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    8 BIT DFF WITH OUTPUT ENABLE Search Results

    8 BIT DFF WITH OUTPUT ENABLE Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    DCL542H01 Toshiba Electronic Devices & Storage Corporation Digital Isolator / VDD=2.25~5.5V / 150Mbps / 4 channel(F:R=2:2) / Default Output Logic: High / Output enable Visit Toshiba Electronic Devices & Storage Corporation
    DCL542L01 Toshiba Electronic Devices & Storage Corporation Digital Isolator / VDD=2.25~5.5V / 150Mbps / 4 channel(F:R=2:2) / Default Output Logic: Low / Output enable Visit Toshiba Electronic Devices & Storage Corporation
    DCL540H01 Toshiba Electronic Devices & Storage Corporation Digital Isolator / VDD=2.25~5.5V / 150Mbps / 4 channel(F:R=4:0) / Default Output Logic: High / Output enable Visit Toshiba Electronic Devices & Storage Corporation
    DCL541L01 Toshiba Electronic Devices & Storage Corporation Digital Isolator / VDD=2.25~5.5V / 150Mbps / 4 channel(F:R=3:1) / Default Output Logic: Low / Output enable Visit Toshiba Electronic Devices & Storage Corporation
    DCL540L01 Toshiba Electronic Devices & Storage Corporation Digital Isolator / VDD=2.25~5.5V / 150Mbps / 4 channel(F:R=4:0) / Default Output Logic: Low / Output enable Visit Toshiba Electronic Devices & Storage Corporation

    8 BIT DFF WITH OUTPUT ENABLE Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    X0Y24

    Abstract: RAMB36 XAPP224 XAPP861 IDELAY vhdl code for clock and data recovery RAMB18 RAMB16 vhdl code for phase shift XAPP224 DATA RECOVERY
    Text: Application Note: Virtex-4 and Virtex-5 FPGA Families R XAPP861 v1.1 July 20, 2007 Summary Efficient 8X Oversampling Asynchronous Serial Data Recovery Using IDELAY Author: John F. Snow Asynchronous serial data interfaces require the receiver to recover the data by examining the


    Original     		PDF XAPP861 X0Y24 RAMB36 XAPP224 XAPP861 IDELAY vhdl code for clock and data recovery RAMB18 RAMB16 vhdl code for phase shift XAPP224 DATA RECOVERY

    rxq2

    Abstract: schematic of TTL XOR Gates vhdl code for 8-bit odd parity checker rxq5 rxq6 4-bit even parity checker circuit diagram XOR vhdl code for phase frequency detector vhdl code for 8-bit parity checker using xor gate X01V schematic XOR Gates
    Text: Drive ESCON With HOTLink™ Introduction The IBM ESCON™ Enterprise System CONnection interface is presently experiencing rapid growth. Originally designed as a replacement for the older block-mux channel, it is also finding use as a high-performance system interface. This


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    vhdl code CRC-8

    Abstract: PASIC 380 vhdl code for 8-bit crc-8 rxq2 CY7B923 CY7B933 vhdl code for parallel to serial converter rxq1 rxq6 C383A
    Text: Drive ESCONt With HOTLinkt Introduction The IBM ESCON erals as shown in Figure 1. These bus and tag cables t Enterprise System CONnecĆ tion interface is presently experiencing rapid growth. Originally designed as a replacement for the older blockĆmux channel, it is also finding use as


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    X01V

    Abstract: schematic of TTL XOR Gates vhdl code CRC vhdl code for 8-bit parity checker using xor gate IC of XOR GATE schematic XOR Gates XOR GATES IC CRC-16 CY7B923 CY7B933
    Text: fax id: 5119 Drive ESCON With HOTLink Introduction The IBM ESCON Enterprise System CONnection interface is presently experiencing rapid growth. Originally designed as a replacement for the older block-mux channel, it is also finding use as a high-performance system interface.


