74LS80
Abstract: 74LS198 74LS150 74LS94 OAI32 74LS179 TTL 74LS198 MUX21H TTL 74ls138 to 7 segment 7476 3 bit ripple counter
Contextual Info: 4flE ]> • 77MLjbciO 0001L3M 4bO « P C H T- °J EK-044-9004 CMOS Gate Array 5GV Series RICOH CORP/ ELECTRONIC The RICOH gate array 5GV series complies with the CMOS 1.5ju rule, and offers high speed operation with a gate delay time of 1.0 ns. The 5GV series inherits the rich library of 5GF gate array series. The cell library is compatible with
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77mljbc0001l3mtek-044-9004rsc-15+16tbf368m390cm393ccm16brm540cm541c74ls8074ls19874ls15074ls94oai3274ls179ttl 74ls198mux21httl 74ls138 to 7 segment7476 3 bit ripple counter
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16 bit comparator using 74*85 IC
Abstract: 74LSI39 74LS80 shift register 74ls96 4 bit synchronous ic 7476 74ls150 74LS94 74ls91 counter OAI211 74ls179
Contextual Info: EKG-3-8805 CMOS Gate Array 5GF Series • O u tlin e T he R icoh gate a rray 5GF series com plies w ith th e CMOS 1.5 m rule, and o ffe rs high speed o p e ra tio n w ith a gate delay tim e o f 1.0 ns. T he 5G F series in h e rits th e rich lib ra ry o f th e 5GH series, and th e S R A M and mask RO M can be used
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ekg-3-8805rsc-1574ls27974ls298+1674ls35374ls367a74ls368a74ls39074ls39374ls39916 bit comparator using 74*85 ic74lsi3974ls80shift register 74ls964 bit synchronous ic 747674ls15074ls9474ls91 counteroai21174ls179
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full adder using Multiplexer IC 74151
Abstract: 74151 MUX 8-1 full subtractor using ic 74138 pin configuration IC 74151 Multiplexer IC 74151 modulo 16 johnson counter MUX 74157 MUX 74151 16 bit comparator using 74*85 IC binary to gray code conversion using ic 74157
Contextual Info: A dvance Inform ation, version 1.1 ’v'v' Crosspoint Solutions, Inc. C rosspoint has built the first field-program m able replacem ent for standard m ask-program m able gate arrays, the true F ield Program m able G ate A rray FPGA . System designers now have the flexibility and freedom to:
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full adder using multiplexer ic 7415174151 mux 8-1full subtractor using ic 74138pin configuration ic 74151+6multiplexer ic 74151modulo 16 johnson countermux 74157mux 7415116 bit comparator using 74*85 icbinary to gray code conversion using ic 74157
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4017B
Abstract: 4017-B 4553B BCD counter
Contextual Info: FAIRCHILD DIGITAL CMOS « n Q. Clock Transition Max Clock Rate MHz Typ VDD = 10V Clock to Q Output Delay ns (Typ) VDD = 10V Logic/Connection Diagram Package(s) Binary A L—H 80 105 C51 4L,6B,9B T3 (0 o _i . Modulo DEVICE NO. (Cont’d) Function Item COUNTERS
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12-bit14-bit21-stage24-stage+1040193b4029b4518b4520b4024b4040b4017b4017-b4553bbcd counter
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4040B
Abstract: modulo 16 johnson counter 4518B BCD counter
Contextual Info: FAIRCHILD DIGITAL CMOS « n Q. Clock Transition Max Clock Rate MHz Typ VDD = 10V Clock to Q Output Delay ns (Typ) VDD = 10V Logic/Connection Diagram Package(s) Binary A L—H 80 105 C51 4L,6B,9B T3 (0 o _i . Modulo DEVICE NO. (Cont’d) Function Item COUNTERS
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12-bit14-bit21-stage24-stage+840193b4029b4518b4520b4024b4040bmodulo 16 johnson counterbcd counter
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design a BCD counter using j-k flipflop
Abstract: logic diagram of johnson and ring counter modulo 8 gray code up down counter 4 bit gray code synchronous counter johnson and ring counter design BCD adder pal design a BCD counter using sr flipflop barrel shifter block diagram modulo 16 johnson counter what is the output for a 14 stage ripple counter
Contextual Info: Registered Logic Design INTRODUCTION Number of product terms In the previous section we discussed combinatorial designs, circuits whose outputs are totally independent of any system clock. In this section we will discuss sequential circuits, where outputs store their previous values
