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TFK catalog

Contextual Info: Ordering number: EN 3 1 17B CMOS LSI LC65204A A / D Converter, F LT drivers, PW M Output, and On-chip 4Kbyte R O M 4-bit Single Chip Microcomputer for C o n tro l Applications The L C 65 20 4A is a 52-pin CM O S 4 -b it single chip m icrocom puter. It consists of Æ ^îgh-speed core C PU w ith the

CLC560

Contextual Info: High-Speed Linear Products M: General Purpose Category Description ± 5V Current Low Gain Feedback High Gain Model @Gain MHz @ VAT Settling Time to % Accuracy (nsecto%) Slew Rate (V/>isec) 700 (Nl) 1600 (IN) 1200 CLC400 200 @2 12 to 0.05 CLC401 150(S.20

transistor dk qe

Abstract: 3to15 dj-cb 8C DZ PF31 transistor DK qj LC65204A LC65404A TB52S 3tca
Contextual Info: Ordering number : EN 3438A CMOS LSI No. 3438A LC65404A I A / D Converter, F L T drivers, PW M O u tp u t and On-chip 4Kbyte R O M 4-b it Single Chip Microcom puter fo r C o n t^ l Applications The LC65404A is a 52-pin CMOS 4 -b it single chip m icrocom puter. It consists o f^|iilg h -s p W d ',ti'OFie CPU w ith the

PF31

Abstract: LC65204A LC65404A sanyo opu 343821 PLi16
Contextual Info: Ordering number: EN 3438A CMOS LSI No. 3 4 3 8 A LC 65 40 4 A I A / D Converter, FLT drivers, PWM O utput and On-chip 4Kbyte R O M 4-b it Single Chip Microcom puter fo r Control Applications The LC 65404A is a 52-pin CMOS 4 -b it single chip m ic ro c o m p u te r. It consists o f a high-speed core CPU w ith the

LC65204A

Abstract: kyocera kinseki kss 82093JN LC6599 LC65404A 3117B crystal osc
Contextual Info: Ordering number: EN 3117B CMOS LSI LC65204A A / D Converter, FLT drivers, PW M Output, and On-chip 4Kbyte R O M 4-bit Single Chip Microcomputer for Control Applications The LC65204A is a 52-pin CMOS 4 -b it single chip microcomputer. minimum cycle tim e = 0.92 microsecond, 8 -b it AD converter w ith

Contextual Info: 52E D • 8382383 0 0 0 4 2 4 ^ 155 «SONY CXA1386P/K SONY. 8-bit 75 MSPS Flash A/D Converter SONY C OR P/C OMP ONENT PRODS Description The CXA1386P/K are 8-bit high-speed flash A/D converter ICs capable of digitizing analog signals at the maximum rate of 75 MSPS. The digital I/O levels of