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Logic

Logic

Logic forum

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Texas Instruments (TI) Logic support forum is an extensive online knowledge base where millions of technical questions and solutions are available 24/7. You can search logic IC content or ask technical support questions on everything from voltage level translation and transceivers to standard logic gates and specialty logic devices. Find the right solution for your circuit design challenges by using our TI E2E™ support forums that are supported by thousands of contributing TI experts.
Frequent questions
  • [FAQ] What is the maximum trace length ground-level translators can drive?

    Joshua Salinas
    Joshua Salinas
    FAQ: Logic and Voltage Translation > Ground-Level Translators >> Current FAQ The maximum trace length that ground-level translators (as well as logic devices) can drive is 60 mm. This is a safe trace length for most devices to drive across the majority…
    • 1 month ago
    • Logic
    • Logic forum
  • [FAQ] Is DC ground shifting possible when both supplies are connected together?

    Joshua Salinas
    Joshua Salinas
    FAQ: Logic and Voltage Translation > Ground-Level Translators >> Current FAQ To use the ground shift capability, voltage supplies need to be isolated and fall within the recommended operating conditions. Let’s use the figure above as an example…
    • 1 month ago
    • Logic
    • Logic forum
  • [FAQ] Can I generate a negative PWM signal from a positive PWM signal?

    Joshua Salinas
    Joshua Salinas
    Other Parts Discussed in Thread: TXG8041 FAQ: Logic and Voltage Translation > Ground-Level Translators >> Current FAQ A negative signal can be generated from ground-level translators as long as the user’s system has a negative supply rail. To prevent…
    • 1 month ago
    • Logic
    • Logic forum
  • [FAQ] Ground-Level Translators

    Joshua Salinas
    Joshua Salinas
    FAQ: Logic and Voltage Translation > > Current FAQ [FAQ] What are the differences between Ground-Level Translators and Digital Isolators? [FAQ] Can I generate a negative PWM signal from a positive PWM signal? [FAQ] Is DC ground shifting possible…
    • 1 month ago
    • Logic
    • Logic forum
  • [FAQ] What are the differences between Ground-Level Translators and Digital Isolators?

    Joshua Salinas
    Joshua Salinas
    FAQ: Logic and Voltage Translation > Ground-Level Translators >> Current FAQ Ground-Level Translators Digital Isolators GNDA to GNDB Difference 80V 3kVrms Galvanic Barrier No Yes GNDA to GNDB Leakage (VCC to GND…
    • 1 month ago
    • Logic
    • Logic forum
  • [FAQ] How do I size my external RC components surrounding Auto-Bi Directional Translators to fit my System Requirements?

    Jack Guan
    Jack Guan
    Part Number: TXB0108 TXB0102 LSF0102 LSF0101 TXS0104E LSF0108 LSF0002 TXB0104 TXB0106 TXB0101 TXS0108E TXS0101 TXS0102 LSF0204 Tool/software: Auto Bi-Directional translators demand additional design considerations over other translators, such as external…
    • 4 months ago
    • Logic
    • Logic forum
  • [FAQ]: My simulation in ICS is very slow - how do I fix it?

    Malcolm Lyn
    Malcolm Lyn
    FAQ: TPLD > Current FAQ The two biggest causes of slow simulation are: Fast oscillators and switching signals Large simulation timescales (simulations that take 1+ seconds) If the simulation is utilizing a square wave with a period that is…
    • 5 months ago
    • Logic
    • Logic forum
  • [FAQ] Are TPLDs pin-to-pin compatible with competitor devices?

    Malcolm Lyn
    Malcolm Lyn
    FAQ: TPLD > Current FAQ Numerous TPLD products are either pin to pin or layout compatible with competing products. Our products utilize standard, JEDEC packaging standards.
    • 5 months ago
    • Logic
    • Logic forum
  • [FAQ] Can my TPLD be changed after programming?

    Malcolm Lyn
    Malcolm Lyn
    FAQ: TPLD > Current FAQ Once a TPLD is permanently programmed or “burned” through OTP, the design cannot be changed. If you wish to change your design after permanently programming an OTP part, a new, previously unprogrammed part must be used.
    • 5 months ago
    • Logic
    • Logic forum
  • [FAQ] How is TPLD programmed?

    Malcolm Lyn
    Malcolm Lyn
    FAQ: TPLD > Current FAQ TPLD is programmed through SPI communication enabled by the programmer firmware and InterConnect Studio (ICS). Each TPLD device uses 5 pins to program the device: 4 pins for SPI communication and 1 pin (GPI) that provides a specific…
    • 5 months ago
    • Logic
    • Logic forum
>

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  • Not Answered

    [FAQ] Frequently Asked Questions: TPLD 0 Locked

    1144 views
    0 replies
    Started 5 months ago
    by Malcolm Lyn
  • Answered

    [FAQ] [H] Frequently Asked Questions: Logic and Voltage Translation 0 Locked

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    by xiongwei
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    SN74LVC1G125-Q1: 1P1G125QDCKRQ1 - Part Marking Clarification 0

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    Started 11 hours ago
    by Frank Meola
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    SN74AVC8T245: SN74AVC8T245RHLR: Overshoot observed during level shifting from 3.3V to 1.8V 0

    70 views
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    by Mitsuhiro Taniguchi
  • Answered

    SN74HC21-Q1: Thermal Data 0

    17 views
    1 reply
    Latest 16 hours ago
    by Malcolm Lyn
  • Suggested Answer

    SN74AC14: SN74AC14-Q1 vs SN74AC14 0

    25 views
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    Latest 16 hours ago
    by Malcolm Lyn
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    SN74LVC1G07: Inquiry Regarding Part No.: SN74LVC1G07DCKTG4 0

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    by Malcolm Lyn
  • Suggested Answer

    SN74LVC2G17-Q1: Schematic Review 0

    20 views
    1 reply
    Latest 16 hours ago
    by Malcolm Lyn
  • Not Answered

    SN74AXC8T245: Dimension of SN74AXC8T245RHLR exposed thermal pad. 0

    17 views
    1 reply
    Latest 18 hours ago
    by Joshua Salinas
  • Suggested Answer

    TPA3255: TPA3255 PBTL System Efficiency vs Output Power 0

    31 views
    1 reply
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    by Sydney Northcutt
  • Suggested Answer

    LSF0102: LSF0102 pull-up resistors risk 0

    22 views
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    Latest 1 day ago
    by Clemens Ladisch
  • Not Answered

    SN74V263: SN74V263 Write/Read Issue: FF Flag and Read Cycle Timing 0

    27 views
    1 reply
    Latest 1 day ago
    by Albert Xu1
  • Answered

    LSF0204: QSPI Signal Level Conversion 0

    32 views
    2 replies
    Latest 1 day ago
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  • Suggested Answer

    TXS0108E: TXS0108E 0

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>