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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
SN74GTLP1394DR SN74GTLP1394DR ECAD Model Texas Instruments 2-Bit LVTTL-to-GTLP Adj-Edge-Rate Bus Xcvr w/Split LVTTL Port, Feedback Path, & Selectable Polarity 16-SOIC -40 to 85
SN74GTLP1394D SN74GTLP1394D ECAD Model Texas Instruments 2-Bit LVTTL-to-GTLP Adj-Edge-Rate Bus Xcvr w/Split LVTTL Port, Feedback Path, & Selectable Polarity 16-SOIC -40 to 85
SN74GTLP1394PWR SN74GTLP1394PWR ECAD Model Texas Instruments 2-Bit LVTTL-to-GTLP Adj-Edge-Rate Bus Xcvr w/Split LVTTL Port, Feedback Path, & Selectable Polarity 16-TSSOP -40 to 85
SN74GTLP1394DRE4 SN74GTLP1394DRE4 ECAD Model Texas Instruments GTLP SERIES, 2-BIT TRANSCEIVER, CONFIGURABLE OUTPUT, PDSO16, GREEN, PLASTIC, MS-012AC, SOIC-16
SN74GTLP1394DG4 SN74GTLP1394DG4 ECAD Model Texas Instruments GTLP SERIES, 2-BIT TRANSCEIVER, CONFIGURABLE OUTPUT, PDSO16, GREEN, PLASTIC, MS-012AC, SOIC-16
SN74GTLP1394PWRG4 SN74GTLP1394PWRG4 ECAD Model Texas Instruments 2-Bit LVTTL-to-GTLP Adj-Edge-Rate Bus Xcvr w/Split LVTTL Port, Feedback Path, & Selectable Polarity 16-TSSOP -40 to 85

PDI1394L40 1394 datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
PDI1394L40 1394 PDI1394L40 1394 ECAD Model Philips Semiconductors PDI1394L40 1394 enhanced AV link layer controller Original PDF

PDI1394L40 1394 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2001 - PDI1394L40BE

Abstract: Phychip IEC61883 LQFP144 PDI11394L40 PDI1394L40
Text: DATASHEET FOR A LIST OF ERRATA RELATED TO THIS PART. PDI1394L40 1394 enhanced AV link layer controller , specification 1394 enhanced AV link layer controller 1.0 FEATURES PDI1394L40 2.0 DESCRIPTION · , ISON LinkOn SCLK 1394MODE PDI1394L40 IEEE 1394 ENHANCED AV LINK LAYER CONTROLLER VDD GND , Semiconductors Preliminary specification 1394 enhanced AV link layer controller PDI1394L40 8.0 , Semiconductors Preliminary specification 1394 enhanced AV link layer controller PDI1394L40 9.2 AV


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PDF PDI1394L40 PDI1394L40BE Phychip IEC61883 LQFP144 PDI11394L40
2001 - transistor 2Fn

Abstract: Phychip IEC61883 LQFP144 PDI11394L40 PDI1394L40 PDI1394L40BE EIR25 PDI1394L40 1394
Text: PART. PDI1394L40 1394 enhanced AV link layer controller Preliminary specification Supersedes , specification 1394 enhanced AV link layer controller PDI1394L40 1.0 FEATURES . . . . . . . . . . . . . , Preliminary specification 1394 enhanced AV link layer controller PDI1394L40 13.2.4 Isochronous , specification 1394 enhanced AV link layer controller 1.0 FEATURES PDI1394L40 2.0 DESCRIPTION · , ISON LinkOn SCLK 1394MODE PDI1394L40 IEEE 1394 ENHANCED AV LINK LAYER CONTROLLER VDD GND


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PDF PDI1394L40 PDI1394L40 transistor 2Fn Phychip IEC61883 LQFP144 PDI11394L40 PDI1394L40BE EIR25 PDI1394L40 1394
2000 - PDI1394L40BE

Abstract: PDI1394L40 1394
Text: INTEGRATED CIRCUITS PDI1394L40 1394 enhanced AV link layer controller Preliminary , 1394 enhanced AV link layer controller PDI1394L40 1.0 FEATURES . . . . . . . . . . . . . . . . . , specification 1394 enhanced AV link layer controller PDI1394L40 5.0 PIN CONFIGURATION 144 109 1 , ] PHY CTL[0:1] LPS LREQ ISON LinkOn SCLK 1394MODE HOST PHY PDI1394L40 IEEE 1394 ENHANCED AV , specification 1394 enhanced AV link layer controller PDI1394L40 9.2 AV Interface 1 NOTE: This AV


