D5D433 Search Results

A979

Abstract: 9789A A7628 UDN5741M UDN5742M UDN5743M UDN5744M GP-009
Contextual Info: ALLEGRO MICROSYSTEMS INC 33E D D5D433Ô G0GS21S SERIES - T - s z - n ALGR • ■ DUAL PERIPHERAL/POWER DBIVERS TRANSIENT-PROTECTED OUTPUTS — Peripheral and pow er drivers com bining dual logic gates, highcurrent saturated output transistors, and transient-suppression diodes

EM- 546 motor

Contextual Info: HIGH-CURRENT HALF-BRIDGE M OTOR DRIVER Designed for use as a general-purpose motor driver, the UDN and UDQ2943Z half-bridge drivers combine high-current sink and source drivers with logic stages, level shifting, diode transient protection, and a voltage regulator for single-supply operation. Capable of operating

Contextual Info: QUAD HIGH-CURRENT, mGH-VOLTAGE SOURCE DRIVER GROUND F ~ 1 -C H ffl INcE OUTcfô OUToE INo[5 ENABLE VS *D>^ : J- o Capable of driving loads to 4 A at supply voltages to 60 V inductive loads to 35 V), the UDN2944W is a quad high-current, highvoltage source driver. Each of the four power drivers can provide

VEE25

Abstract: UCN5840A UCN5840LW UCN5841A UCN5842LW UCN5843A allegro 5841 UCN5841ALW
Contextual Info: ALLEGRO MICROSYSTEMS INC blE J> Mt 050433Û QQQbQSl 5841 5S43 • ALGR THRU BiM O S I I 8 -B IT SEBIAL-INPU T, LATC H ED D B IV EB S U C N 5841A - UCN5843A vEE CLO CK S E R IA L DATA IN LOGIC GROUND LOGIC SUPPLY S E R IA L DATA OUT STR O B E O U TP U T E N A B LE

Contextual Info: SENSITIVE HALL-EFFECT SWITCHES FOR HIGH-TEMPERATURE OPERATION Data Sheet 2 7 6 2 1 .6 * 3144 These Hall-effect switches are monolithic integrated circuits with tighter magnetic specifications, designed to operate continuously over extended temperatures to +150°C , and are more stable with both

Contextual Info: BiMOS II 32-BIT SERIAL-INPUT, LATCHED SOURCE DRIVERS WITH ACTIVE-DMOS PULL-DOWNS Designed primarily for use with vacuum-fluorescent displays, the UCQ5818AF and UCQ5818EPF smart power BiMOS II drivers com­ bine CMOS shift registers, data latches, and control circuitry, with

STA405A

Abstract: sma6012 SMA4031 STA455C STA401A SLA4031 STA438A STA439A sla6050 SMA4033
Contextual Info: T R A N S IS T O R ARRAYS V çeo hFE Ic I cp Equivalent Circuit Type No. Diagram min (A) (V) VcEO IcOcp} hpE Equivalent (V) (A) min Diagram Circuit Type No. STA301A 60±10 4 (8 ) 10 0 0 1 SM A4020 -6 0 -4 2000 30 STA302A -5 0 -4 (-8 ) 10 0 0 2 S M A 4021

Contextual Info: PR EC ISIO N SUPERVISORY SYSTEM S M O N ITO R Capable of monitoring four dc power lines, the ULN8131A and ULN8131LW are power-fault monitors for both under-voltage and over-voltage conditions. Two of the four inputs are designed to monitor positive voltages, while the other two inputs can be used to

SN75518N

Abstract: 0504338 GP025 UCN 6818 A6818EEP UCN5818
Contextual Info: PRELIMINARY INFORMATION DATA SHEET February 18,1997 ' - 6818 26182.128 Subject to change without notice DABIC TV, 32-BIT SERIAL-INPUT, LATCHED SOURCE DRIVERS A6S18xA LOGIC SU PPLY SER IA L DATA IN The A6818- devices combine a 32-bit CMOS shift register, accom­

Contextual Info: FLUORESCENT DISPLAY DRIVERS UDN6118LW Consisting of eight NPN Darlington output stages and the associ­ ated common-emitter input stages, these drivers are designed to interface between low-level digital logic and vacuum fluorescent displays. All devices are capable of driving the digits and/or segments

Contextual Info: 3-PHASE BRUSHLESS D C M OTOR CONTROLLER/DRTVERS Combining logic and power, the U D N 2936W and U D N 2936W -120 provide commutation and drive for three-phase brushless dc motors. Each of the three outputs are rated at 45 V and ±2 A ±3 A peak , and include internal ground clamp and flyback diodes. These drivers also

Contextual Info: BiMOS n 10-BIT SERIAL-INPUT, LATCHED SOURCE DRIVERS WITH ACTIVE-DMOS PULL-DOWNS UCN5810AF I OUT t I OUT« I SERIAL I DATA OUT LOAD SUPPLY I SERIAL 1DATA IN BLANKING OUT | The UCN5810AF, UCN5810EPF, and UCN5810LW F combine a 10-bit CMOS shift register and accompanying data latches, control

Contextual Info: QUAD HIGH-C URRENT, HIGH-VOLTAGE SOURCE DRIVER GROUND I - Î:t 1 S{A,CV -REQ L I - o r C H g L ,N cls^ o u t c lr a — d ,. 1| ^ a n -o b i— IN n l» 1 - ENABLE i « J -O *- & VS f t 0>lQ- J ~ IN n la out. Is -J — o