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0004a-19design a bcd counter using j-k flipfloplogic diagram of johnson and ring countermodulo 8 gray code up down counter+74 bit gray code synchronous counterjohnson and ring counterdesign bcd adder paldesign a bcd counter using sr flipflopbarrel shifter block diagrammodulo 16 johnson counterwhat is the output for a 14 stage ripple counter
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40188
Abstract: 4072B 4521B 4727B 4022B 4045B 4029B 40178 4018B BCD counter
Contextual Info: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-CMOS C83 4583B C84 40014B Rextna R extpa 5 (s ) (7 ) R extca He x t n b Vdd = Pin 16 Vss — Pin 8 0 = Pin Numbers C86 4075B C8S 4072B VDO r - C87 4073B V dd nc V dd i^innrnFirarTim I q a _ 0 1^1 LLlLillilLLlliJUJLJ
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4583b40014b4072b4075b+124073b4082b4045b4521bq021q22q234018b401884727b4022b4029b40178bcd counter
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4553B
Abstract: 4022B 4560B modulo 16 johnson counter 40178 40188 4018B 4521B 4534B 4527B
Contextual Info: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-CMOS C99 4S66B C98 4741B 2 Voo = Pin 16 Vss = Pin 8 10 3 4 5 C103 4527B 6 12 13 14 — Pin 16 Vss = Pin 8 V d d = Pin 16 Vss = Pin 8 Vdd C104 4531B C105 4532B V d d = Pin 16 Vss = Pin 8 C106 4560B V d d = Pin 16
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4741b4s66b4527b4531b+134532b4560b4018b4702b14-bit21-stage4553b4022bmodulo 16 johnson counter40178401884521b4534b
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4553B
Abstract: 40178 4029B 3digit up down counter 4521B mod 10 up counter 4022B 40538 modulo 16 johnson counter johnson counter
Contextual Info: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-CMOS C92 4553B C91 4534B 5 6 1 22 = Pin 16 Vss = Pin 8 V d d = Pin 24 Vss = Pin 12 Vd d C94 4722B C95 4737B V d d ~ Pin 16 Vss = Pin 8 V d d = Pin 1 Vss = Pin 8 NC = Pin 14 C93 4727B Qo -1 4 Qi -1 3 02 -1 2 4 - C P *
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4534b4553b4727b4722b+154737b4053b4067b4018b4702b14-bit401784029b3digit up down counter4521bmod 10 up counter4022b40538modulo 16 johnson counterjohnson counter
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3digit up down counter
Abstract: pin diagram 4 bit asynchronous binary up counter pin diagram asynchronous binary up down counter 40188 4553B 4518B 40178 4022B c91 02 4029B
Contextual Info: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-CMOS C48 40162B,40163B 9 3 4 5 C49 4522B, 4526B 6 3 5 11 14 C50 4510B, 4516B 1 4 12 13 3 PL Pq Pi ?2 P3 2 5 - O CE 1 5 - CP 1 0 - U P/DN MR TC Q0 Q, Q2 Q3 6 11 14 2 ''DD = Pin 16 Pin 8 vss VSS " Pin 8
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40162b40163b4522b4526b+144510b4516b40192b40193b4029b4518b3digit up down counterpin diagram 4 bit asynchronous binary up counterpin diagram asynchronous binary up down counter401884553b401784022bc91 02
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40178
Abstract: 40408 binary counter 4017B 4 digit up counter diagram 4022B 4017-B 4029B 4020B 40188 4018B
Contextual Info: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-CMOS C56 4020B C57 4022B Q4 _ 7 CP CP MR Qq Q 3 Q4 Q5 Q6 Q7 q8 MR q 1 0 q 11q 1 2 ° 1 3 I I I I I I I I I I I I I II 9 7 5 6 4 13 12 14 15 1 2 °0 °1 °2 15 2 1 3 V DD = p in 16 V DD V SS " Pin 8 V SS 10 I D Q5-9
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4020bpin164022b4017b+94018b4702b4528b4017840408 binary counter4 digit up counter diagram4017-b4029b40188
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4040B pin out diagram
Abstract: 4566b johnson counter 40178 4022B pin diagram 4 bit asynchronous binary up counter 4553B 16x4-Bit 4018B 4702B
Contextual Info: FAIRCHILD MICROCOMPUTERS 8-BIT CMOS MICROPROCESSOR FAMILY LSI PERIPHERAL LOGIC ELEMENTS Power Supply V Frequency Power mW Logic/ MHz Typ @ (Typ @ Connection Diagram 5V 5V) Item DEVICE NO. 1 4702B Programmable Bit Rate Generator 3-15 5.0 0.05 P35 4L,6B,9B
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4702b4703b16x4-bit4704b+134705b4706b4707b4708b10-bit4018b4040b pin out diagram4566bjohnson counter401784022bpin diagram 4 bit asynchronous binary up counter4553b