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    types of multipliers

    Abstract: OP-AR MICRO CK 728 4bit multipliers
    Text: Application Note February 1997 Implementing and Optimizing Multipliers in ORCA FPGAs Introduction The Digital Multiplication Algorithm Multiplication is at the heart of the majority of digital signal processing DSP algorithms. Currently, digital multiplier functions are primarily the domain of DSP


    Original     		PDF AP97-008FPGA AP94-035FPGA) types of multipliers OP-AR MICRO CK 728 4bit multipliers

    vhdl code for 8-bit parity checker using xor gate

    Abstract: AN1274 CY7B923 CY7B933 k286 C383A vhdl code for 8-bit parity checker vhdl code for 8-bit odd parity checker vhdl code for 8 bit odd parity checker triquint guide 2010
    Text: Drive ESCON With HOTLink AN1274 Associated Part:CY7B923/CY7B933 Associated Application Note: None Abstract This application note contains an overview of ESCON operation and a design example of an ESCON physical interface, including a number of the low-level ESCON state machines including the VHDL source code , implemented using HOTLink™


    Original     		PDF AN1274 CY7B923/CY7B933 vhdl code for 8-bit parity checker using xor gate AN1274 CY7B923 CY7B933 k286 C383A vhdl code for 8-bit parity checker vhdl code for 8-bit odd parity checker vhdl code for 8 bit odd parity checker triquint guide 2010

    rxq6

    Abstract: X01V vhdl code for bus invert coding circuit CY7B923 CY7B933 vhdl code for 8 bit odd parity checker vhdl code for 8-bit odd parity checker vhdl code CRC
    Text: Drive ESCON With HOTLink™ Introduction The IBM ESCON™ Enterprise System CONnection interface is presently experiencing rapid growth. Originally designed as a replacement for the older block-mux channel, it is also finding use as a high-performance system interface. This


    Original     		PDF

    MDR 26 pin 3M

    Abstract: RGB to YCbCr converter mdr26 to dvi YCbCr TO RGB converter "RGB to YCbCr converter" verilog code for lvds driver MDR-26 color space converter vhdl rgb ycbcr 40 pins led screen LVDS 60pin LCD RGB
    Text: LatticeXP2, LatticeECP2/M and LatticeECP3 7:1 LVDS Video Interface September 2009 Reference Design RD1030 Introduction Source synchronous interfaces consisting of multiple data bits and clocks have become a common method for moving image data within electronic systems. A prevalent standard is the 7:1 LVDS interface employed in Channel


    Original     		PDF RD1030 MDR 26 pin 3M RGB to YCbCr converter mdr26 to dvi YCbCr TO RGB converter "RGB to YCbCr converter" verilog code for lvds driver MDR-26 color space converter vhdl rgb ycbcr 40 pins led screen LVDS 60pin LCD RGB

    4 bit even parity generator circuit

    Abstract: check and detect single errors using parity 8 bit dff with output enable
    Text: White Paper Using Parity to Detect Errors Introduction Altera® Stratix devices feature the TriMatrix™ memory architecture, which is composed of three different-sized embedded RAM blocks. TriMatrix memory includes the 512-bit M512 blocks, the 4-Kbit M4K blocks, and the 512Kbit MegaRAM™ blocks.


    Original     		PDF 512-bit 512Kbit 4 bit even parity generator circuit check and detect single errors using parity 8 bit dff with output enable

    4 bit even parity generator circuit

    Abstract: check and detect single errors using parity 8 bit dff with output enable 3 bit parity generator application of parity bits parity generator parity
    Text: White Paper Using Parity to Detect Errors Introduction Altera® Stratix® II and Stratix devices feature the TriMatrix memory architecture, which is composed of three different-sized embedded RAM blocks. TriMatrix memory includes the 512-bit M512 blocks, the 4-Kbit M4K blocks,


    Original     		PDF 512-bit 512-Kbit 4 bit even parity generator circuit check and detect single errors using parity 8 bit dff with output enable 3 bit parity generator application of parity bits parity generator parity

    cic filter

    Abstract: ic 9661 X band 5-bit phase shifter C127 C128 C159 C160 C192 C193 C224
    Text: Harris Semiconductor No. AN9661 Digital Signal Processing January 1997 Implementing Polyphase Filtering with the HSP50110 DQT HSP50210 (DCL) and the HSP43168 (DFF) Authors: John Henkelman and David Damerow Introduction Polyphase resampling filters are often used for timing adjustments in bit synchronizer loops. They are most commonly


