jeida dram 88 pin
Abstract: 88pins toshiba dram jeida dram card 5v 88 pins dram card
Text: Introduction D R A M ^fe TYPICAL DRAM CARD APPLICATIONS Typical DRAM memory card applications include portable computers, fax machines, electronic instruments, printers and PDAs. THE TOSHIBA DRAM PRODUCT LINE UP Toshiba has migrated to the 88-pin standard, which has replaced the older 38- and 60-pin DRAM cards. Toshiba
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88-pin
60-pin
jeida dram 88 pin
88pins
toshiba dram
jeida dram card 5v
88 pins dram card
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MPC8270 Design Checklist
Abstract: mpc8270 480 PBGA footprint AN2291 6K23A MPC8250 MPC8260 MPC8272 MPC8280 1K23A 5K25A
Text: Freescale Semiconductor Document Number: AN2291 Rev. 2.0, 10/2008 Application Note Differences Among PowerQUICC II Devices and Revisions This application note provides information that could affect customer designs that are being migrated from an earlier
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AN2291
MPC82xx
MPC8270 Design Checklist
mpc8270 480 PBGA footprint
AN2291
6K23A
MPC8250
MPC8260
MPC8272
MPC8280
1K23A
5K25A
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5988-4085EN
Abstract: 5980-2060E 5990-7629EN 5989-5074EN E443X E8257C N5181 E82-54
Text: Migrate to the new Agilent MXG X-Series signal generator and generate true performance The new EXG offers more capability than the first-generation MXG, including reduced spurious levels, robust reverse power protection, and low frequency coverage to 9 kHz. Enjoy sub-millisecond frequency and amplitude switching speeds with
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N5181A
N5161A
5989-5485EN
5989-5311EN
E4438C
5988-3935EN.
5988-4085EN.
5988-4085EN
5980-2060E
5990-7629EN
5989-5074EN
E443X
E8257C
N5181
E82-54
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EPF10K100AQC240-3
Abstract: CL10K-based EPF10K100ARI240-3
Text: LIBERATOR Key Features CL10K100A u Fully Compatible to the Altera FLEX® 10KA Family u Prototype Your System With Altera FPGAs u Seamlessly Migrate Production To Clear Logic u No ASIC Engineering, No NRE, And No Test Vector Development u Very Fast, Dense Signal Routing Using Vertical Link
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CL10K100A
CL10KA
CL10K30A
CL10K50V
EPF10K100ABI356-3
EPF10K100ABI356-2
EPF10K100AFC484-3
CL10K100AFC484-2
EPF10K100AFC484-2
EPF10K100AQC240-3
CL10K-based
EPF10K100ARI240-3
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ECP3-70E
Abstract: TN1180
Text: ispLEVER 8.0 Release Notes for LatticeECP3 Migration November 2009 Release Notes RN01 Instructions to Migrate Existing LatticeECP3 Designs to ispLEVER 8.0 ispLEVER 8.0 is a significant upgrade particularly for LatticeECP3 users. Some steps must be taken to migrate
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TN1180
ECP3-70E
ECP3-95E)
ECP3150EA)
1-800-LATTICE
TN1180
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MachXO2-1200
Abstract: TN1203 TN1199 GDDR71 Lattice XO2 IDDRX71A ODDRX71A MACHXO2 1200 pinout file ddrx2
Text: Implementing High-Speed Interfaces with MachXO2 Devices November 2010 Advance Technical Note TN1203 Introduction In response to the increasing need for higher data bandwidth, the industry has migrated from the traditional Single Data Rate SDR to the Double Data Rate (DDR) architecture. SDR uses either the rising edge or the falling edge
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TN1203
1-800-LATTICE
MachXO2-1200
TN1203
TN1199
GDDR71
Lattice XO2
IDDRX71A
ODDRX71A
MACHXO2 1200 pinout file
ddrx2
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LT1761-3.3
Abstract: AT45DBxxxx level shifter . CMOS to TTL 3 volt regulator LT1761 LT1761-3 MAX3370 MAX3371 AT45DBXX DataFlash
Text: Interfacing the 3-volt DataFlash with a 5-volt System DataFlash® Overview As semiconductor processes transition to deep sub-micron lithography, supply voltages need to be reduced accordingly. The transition from 5-volt supply systems to 3-volt systems is accelerating in the current market place. However, not all components have migrated to the lower voltage and system designers are encountering
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CoolRunner
Abstract: memory device sense amplifier
Text: Fast Zero Power Traditional CPLDs • CPLDs migrated from Bipolar to CMOS – Easier platform to design upon – Lower power consumption – Continued to use the same Bipolar design technique to implement Product Terms • Product Term Construction Sense Amplifier
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100mV
CoolRunner
memory device sense amplifier
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CH7017
Abstract: ch7018
Text: CH7018 Chrontel CHRONTEL CHRONTEL CHRONTEL Technical Bulletin 51 Migrating from CH7017 to CH7018 1. Scope The purpose of this technical bulletin is to inform customers how to migrate from an existing CH7017 design to the CH7018. The CH7018 is the non-Macrovision version of the CH7017. Both devices are capable of driving LVDS
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CH7018
CH7017
CH7018.