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vhdl code for 8-bit BCD adder
Contextual Info: A dvance Inform ation, version 1.1 ‘v ' v ' : Crosspoint Solutions, Inc. C rosspoint has built the first field-program m able replacem ent for standard m ask-program m able gate arrays, the true F ield P rogram m able G ate A rray FPGA . System designers now have the flexibility and freedom to:
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establis20vhdl code for 8-bit bcd adder |
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4520C
Abstract: ic 4017 decade counter ic 74LS1 4017 counter IC 4 to 10 decoder 4017C free IC 4017 C7G M CB5F ic 74ls13
Contextual Info: It fin / JL No 86-01 1-1-1986 Microelectronic Specification CMOS GATE ARRAY 5GH SERIES • GENERAL DESCRIPTION R P5G H 05/10/16/23/29/38/55 s ilic o n It is g a te p o s s ib le su p p o rt 1 he s y s te m O M O S and th e R P 5 '. H ■FEATURES a re g a te
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4017c4520c74ls3ic 4017 decade counter+7ic 74ls14017 counter ic4 to 10 decoderfree ic 4017c7g mcb5fic 74ls13
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AMD K6
Abstract: 74147 decimal to binary encoder
Contextual Info: a Preliminary Am3020/3030/3042/3064/3090 Advanced Micro Devices Am3000 Series Family of Programmable Gate Arrays DISTINCTIVE CHARACTERISTICS • Second generation user-programmable gate array ■ Flexible array architecture ■ High performance - 50 ,7 0 ,1 0 0 MHz commercial products
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am3020/3030/3042/3064/3090am3000amd k674147 decimal to binary encoder |
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code 4 bit LFSR
Abstract: LFSR XAPP052 XNOR 74 8 bit LFSR applications 74 XOR GATE XAPP210 LFSR lookup table code 24 bit LFSR LFSR COUNTER
Contextual Info: Application Note: Virtex Series R XAPP210 v1.1 March 14, 2000 Linear Feedback Shift Registers in Virtex Devices Author: Maria George and Peter Alfke Summary This application note describes the implementation of Linear Feedback Shift Registers (LFSR) using the Virtex SRL macro. One half of a CLB can be configured to implement a 15-bit LFSR,
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xapp21015-bit52-bit118-bit+9xapp052code 4 bit lfsrlfsrxnor 748 bit lfsr applications74 xor gatelfsr lookup tablecode 24 bit lfsrlfsr counter
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SRL16
Abstract: XAPP052 modulo 16 johnson counter LFSR XAPP210 XNOR 74 code 24 bit LFSR
Contextual Info: Application Note: Virtex Series and Virtex-II Series R XAPP210 v1.3 April 30, 2007 Linear Feedback Shift Registers in Virtex Devices Author: Maria George and Peter Alfke Summary This application note describes the implementation of Linear Feedback Shift Registers (LFSR)
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xapp21015-bit52-bit118-bit+6xapp052srl16modulo 16 johnson counterlfsrxnor 74code 24 bit lfsr
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code 4 bit LFSR
Abstract: 8 bit LFSR LFSR johnson counter XAPP210 "XOR Gate" LFSR COUNTER XNOR GATE LFSR code 24 bit LFSR 74 Series Logic ICs
Contextual Info: Application Note: Virtex Series and Virtex-II Series R XAPP210 v1.2 January 9, 2001 Linear Feedback Shift Registers in Virtex Devices Author: Maria George and Peter Alfke Summary This application note describes the implementation of Linear Feedback Shift Registers (LFSR)
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xapp21015-bit52-bit118-bit+10xapp052code 4 bit lfsr8 bit lfsrlfsr johnson counterxor gatelfsr counterxnor gatelfsrcode 24 bit lfsr74 series logic ics
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LFSR COUNTER
Abstract: LFSR johnson counter XAPP 138 1.1 LFSR 8 bit LFSR XAPP 138 data XAPP 138 datasheet SRL16 XAPP210 XCV000
Contextual Info: xapp210_1_0.fm Page 1 Friday, August 6, 1999 5:41 PM APPLICATION NOTE Linear Feedback Shift Registers in Virtex Devices R XAPP 210, August 6, 1999 Version 1.0 8* Application Note by Maria George and Peter Alfke Summary This application note describes the implementation of Linear Feedback Shift Registers (LFSR) using the Virtex SRL macro.