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PDF PDI1394L40 PDI1394L40 PDI1394L40BE PDI1394L40 1394
2001 - P89C51RD2* parallel programming

Abstract: AM824 P89C51RD2 midi usb midi chip AN2456 PDI1394L40 PDI1394L40 1394 s4409 1394 audio subunit digital audio transmission
Text: 1394 audio applications with PDI1394L41/L40 1. AN2456 INTRODUCTION 1.1. Purpose and Scope This document describes 1394 audio applications using the Philips 1394 link chips PDI1394L40 , PDI1394L40 /L41 LINK RC A RC A RC A FPGA 1394 conn RC A SPDIF IN RC A RC A , arrive from 1394 . The PDI1394L40 /L41 has a receive buffer of adjustable size that can be used to perform , INTEGRATED CIRCUITS AN2456 IEEE 1394 Audio Applications with PDI1394L41/40 Author: Paul


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PDF AN2456 PDI1394L41/40 PDI1394L41/L40 PDI1394L40 PDI1394L41. P89C51RD2* parallel programming AM824 P89C51RD2 midi usb midi chip AN2456 PDI1394L40 1394 s4409 1394 audio subunit digital audio transmission
2000 - 89C51 interfacing with rs232

Abstract: 89c51 microcontroller PIN DIAGRAM AND WORKING OF AT 89C51 microcontroller 8051 application traffic light FEATURES OF microcontroller 89C51 IEC 61883-7 advantages of 89c51 microcontroller over 8051 40 pin 89C51 free circuit Dvd eprom programmer camera interface with 8051 microcontroller
Text: Philips Semiconductors Enhanced Full Duplex A/V Link Layer IEEE 1394 Reference Design Kit , Semiconductors Enhanced Full Duplex A/V Link Layer IEEE 1394 Reference Design Kit version 2.2.1 User's Manual , .40 5.2.11 Porting to Another 1394 Link , .47 1394 Reference Implementation , .49 Misc. 1394 functions


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PDF PDI1394L21 PDI1394P11 PDI1394L21. 32-bit com/1394 89C51 interfacing with rs232 89c51 microcontroller PIN DIAGRAM AND WORKING OF AT 89C51 microcontroller 8051 application traffic light FEATURES OF microcontroller 89C51 IEC 61883-7 advantages of 89c51 microcontroller over 8051 40 pin 89C51 free circuit Dvd eprom programmer camera interface with 8051 microcontroller
2000 - Opto Coupler 4N36

Abstract: DTV converter AN2452 P11A 50V Center Tapped 5 Amp Transformer IN4002 diode IN4002 datasheet
Text: design of IEEE 1394 bus systems. Connecting a non-isolated node to a properly functioning bus can stop , supplies and bus power are also discussed. AUTHOR: BOB PARKER, 1394 APPLICATIONS GROUP AN2452 IEEE 1394 bus node galvanic isolation and power supply design 2000 Sep 11 Philips Semiconductors Philips Semiconductors Application note IEEE 1394 bus node galvanic isolation and power supply , . OVERVIEW Galvanic node isolation is an important factor in the design of IEEE 1394 bus systems


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PDF AN2452 Opto Coupler 4N36 DTV converter AN2452 P11A 50V Center Tapped 5 Amp Transformer IN4002 diode IN4002 datasheet
2000 - power supply DVD schematic diagram

Abstract: computer schematic power supply circuit diagram schematics power supply satellite receiver schematics power supply for digital satellite receiver PHILIps computer monitor schematic electrical house wiring 1394 schematic block diagram of DVD power supply Opto Coupler 4N36 opto counter
Text: design of IEEE 1394 bus systems. Connecting a non-isolated node to a properly functioning bus can stop , supplies and bus power are also discussed. AUTHOR: BOB PARKER, 1394 APPLICATIONS GROUP AN2452 IEEE 1394 bus node galvanic isolation and power supply design 2000 Sep 11 Philips Semiconductors Philips Semiconductors Application note IEEE 1394 bus node galvanic isolation and power supply , . OVERVIEW Galvanic node isolation is an important factor in the design of IEEE 1394 bus systems


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PDF AN2452 power supply DVD schematic diagram computer schematic power supply circuit diagram schematics power supply satellite receiver schematics power supply for digital satellite receiver PHILIps computer monitor schematic electrical house wiring 1394 schematic block diagram of DVD power supply Opto Coupler 4N36 opto counter
2001 - Opto Coupler 4N36