CH7018
CH7017.
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footprint pga 84
Abstract: footprint plcc 208 footprint pga 208 XC7000 XILINX XC4008E PC84 PQ100 TQ100 XC3030 XC3042
Text: APPLICATION BRIEF XBRF 004 November 19, 1996 Version 1.1 PLDs, Pins, and PCBs: The Importance of Pin-Locking and Footprint Compatibility Application Brief Summary The ability to maintain fixed I/O pin locations during PLD design and to migrate designs between footprint-compatible PLDs
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design10E
XC4005E
XC4006E
XC4008E
XC4010E
XC4013E
XC4020E
footprint pga 84
footprint plcc 208
footprint pga 208
XC7000
XILINX XC4008E
PC84
PQ100
TQ100
XC3030
XC3042
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zener 18V
Abstract: No abstract text available
Text: Application Note 1637 Level Shifting Between 1.8V and 3.3V Using I2C Buffers As the trend in low voltage microcontrollers migrates to 1.8V logic levels, I2C bus systems will need logic level shifting to communicate with 3.3V I2C slave devices. Without level
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ISL33002/ISL33003,
ISL33003
AN1637
zener 18V
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EP1K50TC144-3
Abstract: EP1K50QC208-3 TMS3450 ep1k50tc144 EP1K50 EP1K50FC256-1 EP1K50FC484-3 ep1K50QC208-3 Datasheet EP1K50TC144-1 EP1K50TC144-2
Text: LIBERATOR Key Features CL1K50 u Fully Compatible to the Altera ACEX® 1K Family u Prototype Your System With Altera FPGAs Y R A u Seamlessly Migrate Production To Clear Logic u No ASIC Engineering, No NRE, And No Test Vector Development N I M u Very Fast, Dense Signal Routing Using Vertical Link
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CL1K50
CL1K30
CL1K100
CL1K50TC144-3
EP1K50TC144-3
CL1K50TC144-2
EP1K50TC144-2
CL1K50TC144-1
EP1K50TC144-1
EP1K50TC144-3
EP1K50QC208-3
TMS3450
ep1k50tc144
EP1K50
EP1K50FC256-1
EP1K50FC484-3
ep1K50QC208-3 Datasheet
EP1K50TC144-1
EP1K50TC144-2
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240 pin rqfp drawing
Abstract: EPF10K100AQC240-3 EPF10K100ARI240-3 EPF10K100ABC600-1 equivalent EPF10K100ARC240-1 EPF10K100AQI240-3 EPF10K100AFC484-3
Text: LIBERATOR Key Features CL10K100A u Fully Compatible to the Altera FLEX® 10KA Family u Prototype Your System With Altera FPGAs u Seamlessly Migrate Production To Clear Logic u No ASIC Engineering, No NRE, And No Test Vector Development u Very Fast, Dense Signal Routing Using Vertical Link
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CL10K100A
CL10KA
CL10K30A
CL10K50V
EPF10K100ABI356-3
EPF10K100ABI356-2
EPF10K100AFC484-3
CL10K100AFC484-2
EPF10K100AFC484-2
240 pin rqfp drawing
EPF10K100AQC240-3
EPF10K100ARI240-3
EPF10K100ABC600-1 equivalent
EPF10K100ARC240-1
EPF10K100AQI240-3
EPF10K100AFC484-3
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How To Migrate Code from AT89C5130-31 to AT83C5135-36
Abstract: AT89C513OA-M AT83C5131 AT83C5135 AT83C5136 AT89C5130-31 AT89C5131 vqfp64 AT89C5131A-L AT89C5131A-M
Text: How To Migrate Code from AT89C5130-31 to AT83C5135-36 Application Note 1. Introduction This application note is a check list to assist current AT89C5130-31 users in converting existing designs to AT83C5135-36. AT83C5135 AT83C5136 This document list the mains differences between both products.
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AT89C5130-31
AT83C5135-36
AT83C5135-36.
