The Datasheet Archive

TSB11LV01 datasheet (3)

Part ECAD Model Manufacturer Description Type PDF
TSB11LV01 TSB11LV01 ECAD Model Texas Instruments 3-V 1-PORT IEEE 1394-1995 CABLE TRANSCEIVER/ARBITER Original PDF
TSB11LV01PT TSB11LV01PT ECAD Model Texas Instruments 3-V 1-PORT IEEE 1394-1995 CABLE TRANSCEIVER/ARBITER Original PDF
TSB11LV01PT TSB11LV01PT ECAD Model Texas Instruments IEEE 1394-1995, 3.3V, 1-Port, 100Mbps Physical Layer Controller 48-LQFP Original PDF

TSB11LV01 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1996 - MS-026

Abstract: S-PQFP-G48 TSB11LV01 TSB12C01A
Text: connection status. The cable connection status signal is internally debounced in the TSB11LV01. The , TSB11LV01 3-V 1-PORT IEEE 1394-1995 CABLE TRANSCEIVER/ARBITER SLLS232A ­ MARCH 1996 ­ REVISED MAY , description The TSB11LV01 provides the analog transceiver functions needed to implement a single port node in , TSB11LV01 is designed to interface with a link layer controller, such as the TSB12C01A. The TSB11LV01 , transmitted are received from the link on two parallel paths and are latched internally in the TSB11LV01 in


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PDF TSB11LV01 SLLS232A MS-026 S-PQFP-G48 TSB11LV01 TSB12C01A
1998 - TSB11C01

Abstract: SLLS232B TSB11LV01
Text: ERRATA TO THE TSB11LV01 DATA SHEET (TEXAS INSTRUMENTS LITERATURE NO. SLLS232B, MAY 1997) This , SLLD004). a. The TSB11LV01 device reports itself as a 3-port phy in the NP field of Register address 2 , isolation as described in Appendix J of IEEE 1394 ­1995 is not currently recommended by TI. The TSB11LV01 , in a future revision. e. The TSB11LV01 transmits data_end for 220 ns to 225 ns, while the IEEE 1394 , . f. The current revision of the TSB11LV01 device has gap times set to: ­ subaction-gap =


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PDF TSB11LV01 SLLS232B, TSB11C01 SLLD004) SLLS232B
1998 - DVLynx

Abstract: SLLS232B TSB11LV01 TSB21LV03
Text: ERRATA TO THE TSB11LV01 DATA SHEET (TEXAS INSTRUMENTS LITERATURE NO. SLLS232B, MAY 1997) This document contains corrections and additions to information in the TSB11LV01 data sheet (TI Literature , SLLD004). a. The TSB11LV01 device reports itself as a 3-port phy in the NP field of Register address 2 , isolation as described in Appendix J of IEEE 1394 ­1995 is not currently recommended by TI. The TSB11LV01 , in a future revision. e. The TSB11LV01 transmits data_end for 220 ns to 225 ns, while the IEEE 1394


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PDF TSB11LV01 SLLS232B, SLLD004) DVLynx SLLS232B TSB21LV03
1996 - TSB11LV01PT

Abstract: MS-026 SLLS232B S-PQFP-G48 TSB11LV01 TSB12C01A THE PROPRIETARY PROPERTY OF APPLE 2015
Text: connection status. The cable connection status signal is internally debounced in the TSB11LV01. The , TSB11LV01 3-V 1-PORT IEEE 1394-1995 CABLE TRANSCEIVER/ARBITER SLLS232B ­ MARCH 1996 ­ REVISED MAY , description The TSB11LV01 provides the analog transceiver functions needed to implement a single port node in , TSB11LV01 is designed to interface with a link layer controller, such as the TSB12C01A. The TSB11LV01 , transmitted are received from the link on two parallel paths and are latched internally in the TSB11LV01 in


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PDF TSB11LV01 SLLS232B TSB11LV01PT MS-026 SLLS232B S-PQFP-G48 TSB11LV01 TSB12C01A THE PROPRIETARY PROPERTY OF APPLE 2015
TSB11LV01

