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  • [FAQ] AWR1843: Detecting Static Objects at Same Range, Distance

    • Resolved
    Part Number: AWR1843 Recently, we have received questions related to detecting static objects at near range (~ 40 cm). This thread will discuss some of the specific details related to this type of detection. Readers are invited to ask more questions if some of the explanations are not clear. Let's...

  • [FAQ] The datasheet for this LIN transceiver states it is compliant with LIN 2.0, 2.1, and 2.2A. Is it also compliant with LIN 1.3?

    Yes, it is. The changes from LIN 1.3 to LIN 2.0 and above are purely LIN protocol changes. The physical layer transceiver definition was not affected directly or through the protocol changes. For more information on the changes to the LIN specification...

  • [FAQ] NEW: mmWave Industrial Toolbox 3.4.0 is live on TI Resource Explorer!

    Hello Everyone, The newest Industrial Toolbox 3.4.0 is now available on the TI Resource Explorer. Updates are listed below, Lab/Experiment/Chirp Name Changes LAB: Vital Signs - 68xx (new) New lab featuring Vital Signs...

  • [FAQ] How do I design Low Noise & Low Distortion Headphone & Small Signal Audio Amplifiers?

    How do I design Low Noise & Low Distortion Headphone & Small Signal Audio Amplifiers? Headphone Amplifiers On-Chip Thin Film Resistors Enable High-Performance Audio Circuitry – SBOA312 Stabilizing Difference Amplifiers for...

  • [FAQ] CAN 5V and 3.3V CAN transceiver operate on the same bus together?

    Yes, they can. 3.3V CAN transceivers are designed to have their recessive level, dominant and recessive thresholds such that they will correctly transmit and receive messages from either a 5V or a 3.3V CAN transceiver. Within the 3.3V CAN transceiver...

  • [FAQ] My MCU uses 3.3V as the logic supply, do I need a 3.3V CAN transceiver?

    Unless you are working with a 3.3V CAN bus, you do not need a 3.3V CAN transceiver. There is a difference between 3.3V CAN transceivers and CAN transceivers with the ability to accept 3.3V logic levels. 3.3V CAN transceivers use a 3.3V VCC supply voltage...

  • [FAQ] PMP21495: What are the highlights of PMP21495 6.6kW dual-active-bridge CLLLC design?

    • Resolved
    Part Number: PMP21495 What are the highlights should I look into this PMP21495 6.6kW dual-active-bridge CLLLC design? What are the benefits this design gets from UCC21530-Q1 and C2000 F280049C controllers?

  • [FAQ] PMP21842: What are the highlights should I look into this PMP21842 12V/500W LLC design?

    • Resolved
    Part Number: PMP21842 What are the highlights should I look into this PMP21842 12V/500W LLC design? What are the benefits this design gets from LMG3410 GaN device and UCD3138A / UCD7138 controllers?

  • [FAQ] PMP20946: Why is the LCC topology used as the isolated DC-DC stage of the PMP20946 design?

    • Resolved
    Part Number: PMP20946 Why LCC topology is applied as the isolated DC-DC stage of the PMP20946 design? Where should I pay extra attention to on using the UCC25630x LLC controller for wide output voltage power supply design like PMP20946 ?

  • [FAQ] PMP21479: What is the advantage of the active clamp flyback over a quasi-resonant (QR) flyback?

    • Resolved
    Part Number: PMP21479 What is the advantage of the active clamp flyback over a quasi-resonant (QR) flyback?

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