AT83C5135
AT83C5136
AT89C5130A-L
VQFP64
PLCC52
How To Migrate Code from AT89C5130-31 to AT83C5135-36
AT89C513OA-M
AT83C5131
AT83C5135
AT83C5136
AT89C5131
vqfp64
AT89C5131A-L
AT89C5131A-M
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mx25l1605a
Abstract: MX25L1605AM2C MX25L1605AM MX25L1605AM2C-15G MX25L1605AM2C-12G MX25L1605AM2I-15G MX25L1605AMC MX25L1605AM2I-12G mx25l1605am2i MX25L1605D
Text: MX25L1605A MX25L1605A DATASHEET The MX25L1605A product will be phase-out, and is not recommended for new design. The MX25L1605A will be migrated to MX25L1605D, which is a functional compatible product. Please refer to MX25L1605D datasheet for new design. P/N: PM1211
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MX25L1605A
MX25L1605A
MX25L1605D,
MX25L1605D
PM1211
16M-BIT
MX25L1605AM2C
MX25L1605AM
MX25L1605AM2C-15G
MX25L1605AM2C-12G
MX25L1605AM2I-15G
MX25L1605AMC
MX25L1605AM2I-12G
mx25l1605am2i
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EPF10K200SRC240-1X
Abstract: 240 pin rqfp drawing epf10k200src240-3 11AA24 ap35 ac d23c34 10K200S
Text: LIBERATOR Key Features CL10K200S u Fully Compatible to the Altera FLEX® 10KS Family u Prototype Your System With Altera FPGAs Y R A u Seamlessly Migrate Production To Clear Logic u No ASIC Engineering, No NRE, And No Test Vector Development N I M u Very Fast, Dense Signal Routing Using Vertical Link
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CL10K200S
CL10KE
CL10K30E
CL10K50E
CL10K50S
CL10K100E
CL10K200E
CL10K200SRC240-2
EPF10K200SRC240-2
EPF10K200SRC240-1X
240 pin rqfp drawing
epf10k200src240-3
11AA24
ap35 ac
d23c34
10K200S
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SPANSION gl512p FLASH
Abstract: GL256P GL512P GL128P SPANSION gl512p S29GL-P spansion S29GL128 S29GL256 GL01GP S29GL01G
Text: S29GL-N to S29GL-P Migration Migrating from S29GL-N 110 nm to S29GL-P (90 nm) Application Note 1. Introduction This application note has been developed to guide customers currently using the S29GL-N 110nm MirrorBit products to migrate to the S29GL-P 90nm MirrorBit products. This document outlines some of the similarities
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S29GL-N
S29GL-P
S29GL-N
S29GL-P
110nm
SPANSION gl512p FLASH
GL256P
GL512P
GL128P
SPANSION gl512p
spansion S29GL128
S29GL256
GL01GP
S29GL01G
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voip configuration
Abstract: "internet telephony server" voip MP402
Text: AudioCodes CPE & Access Gateway Products MediaPack 40x TM BRI VoIP Gateway MediaPack BRI VoIP Gateways offer SMBs and SOHOs a simple, cost effective method to migrate to Voice over IP, by connecting legacy PBX systems with BRI lines to IP networks. Incorporating AudioCodes innovative
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LTRM-30009
voip configuration
"internet telephony server" voip
MP402
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AN6081
Abstract: No abstract text available
Text: Migration to 90 nm 5V Async SRAMs AN6081 Abstract This application note is to help users of Cypress 5V asynchronous SRAMs Fast Async and Micropower SRAMs product family migrate from existing technology to the latest 90 nm technology. Introduction Cypress started qualifying its state-of-the-art 90 nm technology asynchronous SRAMs in early 2006. These products,
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AN6081
AN6081
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Untitled
Abstract: No abstract text available
Text: Migrate to the new Agilent MXG X-Series signal generator and generate true performance The new EXG offers more capability than the first-generation MXG, including reduced spurious levels, larger waveform memory, wider modulation bandwidth, and robust reverse power protection. In addition, it offers a wider range of signal simulation
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N5182A
N5162A
5989-5261EN
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R3BC
Abstract: proton Schlumberger prisma st naming e purse magnetic stripe SLE66C82P SLE66 Debit
Text: DEPLOYMENT OF PROTON PRISMA IN BELGIUM BANKSYS CASE STUDY In the course of year 2001, the Belgian banks decided to migrate their magnetic stripe based credit cards to EMV compliant smart cards. Alongside the credit cards, the Belgian banks also considered the renewing of their debit
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mid-2004,
R3BC
proton
Schlumberger
prisma
st naming
e purse
magnetic stripe
SLE66C82P
SLE66
Debit
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mx29lv160dt
Abstract: No abstract text available
Text: MX29LV400C T/B MX29LV800C T/B MX29LV160C T/B MX29LV400C T/B, MX29LV800C T/B, MX29LV160C T/B DATASHEET The MX29LV160C T/B product will be phase-out, and is not recommended for new design. The MX29LV160C T/B will be migrated to MX29LV160D T/B, which is a functional compatible product. Please refer to MX29LV160D T/B datasheet
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MX29LV400C
MX29LV800C
MX29LV160C
MX29LV160D
mx29lv160dt
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AN-847
Abstract: AN-903 DS26LS31 Berk-Tek
Text: National Semiconductor Application Note 903 Joe Vo August 1993 INTRODUCTION Transmission line termination should be an important consideration to the designer who must transmit electrical signals from any point A to any point B. Proper line termination becomes increasingly important as designs migrate towards
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an011898
AN-847
AN-903
DS26LS31
Berk-Tek
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VSC7147-01
Abstract: Vixel VSC7147
Text: DATACOM PRODUCTS VSC7147 VSC7147 and VSC7147-01 - Hex PBC with Dual Repeater/Retimer !User-selectable, on-chip receive termination at either 100Ω or 150Ω !Speed independent Tx and Rx paths aid in Fibre Channel Auto-Speed Negotiation – Allows the device to migrate as
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VSC7147
VSC7147
VSC7147-01
0625Gb/s
125Gb/s
Vixel
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