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  • RE: SN74HC04: wrong PSpice model

    Hi Vincenzo, Looks like we got our wires switched somewhere. I will work to get that fixed on the web. For now here is the spice model: 4035.SN74HC04.cir Regards, Karan

  • SN74AC04: wrong input impedance in the spice model

    • Resolved
    impedance of 24 µΩ? (The SN74HC04 has a more plausible 240 MΩ.)

  • SN74HC04: Connection Question

    • Resolved
    Part Number: SN74HC04 Team, Any issue or concern to be aware of when connecting this device

  • 3.3 V Implementation of Isolated CAN FD Repeater Reference Design

    • Resolved
    at the datasheets I believe the SN74HC04 , AN74HC08, SN74HC32 and ISO7721 parts have recommended operating conditions

  • SN74HC04: Land pattern of SN74HC04NSR

    TI Thinks Resolved
    Part Number: SN74HC04 Dear all, Would you mind if you ask about land pattern of SN74HC04NSR Our customer would like to know the iLand pattern's information of this device. After confirming with the E2E, I found the land pattern's information...

  • RE: TINA/Spice/SN74HC04: HC Series Hysteresis

    John, I simply stuffed this in front of any gate that required the 'correct' behaviour: All the best Aidan Schmitt_Trigger_Input.TSM

  • SN74HC04: maximum junction temperature

    TI Thinks Resolved
    Part Number: SN74HC04 Hello- What is the maximum allowable junction temperature for the SN74HC04PWR? Thanks and Best Regards, -Tim Starr on behalf of WN@BA

  • SN74HC04: What is the difference between SN74HC04DR and CD74HC04M96?

    • Resolved
    Part Number: SN74HC04 Hi TI Folks, Good day to you. Please teach what is the difference between
  • Anonymous
    Anonymous

    SN74HC04: propagation delay

    TI Thinks Resolved
    Part Number: SN74HC04 Does the ~3.4ns delay refer to the single pair of CMOs transistors or all three inverters so for the overall gate?

  • RE: SN74HC04: 5.5V tolerance

    Hi Andy, The inputs to the SN74HC04 are _not_ over-voltage tolerant because they have positive clamp diodes. You can add a series resistor (for example, 10kohm) and then run the input voltage beyond Vcc without any problems. I see the error in...

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