Abstract: TSB12C01A
Text: connection status. The cable connection status signal is internally debounced in the TSB11LV01. The debounced ,  TSB11LV01 3-V 1-PORT IEEE 1394-1995 CABLE TRANSCEIVER/ARBITER slls232a- march 1996 - revised , description The TSB11LV01 provides the analog transceiver functions needed to implement a single port node in , status, for initialization and arbitration, and for packet reception and transmission. The TSB11LV01 is designed to interface with a link layer controller, such as the TSB12C01 A. The TSB11LV01 requires an


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PDF TSB11LV01 slls232a- S-PQFP-G48) 4040052/B MO-136 0Tbl724 0104A57 TSB11LV01 TSB12C01A
1996 - S-PQFP-G48

Abstract: TSB11LV01 TSB12C01A
Text: signal is internally debounced in the TSB11LV01. The debounced cable connection status signal initiates , TSB11LV01 3-V 1-PORT IEEE 1394-1995 CABLE TRANSCEIVER/ARBITER SLLS232A ­ MARCH 1996 ­ REVISED , description The TSB11LV01 provides the analog transceiver functions needed to implement a single port node in , TSB11LV01 is designed to interface with a link layer controller, such as the TSB12C01A. The TSB11LV01 , transmitted are received from the link on two parallel paths and are latched internally in the TSB11LV01 in


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PDF TSB11LV01 SLLS232A S-PQFP-G48 TSB11LV01 TSB12C01A
1996 - TSB11LV01

Abstract: No abstract text available
Text: ERRATA TO THE TSB11LV01 DATA SHEET (TEXAS INSTRUMENTS LITERATURE NO. SLLS249, JUNE 30, 1996) The following bulleted list contains corrections to the information contained in the TSB11LV01 data sheet (Texas Instruments literature number SLLS232A) · · · · · · TSB11LV01 reports itself as a 3 , recommended by TI and the TSB11LV01 is not tested to a level that would be required to implement the , . TSB11LV01 transmits data_end for 220 ­ 225 ns; the IEEE 1394-1995 standard requires 240 ­ 260 ns. There are


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PDF TSB11LV01 SLLS249, SLLS232A)
1996 - MS-026

Abstract: SLLS232B S-PQFP-G48 TSB11LV01 TSB12C01A
Text: connection status. The cable connection status signal is internally debounced in the TSB11LV01. The , TSB11LV01 3-V 1-PORT IEEE 1394-1995 CABLE TRANSCEIVER/ARBITER SLLS232B ­ MARCH 1996 ­ REVISED MAY , description The TSB11LV01 provides the analog transceiver functions needed to implement a single port node in , TSB11LV01 is designed to interface with a link layer controller, such as the TSB12C01A. The TSB11LV01 , transmitted are received from the link on two parallel paths and are latched internally in the TSB11LV01 in


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PDF TSB11LV01 SLLS232B MS-026 SLLS232B S-PQFP-G48 TSB11LV01 TSB12C01A
1996 - MS-026

Abstract: SLLS232B S-PQFP-G48 TSB11LV01 TSB12C01A
Text: connection status. The cable connection status signal is internally debounced in the TSB11LV01. The , TSB11LV01 3-V 1-PORT IEEE 1394-1995 CABLE TRANSCEIVER/ARBITER SLLS232B ­ MARCH 1996 ­ REVISED MAY , description The TSB11LV01 provides the analog transceiver functions needed to implement a single port node in , TSB11LV01 is designed to interface with a link layer controller, such as the TSB12C01A. The TSB11LV01 , transmitted are received from the link on two parallel paths and are latched internally in the TSB11LV01 in


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PDF TSB11LV01 SLLS232B MS-026 SLLS232B S-PQFP-G48 TSB11LV01 TSB12C01A
1996 - Not Available

Abstract: No abstract text available
Text: connection status. The cable connection status signal is internally debounced in the TSB11LV01. The , TSB11LV01 3-V 1-PORT IEEE 1394-1995 CABLE TRANSCEIVER/ARBITER SLLS232B – MARCH 1996 – REVISED , description The TSB11LV01 provides the analog transceiver functions needed to implement a single port node in , TSB11LV01 is designed to interface with a link layer controller, such as the TSB12C01A. The TSB11LV01 , transmitted are received from the link on two parallel paths and are latched internally in the TSB11LV01 in


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PDF TSB11LV01 SLLS232B
TSB11C01

