D015T Search Results

Contextual Info: S G S-THOMSON 07E D I D015ttb 4 I H S-C M O S INTEGRATED CIRCUITS 7; ,' M irrai I ^ k '. 54 - M74HCT540 SUS 67C 13907 D T -5 2 PRODUCT PREVIEW OCTAL BUS BUFFER INVERTING, 3-STATE) D ESCRIPTIO N The M54HCT540/74HCT540 is a high speed C M O S O C T A L B U S B U F F E R (INVERTING,

1ST24

Abstract: MSC2312B-70YS9
Contextual Info: O K I Semiconductor M SC2312B-xxYS9/KS9 1,048,576-Word by 9-Bit DRAM Module: Fast Page Mode D ESC R IP TIO N The OKI M SC 2312B -xxY S9/K S9 is a fully decoded 1,048,576-w ord x 9-bit CM O S D ynam ic Random Access Memory Module com posed of nine 1-Mb DRAM s in SOJ MSM511000B packages mounted with

Contextual Info: M IT S U B IS H I ALSTTLs ? v ^> . 0 0 M 7 4 A L S 6 4 5 A - 1 P O C T A L B U S T R A N S C E IV E R W IT H 3 -S T A T E O U T P U T N O N IN V E R T E D 6249827 MITSUBTSHI 1 —- . CDOfT~LOGrc7 DESCRIPTION The M 74ALS645A-1P is a semiconductor integrated cir­

Contextual Info: Liquid Crystal Displays 24 character x 2 lines reflective character module RCM2030R The RCM2030R is a reflective TN type liquid crystal module with a built-in controller/driver LSI and a display capac­ ity of 24 characters x 2 lines. •E xte rn a l dimensions Unit: mm

HYM532220WG

Abstract: HYM532220 9 bit SIMM pins
Contextual Info: -HYUNDAI HYM532220 W-Series 2M x 32-bit CMOS DRAM MODULE DESCRIPTION The HYM532220 is a 2M x 32-bit Fast page m ode CMOS DRAM m odule consisting of four HY5118160 in 42/42 pin SOJ or TSOPII on a 72 pin glass-epoxy printed circuit board. 0.22^F decoupling capacitor is mounted for each

74als580

Abstract: M74ALS580
Contextual Info: -O^-OS MITSUBISHI ALSTTLs M 74ALS580AP O C TA L D -TYPE T R A N S P A R E N T LA TC H W IT H 3- S TA TE O U T P U T IN V E R T ED ' _ s > p3< ._ 6249827 MITSUBISHI (DGTL LOGIC)' 91D 12610 DESCRIPTION D PIN CONFIGURATION (TOP VIEW)

Contextual Info: 3.3V CMOS 16-BIT BUS TRANSCEIVER/ REGISTERS IDT54/74FCT163646/A/C In te g ra te d D evice Technology, In c. FEATURES: DESCRIPTION: • 0.5 M IC R O N C M O S Technology • Typical tSK o (Output Skew) < 250ps • ESD > 2 0 0 0 V per M IL -S T D -8 83, Method 3015;