Abstract: digital galvanic isolator AN2452 P11A
Text: design of IEEE 1394 bus systems. Connecting a non-isolated node to a properly functioning bus can stop , supplies and bus power are also discussed. AN2452 IEEE 1394 bus node galvanic isolation and power supply design Author: Bob Parker, 1394 Applications Group Supersedes data of 2000 Sep 11 Philips Semiconductors 2001 Feb 13 Philips Semiconductors Application note IEEE 1394 bus node galvanic , IEEE 1394 bus systems. Connecting a non-isolated node to a properly functioning bus can stop all bus


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PDF AN2452 Opto Coupler 4N36 digital galvanic isolator AN2452 P11A
2001 - digital galvanic isolator

Abstract: power supply DVD schematic diagram AN2452 P11A Opto Coupler 4N36 audio optocoupler optoisolator
Text: design of IEEE 1394 bus systems. Connecting a non-isolated node to a properly functioning bus can stop , supplies and bus power are also discussed. AN2452 IEEE 1394 bus node galvanic isolation and power supply design Author: Bob Parker, 1394 Applications Group Supersedes data of 2000 Sep 11 Philips Semiconductors 2001 Feb 13 Philips Semiconductors Application note IEEE 1394 bus node galvanic , IEEE 1394 bus systems. Connecting a non-isolated node to a properly functioning bus can stop all bus


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PDF AN2452 digital galvanic isolator power supply DVD schematic diagram AN2452 P11A Opto Coupler 4N36 audio optocoupler optoisolator
2000 - 89c51 microcontroller

Abstract: pin diagram of ic 89c51 89c51 c programming codes led interfacing with 89C51 pull up resistor in AT 89c51 microcontroller ic 89c51 89c51 controller 89crd2 89C51 EXTERNAL RAM microcontroller 89c51 pin diagram
Text: Philips Semiconductors Content Protection A/V Link Layer IEEE 1394 Reference Design Kit Version , reserved. Philips Semiconductors Full Duplex A/V Link Layer 1394 L4X Reference Design Kit version 2.2 , the fact that the IEEE 1394 marketplace is a dynamic environment, Philips reserves the right to , 2-1: Block diagram of Philips 1394 AV Evaluation Board.2 Figure , board may be one of type part numbers: 1) the PDI1394L40 Full Duplex AV Link, or 2) the PDI1394L41


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PDF P89C51RD+ 25to9 PH000801-103 89c51 microcontroller pin diagram of ic 89c51 89c51 c programming codes led interfacing with 89C51 pull up resistor in AT 89c51 microcontroller ic 89c51 89c51 controller 89crd2 89C51 EXTERNAL RAM microcontroller 89c51 pin diagram
2001 - PDI1394P23BD

Abstract: PDI1394L40 PDI1394L41 PDI1394P23 PDI1394P23EC
Text: Physical Layers (PHYs) using 3.3 V and the IEEE 1394 Standard.2 5 V supplies · Full P1394a support , Layer Controller (LLC), such as the PDI1394L40 , or PDI1394L41. encoding · Incoming data , a low power state while maintaining a port-to-port connection between 1394 bus segments. While in , ns tr TPA, TPB differential output voltage rise time 10% to 90%; At 1394 connector 0.5 - 1.2 ns tf TPA, TPB differential output voltage fall time 90% to 10%; At 1394


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PDF PDI1394P23 P1394a PDI1394P23BD PDI1394L40 PDI1394L41 PDI1394P23 PDI1394P23EC
2001 - Optocoupler 16 Pin quad

Abstract: LLC resonant transformer AN2452 PDI1394L40 PDI1394L41 PDI1394P21 PDI1394P21BE S100 TSB41AB3 TSB41LV03A
Text: both low-cost bus-holder the IEEE 1394 Standard.2 isolation and optional Annex J electrical , PDI1394P21 is designed to interface with a Link Layer Controller (LLC), such as the PDI1394L40 , or , into a low power state while maintaining a port-to-port connection between 1394 bus segments. While , 0.10 ns tr TPA, TPB differential output voltage rise time 10% to 90%; At 1394 connector 0.5 - 1.2 ns tf TPA, TPB differential output voltage fall time 90% to 10%; At 1394


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PDF PDI1394P21 P1394a P1394o Optocoupler 16 Pin quad LLC resonant transformer AN2452 PDI1394L40 PDI1394L41 PDI1394P21 PDI1394P21BE S100 TSB41AB3 TSB41LV03A
2001 - PDI1394L40

