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  • TS3DDR4000: Using TS3DDR4000 for switching RGMII signals for connecting two PHY with one RGMII interface

    TI Thinks Resolved
    Part Number: TS3DDR4000 Tool/software: Hi Team, In our application we need to connect two phy with one Host RGMII interface, we are thinking of using MUX TS3DDR4000. Please let me know if this will work. We are using in 24V instrument clauster application…

  • TS3DDR4000: IBIS File

    TI Thinks Resolved
    Part Number: TS3DDR4000 Tool/software: Hi Team, Do we have IBIS file for TS3DDR4000ZBAR? Thanks!

  • TS3DDR4000: rating 105oC solution

    TI Thinks Resolved
    Part Number: TS3DDR4000 hi sir We use the TS3DDR4000 in our design, now need high temp as 105 did you have any P2P soltion? thanks
    • Answered

  • TS3DDR4000: TS3DDR4000

    Resolved
    Part Number: TS3DDR4000 Tool/software: Hi Team, Could you please provide S-Parameter of part number " TS3DDR4000" Regards, Abdul Wahaj Khan R&D Altanova Component Engineer
    • Resolved
    • Answered

  • TS3DDR4000: Max junction temperature

    Resolved
    Part Number: TS3DDR4000 Tool/software: Hi, Does there have maximum junction temperature spec? Seem there have no mention in datasheet. Thanks! Jeff
    • Resolved

  • TS3DDR4000: TS3DDR4000器件用于1.8V的RGMII使用

    TI Thinks Resolved
    Part Number: TS3DDR4000 Tool/software: 1、咨询下TS3DDR4000是否可以用于1Gbps的RGMII的MUX，此时物理时钟125MHz； 2、如果可以使用， TS3DDR4000的工作电压VDD=3.3V，RGMII电平是1.8V，也可以正常工作？

  • TS3DDR4000: Max ambient in datasheet is 85degC

    TI Thinks Resolved
    Part Number: TS3DDR4000 Tool/software: Hi, My customer has a query regarding the max ambient temperature to be 85degC and the table 6.5 shows the values for Tj less than equal to 85degC. Can you confirm if they can go upto max junction temperature…

  • TS3DDR4000: TS3DDR4000

    TI Thinks Resolved
    Part Number: TS3DDR4000 Please let us know if we can use your TS3DDR4000ZBAR direct replace the NXP CBTV24DD12AETY . www.digikey.com/.../7929166 Thanks

  • TS3DDR4000: TS3DDR4000 : Package models Details for Mechanical simulation

    TI Thinks Resolved
    Part Number: TS3DDR4000 Hi TI Team, Can you please share below details for mechanical simulations for part TS3DDR4000 Substrate material properties (core) and stack-up thicknesses Die size (X/Y), thickness, and position in package Bump/pillar…
    • Answered

  • TS3DDR4000: Deselect port IO state

    Resolved
    Part Number: TS3DDR4000 Hi team, As figure shows, when I select A port to B port, can I assume that the status of C port is floating? Thanks.
    • Resolved

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