D50M33 Search Results

Contextual Info: ALLEGRO MICROSYSTEMS INC blE P • D50M33A D00b3fl3 m M W A L G R NPN TRANSISTORS TO-92/TO-226AA W and T F DEVICE TYPES ELECTRICAL CHARACTERISTICS at T. = 25 C V CE ut D C Current Gain 'c B O •c Max. v (BR)CBO V (BR1CEO V (BR)EBO Max. Device Type (mA) (V)

Contextual Info: ALLEGRO MICROSYSTEMS INC blE D D50M33& 000b35E 570 • ALGR 5616 2-FUNCTION, 4-D IG IT LCD AUTOMOTIVE CLOCK— PROGRAMMABLE The SCL5616HW is a 2-function digital automotive clock circuit. Fabricated on a single monolithic chip using silicon-gate CMOS PROM

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

Contextual Info: LOW-DROPOUT REGULATORS — HIGH EFFICIENCY Designed specifically to meet the requirement for extended opera­ tion of battery-powered equipment such as cordless and cellular tele­ phones, the A8220SLM thru A8233SLM voltage regulators offer the reduced dropout voltage and quiescent current essential for maximum

Contextual Info: 8-CHANNEL SOURCE D RIVERS U D N 2580A and U D N 2585A This versatile family of integrated circuits will work with many combinations of logic- and load-voltage levels, meeting interface requirements beyond the capabilities of standard logic buffers. Series

ULN3845A

Contextual Info: AM NOISE BLANKERS These noise blanker integrated circuits contain all of the necessary circuitry for adding an extremely efficient noise blanking technique patents pending to any type of AM tuner or receiver with RF input frequencies (or a first IF) to 30 MHz. The ULN3845A features dual

UDN2580

Abstract: UDN2580A B1458 UDN2585LW UDN2588A-1 UDN2580LW UDN2585A UDN2588A LN 358 n UDN-2588A-1
Contextual Info: t i q *•* + -t.< * hJ <£> G> Pi > 8-CHANNEL SOURCE DRIVERS This versatile family of integrated circuits will work with many combinations of logic- and load-voltage levels, meeting interface requirements beyond the capabilities of standard logic buffers. Series