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xapp21015-bit52-bit118-bit+9xcv000lfsr counterlfsr johnson counterxapp 138 1.1lfsr8 bit lfsrxapp 138 dataxapp 138 datasheetsrl16
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74194 ring counter
Abstract: grid tie inverter schematic diagram 74299 universal shift register CI 74241 DN 74352 grid tie inverter schematics 7483 parallel adder pin diagram multiplexor 74153 multiplexor 74151 grid tie inverters circuit diagrams
Contextual Info: H Preliminary Am3020/3030/3042/3064/3090 Advanced Micro Devices Am3000 Series Family of Programmable Gate Arrays DISTINCTIVE CHARACTERISTICS • Second generation user-programmable gate array ■ Flexible array architecture ■ High performance - 50, 70,100 MHz commercial products
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am3020/3030/3042/3064/3090am300074194 ring countergrid tie inverter schematic diagram+874299 universal shift registerci 74241dn 74352grid tie inverter schematics7483 parallel adder pin diagrammultiplexor 74153multiplexor 74151grid tie inverters circuit diagrams
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design of PROCESS CONTROL TIMER
Abstract: PROCESS CONTROL TIMER circuit diagram of pulse width modulation mod 16 counter PROCESS CONTROL TIMER circuit addressing mode of mc68hc08 analysis of PWM converters using model of PWM switch DSC servo eight bit pulse width modulation signal Nippon capacitors
Contextual Info: TIM08RM/AD Rev. 1.0 HC 8 TIM08 TIMER INTERFACE MODULE REFERENCE MANUAL R E Q U I R E D N O N - D I S C L O S U R E Timer Interface Module Reference Manual A G R E E M E N T TIM08 Motorola, Inc., 1996; All Rights Reserved R E Q U I R E D A G R E E M E N T
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tim08rm/adtim08design of process control timerprocess control timer+8circuit diagram of pulse width modulationmod 16 counterprocess control timer circuitaddressing mode of mc68hc08analysis of pwm converters using model of pwm switchdsc servoeight bit pulse width modulation signalnippon capacitors
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HC708
Contextual Info: TIM08RM/AD Rev. 1.0 TIMOÔ TIMER INTERFACE MODULE REFERENCE MANUAL M M O TO R O LA TIM08 Timer Interface Module Reference Manual Motorola, Inc., 1996; All Rights Reserved Motorola reserves the right to make changes without further notice to any products
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tim08rm/adtim08hc708xl36hc708 |
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AK4550
Abstract: ADS1602 AN3067 DAC8830 SC1400 modulo 16 johnson counter dac8830 evm TDM 8*1
Contextual Info: Freescale Semiconductor Application Note Document Number: AN3067 Rev. 1, 02/2008 Interfacing the MSC711x TDM to A/D, D/A and Codecs by Barbara Johnson Digital Systems Division Freescale Semiconductor, Inc. Austin, TX The time-division multiplexing TDM interface is a
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an3067msc711xak4550ads1602+5dac8830sc1400modulo 16 johnson counterdac8830 evmtdm 8*1
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MPM3004
Abstract: DSC servo mc34151 MRD750 MC68HC708XL36 TIM08 00FF HC08 IT23 M68HC08
Contextual Info: Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. TIM08RM/AD Rev. 1.0 HC 8 TIM08 TIMER INTERFACE MODULE REFERENCE MANUAL For More Information On This Product, Go to: www.freescale.com Freescale Semiconductor, Inc. Freescale Semiconductor, Inc.
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tim08rm/adtim08mpm3004dsc servo+7mc34151mrd750mc68hc708xl3600ffhc08it23m68hc08
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