Abstract: No abstract text available
Text: supports reception of isochronous data on two channels. It interfaces directly to the TSB11C 01, TSB11LV01 , · · · Physical-Link Interface Interfaces Directly to the TSB11C01, TSB11LV01 , and TSB21LV03 Phy


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PDF TSB12C01A IEEE-1394 32-bit TSB11C TSB11LV01, TSB21LV03 TSB11C01
Link Layer Controllers

Abstract: S400 TSB11LV01 TSB12LV31 TSB21LV03 ISI-770
Text: ' TSB11LV01 and TSB21LV03 PHY Layer Controller chips · Interoperable with Texas Instruments' software


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PDF 1394a 50MHz 32-bit ISI-758 ISI-755: ISI-758: ISI-770: ISI-736: Link Layer Controllers S400 TSB11LV01 TSB12LV31 TSB21LV03 ISI-770
1997 - TSB11C01

Abstract: military resistors catalog TMS320 TSB11LV01 TSB12C01A TSB12LV21A TSB12LV31 TSB14C01A TSB21LV03 TSB21LV03A
Text: , TSB12LV21A (PCILynx), TSB12LV31 (GPLynx), TSB11C01, TSB11LV01 , TSB21LV03A, TSB14C01A (Backplane PHY), and , : q q q Errata List for TSB12LV21, TSB12LV21A, TSB12C01A, TSB11C01, TSB11LV01 , TSB21LV03 , 3.3V 200/100 PM 64 pin TQFP HV 68 pin CQFP TSB11LV01 1 3.3V 100 PT 48 pin TQFP , at rates of 50 or 100 Mbps. The TSB11LV01 and TSB11C01 can be used at 100Mbps. The TSB21LV03A can , TSB21LV03A, TSB11LV01 , or the TSB41LV0X (or other low voltage PHYs) should be used in applications needing


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PDF SLLA018 12LV31. RS-232 TSB11C01 military resistors catalog TMS320 TSB11LV01 TSB12C01A TSB12LV21A TSB12LV31 TSB14C01A TSB21LV03 TSB21LV03A
Not Available

Abstract: No abstract text available
Text: Texas Instruments’ TSB11LV01 and TSB21LV03 PHY Layer Controller chips • Interoperable with Texas


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PDF 1394a 50MHz 32-bit ISI-758 ISI-755: ISI-758: ISI-770: ISI-736:
1998 - S400

Abstract: SL730 SL738 SL755 SL758 SL770 TSB11LV01 TSB12LV31 TSB21LV03 SL-760
Text: Instruments' TSB11LV01 and TSB21LV03 PHY Layer Controller chips The core is register and pin compatible


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PDF 1394a SL755: SL758: SL760: SL770: SL730: SL738: iL700: S400 SL730 SL738 SL755 SL758 SL770 TSB11LV01 TSB12LV31 TSB21LV03 SL-760
1997 - TSB11C01

Abstract: SSI ata controller TSB11LV01 TSB21LV03 atapi controller 1394 tailgate 39C1010
Text: Supports speeds of 100, 200 and 400 Mb/s - Interfaces directly to TSB11C01, TSB11LV01 and TSB21LV03 Phy


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PDF 39C1010 1394-ATA/ATAPI 39C1010 TSB11C01 SSI ata controller TSB11LV01 TSB21LV03 atapi controller 1394 tailgate
1997 - TSB11C01

Abstract: X3T13 tailgate Silicon Systems 6914 TSB11LV01 TSB21LV03 atapi 39C1010 1394 tailgate
Text: Interfaces directly to TSB11C01, TSB11LV01 and TSB21LV03 Phy chips ATA/ATAPI Interface · Performs the


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PDF 39C1010 1394-ATA/ATAPI 39C1010 X3T10 TSB11C01 X3T13 tailgate Silicon Systems 6914 TSB11LV01 TSB21LV03 atapi 1394 tailgate
1998 - IEC61883

Abstract: TSB12LV41 TSB41LV03 IEC-61883 P1394 S200 S400 TSB41LV02 motorola s200
Text: , Isochronus, and DVB/DSS data Interfaces directly to TI's TSB11LV01 , TSB21LV03, and TSB41LV0X physical


