00037L Search Results

Contextual Info: ALLEGRO MICROSYSTEMS INC TB D • 05Cm336 00037L.3 T ■ ALGR T -9 1-0 1 PRO CESS NJ35D Process NJ35D Dual N-Channel Junction Field-Effect Transistor Process N J35D is a monolithic dual N-channel junction field-effect transistor designed for use as a differential amplifier. The matching characteristics

Contextual Info: XIC GR INC ^^41743 SBE ]> □ □ □ 3 7 h 2 D 41 « X I C Preliminary Information 1 Megabit Module XM28C010 128K X 8 Bit 5 Volt, Byte Alterable E2PROM TYPICAL FEATURES • High Density 1 Megabit 128K x 8 E2PROM Module • Access Time of 120 ns at -55°C to +125°C

Contextual Info: EL7243C KBHjfRFORMANCEANALOGìNISGjWa « ffltS 5 F eatu res • • • • • • • • • Logic A N D/NAND input 3V and 5V Input compatible Clocking speeds up to 20 MHz 20 ns Switching/delay time 2A Peak drive Isolated drains Low output impedance Low quiescent current

Contextual Info: DIODE MODULES Ratings and Specifications Í m iímíiibíI 600 volts class general use diode modules/E series Dovicu ty p i’ V rrm V rsm lo Ifsm Ft V fm Irrm Rth j-C Package Volts Volts Amps. Amps. A2s Volts mA °C/W . 6RI30F 060 600 660 30 360 520 1.10

NTE7404

Abstract: NTE74HC04 transistor 6y NTE7406 NTE74LS05 NTE7400 NTE7408 NTE7409 NTE74LS04 NTE74LS00
Contextual Info: INTEGRATED CIRCUITS - TTL TRANSISTOR TRANSISTOR LOGIC NTE7214 16-Lead DIP, See Diag. 249 TRI-STATE Dual 4:1 Multiplexer NTE740Q, NTE74C00, 14-Lead DIP, See Diag. 247 NTE74H00, NTE74HC00, NTE74HCT00, NTE74LS00, NTE74S00 14-Lead DIP, See Diag. 247 NTE7401,

DDH 3E

Contextual Info: EPSON PF617-04 SEDI 765 LCD Driver • • • • Corresponding to Large Capacity MIM LCD Panel PWM Method Gradation Display Wide Range of LCD Driving Voltage 160-output Driver • DESCRIPTION The SED1765 is an LCD driver for driving the segment side, gradations by the PWM Pulse Width Modulation

Contextual Info: INTEGRATED CIRCUITS - TTL TRANSISTOR TRANSISTOR LOGIC NTE7214 16-Lead DIP, See Diag. 249 TRI-STATE Dual 4:1 Multiplexer Strobe 1G VCC B Address Strobe 2G Data Input Q A Address Data Input Data Input Data Input Data Input Data Input Q Data Input 14-Lead DIP, See Diag. 247