    Original     		PDF AN9661 HSP50110 HSP50210 HSP43168 HSP50110 HSP50210 HSP43168 cic filter ic 9661 X band 5-bit phase shifter C127 C128 C159 C160 C192 C193 C224

    Untitled

    Abstract: No abstract text available
    Text: 7. External Memory Interfaces in Stratix V Devices December 2010 SV51008-1.1 SV51008-1.1 This chapter describes external memory interfaces available with Stratix V devices, as well as the silicon capabilities of Stratix V devices to support external memory


    Original     		PDF SV51008-1

    UniPHY

    Abstract: 1932-pin SV1008-1
    Text: 7. External Memory Interfaces in Stratix V Devices SV1008-1.0 This chapter describes external memory interfaces available with Stratix V devices, as well as the silicon capabilities of Stratix V devices to support external memory interfaces. Stratix V devices provide an efficient architecture to quickly and easily fit


    Original     		PDF SV1008-1 UniPHY 1932-pin

    MII switch

    Abstract: 8 bit dff with output enable ALLAYER COMMUNICATIONS EPM7032
    Text: Application Note AN001 Revision 1.1 APPLICATION NOTE MII TO GPSI INTERFACE Reference Only / Allayer Communications MII to GPSI Interface Introduction This application note will describe the solution for interfacing MII Media Independent Interface and GPSI (General Purpose Serial Interface).


    Original     		PDF AN001 MII switch 8 bit dff with output enable ALLAYER COMMUNICATIONS EPM7032

    C127

    Abstract: C128 C159 C160 C193 C224 HSP43168 HSP50110 HSP50210 cic compensation filter
    Text: Implementing Polyphase Filtering with the HSP50110 DQT , HSP50210 (DCL) and the HSP43168 (DFF) Application Note January 1999 AN9661.1 Authors: John Henkelman and David Damerow Introduction TABLE 1. INTERPOLATE BY 3 DECIMATE BY 5 Polyphase resampling filters are often used for timing adjustments in bit synchronizer loops. They are most commonly


    Original     		PDF HSP50110 HSP50210 HSP43168 AN9661 HSP50110 HSP50210 HSP43168 C127 C128 C159 C160 C193 C224 cic compensation filter

    32-bit adder

    Abstract: ic 9661 C127 C128 C159 C160 C193 C224 HSP43168 HSP50110
    Text: TM Implementing Polyphase Filtering with the HSP50110 DQT , HSP50210 (DCL) and the HSP43168 (DFF) Application Note January 1998 AN9661.1 Authors: John Henkelman and David Damerow Introduction Polyphase resampling filters are often used for timing adjustments in bit synchronizer loops. They are most


    Original     		PDF HSP50110 HSP50210 HSP43168 AN9661 HSP50110 HSP50210 HSP43168 32-bit adder ic 9661 C127 C128 C159 C160 C193 C224

    drc Rotary encoder

    Abstract: UPC157C
    Text: Preliminary Application Note TM V850E/MS1 32-/16-Bit Single-Chip Microcontrollers Hardware PPD703100 PPD703101 PPD703102 PPD70F3102 Document No. U14214EJ1V0AN00 1st edition Date Published August 1999 N CP(K) Printed in Japan 1999 [MEMO] 2 Preliminary Application Note U14214EJ1V0AN00


    Original     		PDF V850E/MS1 32-/16-Bit PPD703100 PPD703101 PPD703102 PPD70F3102 U14214EJ1V0AN00 u2/9044 drc Rotary encoder UPC157C

    lvds connectors pin assignments

    Abstract: cna 450 spice simulation
    Text: May 2001, ver. 1.0 Introduction LVDS Signaling Using APEX Device I/O Pins Application Note 138 Density increases in programmable logic devices PLDs have led users to integrate more functions into today's PLDs. This increase in functionality has allowed PLDs to play a major role in transmitting data between


