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Showing 126 results View by: Thread Post Sort by
    Answered
  • SN74AXC4T245: Open-drain signal input.

    user5014582
    user5014582
    Resolved
    Part Number: SN74AXC4T245 Can the SN74AXC4T245 receive open-drain signal? I want to use SN74AXC4T245 for UART.
    • Resolved
    • over 1 year ago
    • Logic
    • Logic forum
  • Answered
  • SN74AXC4T245

    Gheli yadav
    Gheli yadav
    Resolved
    Hello, I want to use SN74AXC4T245BQBR part as voltage level shifter (for SPI Application) in my Project. From the datasheet I have learn that VCCA and VCCB both can supply on any voltage range from 0.6V to 3.3v. When I refer a reference design in that VCCA…
    • Resolved
    • over 1 year ago
    • Logic
    • Logic forum
  • SN74AXC4T245: Min VOH value on VCCA.VCCB=3.3V

    Motoyasu Hattori
    Motoyasu Hattori
    TI Thinks Resolved
    Part Number: SN74AXC4T245 Hi, We have one question. Could you please let us know the Min VOH voltage on VCCA=VCCB=3.3V? We can find Min VOH on another conditions, such as VCCA=VCCB=3.0V and below. But we want to know them on VCCA=VCCB=3.3V. Please advise…
    • over 1 year ago
    • Logic
    • Logic forum
  • Answered
  • SN74AXC4T245: Confirmation needed for using SN74AXC4T245 for 2 pairs of UART and take SN74AVC4T245 as alternative

    Tim Chu
    Tim Chu
    Resolved
    Part Number: SN74AXC4T245 Other Parts Discussed in Thread: SN74AVC4T245 Hi there, Currently I'm studying multiple pairs of 3.3V to 1.8V UART level shift option for my design, so far my plan is use SN74AXC4T245 for each two pairs of UART, and take SN74AVC4T245…
    • Resolved
    • over 1 year ago
    • Logic
    • Logic forum
  • Answered
  • SN74AXC4T245: To run the 312.5MHz Clock applicant

    Eric Lai
    Eric Lai
    Resolved
    Part Number: SN74AXC4T245 Hi Expert, The engineer would like to run the SN74AXC4T245PWR to 312.5MHz Clock applicant for voltage transfer. Pls advice whether SN74AXC4T245 can support this or not. If not,pls guide us the suitable solution for this case.T…
    • Resolved
    • over 1 year ago
    • Logic
    • Logic forum
  • SN74AXC4T245-Q1: skew of this device

    Lijia Zhu
    Lijia Zhu
    TI Thinks Resolved
    Part Number: SN74AXC4T245-Q1 Hi team, Here is a question from my customer, SNAXC4T245 is used in an automotive gateway module. The output skew is a key spec. But I can't find this in datasheet. Do you have the result of Max skew between 4 output channels…
    • over 1 year ago
    • Logic
    • Logic forum
  • SN74AVC4T245: What will happen if the outputs of SN74AXC4T245 and AM26LV32IDR are shorted?

    Danilo A.
    Danilo A.
    TI Thinks Resolved
    Part Number: SN74AVC4T245 Other Parts Discussed in Thread: SN74AXC4T245 Hi Team, We would like to ask your help regarding the customer's inquiry below. If i am using SN74AXC4T245 in my design instead of SN74AVC4T245DGVR as in the image, when ever i…
    • over 1 year ago
    • Logic
    • Logic forum
  • SN74AXC4T245: DIR Behavior During Power-Up/Down When xOE# is Tied to Ground

    Dan
    Dan
    TI Thinks Resolved
    Part Number: SN74AXC4T245 The SN74AXC4T245 data sheet states on page 1, 2 nd para in column 2, that the xOE# pins must be pulled to Vcca to ensure IOs are high-impedance during power up/down. In section 9.2, there is a note that the xOE# pins may be pulled…
    • over 1 year ago
    • Logic
    • Logic forum
  • Answered
  • SN74AXC4T245-Q1: Pull up/down at I/O port ?

    Lee, Sam
    Lee, Sam
    Resolved
    Part Number: SN74AXC4T245-Q1 Hi team, I want to check if the pull up/down resistor can be placed at input I/O port of SN74AXC4T245-Q1 (1.8V to 3.3V). This is because a slave deivce has a shared port (Mute/Address pin). At the power up sequence of the slave…
    • Resolved
    • over 2 years ago
    • Logic
    • Logic forum
  • Answered
  • SN74AXC4T245: 1.8V to 3V Level Shift

    JDJ
    JDJ
    Resolved
    Part Number: SN74AXC4T245 Other Parts Discussed in Thread: SN74AVC4T234 , SN74AUP1T34 I am looking for a 5 channels of unidirectional 1.8V input to 3V output IC with a very small package (can be a combination 4 channel + 1 channel). Preferably with single…
    • Resolved
    • over 2 years ago
    • Logic
    • Logic forum
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