Abstract: PDI1394L41 PDI1394P23 PDI1394P23BD PDI1394P23EC philips lps 100
Text: Physical Layers (PHYs) using 3.3 V and the IEEE 1394 Standard.2 5 V supplies · Full P1394a support , Layer Controller (LLC), such as the PDI1394L40 , or PDI1394L41. encoding · Incoming data , port-to-port connection between 1394 bus segments. While in a low power state, a port is unable to transmit or , %; At 1394 connector 0.5 - 1.2 ns tf TPA, TPB differential output voltage fall time 90% to 10%; At 1394 connector 0.5 - 1.2 ns tSU Setup time, CTL0, CTL1, D0­D7, LREQ


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PDF PDI1394P23 P1394a PDI1394L40 PDI1394L41 PDI1394P23 PDI1394P23BD PDI1394P23EC philips lps 100
2001 - TSB41LV02AE

Abstract: No abstract text available
Text: implementations of the IEEE 1394 Standard.2 · Interoperable with other Physical Layers (PHYs) using 3.3 V and , as the PDI1394L40 , or PDI1394L41. · Incoming data resynchronized to local clock · Single 3.3 volt , state while maintaining a port-to-port connection between 1394 bus segments. While in a low power state , % to 90%; At 1394 connector 90% to 10%; At 1394 connector 50% to 50%; See Figure 2 50% to 50%; See


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PDF 807IRELESS TSB41LV02AE
2001 - TSB41AB2E

Abstract: No abstract text available
Text: implementations of the IEEE 1394 Standard.2 · Interoperable with other Physical Layers (PHYs) using 3.3 V and , as the PDI1394L40 , or PDI1394L41. · Incoming data resynchronized to local clock · Single 3.3 volt , state while maintaining a port-to-port connection between 1394 bus segments. While in a low power state , % to 90%; At 1394 connector 90% to 10%; At 1394 connector 50% to 50%; See Figure 2 50% to 50%; See


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PDF PDI1394P23 P1394a TSB41AB2E
2002 - AN2452

Abstract: PDI1394L40 PDI1394L41 PDI1394P25 PDI1394P25BY S100 S200 S400
Text: bias-handshake time for enhanced the IEEE 1394 Standard.2 · Full P1394a support includes , PDI1394P25 is designed to interface with a Link Layer Controller (LLC), such as the PDI1394L40 or PDI1394L41 , a low power state while maintaining a port-to-port connection between 1394 bus segments. While in , rise time 10% to 90%; At 1394 connector 0.5 - 1.2 ns tf TPA, TPB differential output voltage fall time 90% to 10%; At 1394 connector 0.5 - 1.2 ns tSU Set-up time


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PDF PDI1394P25BY P1394a AN2452 PDI1394L40 PDI1394L41 PDI1394P25 PDI1394P25BY S100 S200 S400
2001 - PDI1394L40

Abstract: PDI1394L41 PDI1394P25 PDI1394P25BD PDI1394P25EC TSB41AB1
Text: Interface to link-layer controller supports both low-cost bus-holder the IEEE 1394 Standard , PDI1394L40 or PDI1394L41. encoding · Incoming data resynchronized to local clock · Single 3.3 volt , a low power state while maintaining a port-to-port connection between 1394 bus segments. While in , %; At 1394 connector 0.5 - 1.2 ns tf TPA, TPB differential output voltage fall time 90% to 10%; At 1394 connector 0.5 - 1.2 ns tSU Setup time, CTL0, CTL1, D0­D7, LREQ


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PDF
2001 - PDI1394P25BD

Abstract: PDI1394L40 PDI1394L41 PDI1394P25 PDI1394P25EC TSB41AB1 268US
Text: both low-cost bus-holder the IEEE 1394 Standard.2 isolation and optional Annex J electrical , PDI1394P25 is designed to interface with a Link Layer Controller (LLC), such as the PDI1394L40 or PDI1394L41 , a low power state while maintaining a port-to-port connection between 1394 bus segments. While in , %; At 1394 connector 0.5 - 1.2 ns tf TPA, TPB differential output voltage fall time 90% to 10%; At 1394 connector 0.5 - 1.2 ns tSU Setup time, CTL0, CTL1, D0­D7, LREQ


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PDF PDI1394P25 P1394a P1394ao PDI1394P25BD PDI1394L40 PDI1394L41 PDI1394P25 PDI1394P25EC TSB41AB1 268US
2001 - Not Available