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PDF TSB11LV01, TSB21LV03, TSB41LV0X TSB41LV0x com/sc/1394 1394ta IEC61883 TSB12LV41 TSB41LV03 IEC-61883 P1394 S200 S400 TSB41LV02 motorola s200
1997 - 6914

Abstract: TSB11C01 39C1011 TSB41LV06 tms320cxx TSB11LV01 TSB21LV03 pram
Text: directly to Texas Instruments TSB11C01, TSB11LV01 , TSB21LV03 and TSB41LV06 Phy chips ATA/ATAPI


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PDF 39C1011 39C1011 other2780-7068 6914 TSB11C01 TSB41LV06 tms320cxx TSB11LV01 TSB21LV03 pram
1998 - TSB11C01

Abstract: TSB41LV03 TSB41LV06 39C1011 TSB11LV01 TSB21LV03
Text: , TSB11LV01 , TSB21LV03, TSB41LV03 and TSB41LV06 Phy chips SY An external DSP has full control over the


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PDF 39C1011 39C1011 TSB11C01 TSB41LV03 TSB41LV06 TSB11LV01 TSB21LV03
1998 - tms320cxx

Abstract: TSB11C01 PRAM TSB41LV03 TSB41LV06 atapi 39C1011 TSB11LV01 TSB21LV03
Text: TSB11C01, TSB11LV01 , TSB21LV03, TSB41LV03 and TSB41LV06 Phy chips SY An external DSP has full


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PDF 39C1011 39C1011 tms320cxx TSB11C01 PRAM TSB41LV03 TSB41LV06 atapi TSB11LV01 TSB21LV03
TMS320AV7100

Abstract: TSB12LV41
Text: TSB12LV41 (MPEGLynx) IEEE 1394-1995 MPEG-2 TRANSPORT LINK-LAYER CONTROLLER · · · Supports Provisions of IEEE 1394-1995 Standard for High-Performance Serial Bus Interoperable With FireWireTM Implementation of the 1394 Standard interfaces Directly to Texas Instruments TSB11C03, TSB11LV01 , and TSB21LV03 Physical Layer (Phy) Devices (100/100/200M bits/s) Interfaces Directly to Texas Instruments TMS320AV7100/7110/7200 Series DSS and MPEG-2 Decoders Multimode 8-/16-bit Microcontroller/Microprocessor Interface


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PDF TSB12LV41 TSB11C03, TSB11LV01, TSB21LV03 100/100/200M TMS320AV7100/7110/7200 8-/16-bit 256-Byte) A052297 TMS320AV7100 TSB12LV41
TIB1000

Abstract: TSB11C01 SN95176B SN75158 TUSB2040 SN75129 TL16PIR552 TL16PNP550A SN75130 SN75LVDS81
Text: (48)1 (SO)'1 (68)1 1 (B)C (56)" TL3695 TSB11C01 TSB11LV01 TSB12C01A TSB12LV21 TSB12LV31


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PDF TL16C552A TL16C554 TL16C750 TL16PC564A TL16PC TL16PIR552 TL16PNP100A TL16PNP200 TL16PNP550A TL3695 TIB1000 TSB11C01 SN95176B SN75158 TUSB2040 SN75129 TL16PNP550A SN75130 SN75LVDS81
1998 - TSB11C01

Abstract: S100 S1600 S200 S800 TSB11LV01 TSB21LV03 TSB21LV03A SLLA019
Text: generation (TSB11C01). The TSB11LV01 , TSB21LV03, and TSB41LV0x all have connection debounce implemented


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PDF 1394a TSB41LV0x SLLA019 non-1394a P1394a TSB11C01 S100 S1600 S200 S800 TSB11LV01 TSB21LV03 TSB21LV03A SLLA019
TSB11C01

Abstract: DS8820A sn75160 designer guide SN75LBC SN75LBC786 TL16PIR552 TL16PNP550A SN55109A SN75LVDS81
Text: SN75LBC776 SN75LBC/76 SN75LBC777 I PI 394/FireWireTM DttWvtptton *TM' w TSB11LV01 TSB21LV03


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PDF TIA/EIA-232-F MC1489 SN55189 SN75189 MC1489A SN55189A SN75189A SN65C189 SN75C189 SN65C189A TSB11C01 DS8820A sn75160 designer guide SN75LBC SN75LBC786 TL16PIR552 TL16PNP550A SN55109A SN75LVDS81
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