H IT S MITSUBISHI LASER DIODES ML4XX16 SERIES SC FOR OPTICAL COMMUNICATION SYSTEMS TYPE NAME DESCRIPTION ML4XX16 is AIGaAs semiconductor laser which provides a stable, single transverse mode oscillation

MIL-STD-1750

Contextual Info: GEC P L E S S E Y SEMICONDS 43E D • 37 b ñ S2 2 DQIMSS? H « P L S B G E C P L E S S E Y ma317so mSsMl m cM W W m 'm im w m High Performance MIL-STD-1750 Microprocessor Advance data S10103AD S Issue 2.3 O ctober 1990 Features MPROEN PEN EXADEN FLT7N SYSFN

D0145

Abstract: sc 90 servo FL-253
Contextual Info: ABRIDGED VERSION óéconMknts Al SSI 32P4915A PRML Read Channel with PR4, 8/9 ENDEC, 4-burst Servo [Company A TDK Group/c Target Specification February 1996 DESCRIPTION FEATURES The S S I 32P 4915A is a high performance B iC M O S read channel IC that provides all of the functions

Contextual Info: m e iid iiitu v iu iiu ciy , ü u iiü io , i» » £ Revision: Tuesday, May 10,1994 CY7C385A CY7C386A CYPRESS Features • Very high speed — Loadable counter frequencies greater than 100 MHz — Chip-to-chip operating frequencies up to 85 MHz — Input + logic cell + output delays