Abstract: No abstract text available
Text: i.LINKTM implementations of the IEEE 1394 Standard.2 · Interface to link-layer controller supports both , as the PDI1394L40 or PDI1394L41. · Incoming data resynchronized to local clock · Single 3.3 volt , maintaining a port-to-port connection between 1394 bus segments. While in a low power state, a port is unable , capacitance CTL0, CTL1, D1-D7, LREQ PARAMETER TPA, TPB Between TPA and TPB 10% to 90%; At 1394 connector 90% to 10%; At 1394 connector 50% to 50%; See Figure 2 50% to 50%; See Figure 2 50% to 50%; See Figure 3


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PDF PDI1394P25 P1394a
2001 - lps 800

Abstract: AN2452 PDI1394L21 PDI1394L40 PDI1394L41 PDI1394P21 PDI1394P21BE TSB41AB3 TSB41LV03A
Text: to link-layer controller supports low-cost bus-holder the IEEE 1394 Standard.2 isolation and , PDI1394P21 is designed to interface with a Link Layer Controller (LLC), such as the PDI1394L21, PDI1394L40 , into a low power state while maintaining a port-to-port connection between 1394 bus segments. While , , TPB differential output voltage rise time 10% to 90%; At 1394 connector 0.5 - 1.2 ns tf TPA, TPB differential output voltage fall time 90% to 10%; At 1394 connector 0.5 -


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PDF PDI1394P21 P1394a lps 800 AN2452 PDI1394L21 PDI1394L40 PDI1394L41 PDI1394P21 PDI1394P21BE TSB41AB3 TSB41LV03A
2001 - INS400

Abstract: No abstract text available
Text: Fully interoperable with FirewireTM and i.LINKTM implementations of the IEEE 1394 Standard.2 · , Layer Controller (LLC), such as the PDI1394L21, PDI1394L40 , or PDI1394L41. · Incoming data , connection between 1394 bus segments. While in a low power state, a port is unable to transmit or receive , capacitance CTL0, CTL1, D1-D7, LREQ PARAMETER TPA, TPB Between TPA and TPB 10% to 90%; At 1394 connector 90% to 10%; At 1394 connector 50% to 50%; See Figure 2 50% to 50%; See Figure 2 50% to 50%; See Figure 3


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PDF PDI1394P21 PDI1394P21 P1394a P1394aribed INS400
2007 - LPC2148 i2c

Abstract: BGB210S lpc2148 interfacing 2.8" TFT LCD DISPLAY BGB210 embedded c code to interface lpc2148 with sensor BGW200 TDA8932T tda8920bj NXP PN531 TDA8947J equivalent
Text: interfaces. USB, serial-protocol bridges, and 1394 A comprehensive array of USB devices (including , SPI interfaces together onto a single chip, and solutions for 1394 . Wireless connectivity , USB, SERIAL BRIDGES, 1394 Stereo audio coder/decoders (CODECs) USB, SERIAL BRIDGES, 1394 USB, serial-protocol bridges, and 1394 USB solutions Product Description Target applications Reference kits , (SOT619-2) Continued next page 17 USB, serial-protocol bridges, and 1394 USB solutions (continued


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PDF OT363 SC-88) LPC2148 i2c BGB210S lpc2148 interfacing 2.8" TFT LCD DISPLAY BGB210 embedded c code to interface lpc2148 with sensor BGW200 TDA8932T tda8920bj NXP PN531 TDA8947J equivalent
AD0912UB-A7

Abstract: AD2512HB-BV7 AD4512LX-D03 AB7505HX-HB3 AD0812HB-C71GP AD0812HB AD0612XB AD0812XB-D91GP ad6505 AD0912
Text: No file text available


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PDF AD0912UB-A73GL 49/22i AD0912UB-A7 AD2512HB-BV7 AD4512LX-D03 AB7505HX-HB3 AD0812HB-C71GP AD0812HB AD0612XB AD0812XB-D91GP ad6505 AD0912
6Bs smd transistor

Abstract: e 156176 smd code 6Bs HDC-HE-16SS crimp tools kit 163356 RSV 1.6 ZE 36 163063 pcb connectors 6BS SMD 163953
Text: No file text available


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PDF 24/RS DC-200 6Bs smd transistor e 156176 smd code 6Bs HDC-HE-16SS crimp tools kit 163356 RSV 1.6 ZE 36 163063 pcb connectors 6BS SMD 163953
2013 - Not Available

Abstract: No abstract text available
Text: No file text available


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PDF 1000uF 7343H)
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