    Original     		PDF TIA/EIA-644 lvds connectors pin assignments cna 450 spice simulation

    data sheet ic 74139

    Abstract: M9-1-103J M5-1-472J ic 74139 ic 74244 datasheet TLR123 SC-03-10G IP113 PS-10PE nec 157c
    Text: To our customers, Old Company Name in Catalogs and Other Documents On April 1st, 2010, NEC Electronics Corporation merged with Renesas Technology Corporation, and Renesas Electronics Corporation took over all the business of both companies. Therefore, although the old company name remains in this document, it is a valid


    Original     		PDF d88-6130 data sheet ic 74139 M9-1-103J M5-1-472J ic 74139 ic 74244 datasheet TLR123 SC-03-10G IP113 PS-10PE nec 157c

    DO103

    Abstract: 985 transistor DO148 DO63 DO134 DO93 DO107 DO147 DO117 DO143
    Text: Rev.1.1 S-4662AWI 192-bit THERMAL HEAD DRIVER The S-4662AWI is a CMOS thermal print head driver containing a 192-bit shift register and a latch. Its latch and driver enable are fixed to negative logic so that it can be used easily. !"Features # Low current consumption : 1.0 mA typ.


    Original     		PDF 192-bit S-4662AWI S-4662AWI DO191 DO192 1000H DO103 985 transistor DO148 DO63 DO134 DO93 DO107 DO147 DO117 DO143

    PIC1657

    Abstract: No abstract text available
    Text: MICROCHIP TECHNOLOGY GENERAL INSTRUMENT INC A3 D • hioaaol 0Q03 435 s ■ PIC1657 / -r-49 -iq _05 PRELIMINARY INFORMATION 8 BIT MICROCOMPUTER FEATURES - 32 8 -bit RAM registers 512 x 12-bit program ROM - Arithmetic Logic Unit - Real Time Clock/Counter - Self contained oscillator for crystal or ceramic


    OCR Scan     		PDF -r-49 PIC1657 12-bit PIC1657 DS30002C-14

    74LS80

    Abstract: 74LS198 74LS150 74LS94 OAI32 74LS179 TTL 74LS198 MUX21H TTL 74ls138 to 7 segment 7476 3 bit ripple counter
    Text: 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


    OCR Scan     		PDF 77MLjbc 0001L3M TEK-044-9004 RSC-15 TBF368 M390C M393C CM16BR* M540C M541C 74LS80 74LS198 74LS150 74LS94 OAI32 74LS179 TTL 74LS198 MUX21H TTL 74ls138 to 7 segment 7476 3 bit ripple counter

    digital FIR Filter using multiplier

    Abstract: signal path designer
    Text: u A | ? i 7| C Sem iconductor Im plem enting Polyphase Filtering w ith the HSP50110 DQT , I HSP50210(DCL) and the HSP43168(DFF) A p p lic a t io n N o te J a n u a ry 1999 I A N 9661 .1 Authors: John Henkelman and David Damerow Introduction t a b l e 1. i n t e r p o l a t e b y 3 d e c im a te b y 5


    OCR Scan     		PDF HSP50110 HSP50210 HSP43168 HSP50110 digital FIR Filter using multiplier signal path designer

    up down counter using IC 7476

    Abstract: full adder using Multiplexer IC 74151 74154 shift register IC sk 7443 full adder circuit using ic 74153 multiplexer DN 74352 full adder using ic 74138 74183 adder pin function of ic 74390 7478 J-K Flip-Flop
    Text: FUJITSU MICROELECTRONICS FUJITSU 37417bH 0010SÔ3 23E D MB65XXXX MB66XXXX MB67XXXX AV CMOS SERÍES GATE ARRAYS ~ June 1986 Edition 2.0 : T - 4 2 - n - o °i DESCRIPTION S The Fujitsu MB65xxxx/MB66xxxx/MB67xxxx family are a series of high performance CMOS gate arrays designed to provide high


    OCR Scan     		PDF 37417bH 0010S MB65XXXX MB66XXXX MB67XXXX MB65xxxx/MB66xxxx/MB67xxxx MB65xxxx) MB67xxxx) 350AVB S40AVB up down counter using IC 7476 full adder using Multiplexer IC 74151 74154 shift register IC sk 7443 full adder circuit using ic 74153 multiplexer DN 74352 full adder using ic 74138 74183 adder pin function of ic 74390 7478 J-K Flip-Flop