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  • Industry_solutions.lvl0:Industrial Automation
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  1. EVAL-ADM2863E
    Evaluation Board & Kit
    … via the screw terminal blocks on each evaluation board. Each digital input is configured via the on-board jumper options. Alternative methods can provide the transmit data input (TxD) signal to the ADM2563E or the ADM2863E. An LTC6900 oscillator is included on each evaluation board and can be optionally configured to provide a clock signal for the TxD digital input within a 10 kHz to 250 kHz range. For optimal signal integrity, use the on …
    EVAL-ADM2863E

    Documentation

  2. EVAL-ADM2865E
    Evaluation Board & Kit
    … accessible via the screw terminal connectors on each evaluation board. Each digital input can be configured via the on-board jumper options. Alternative methods can provide the transmit data input (T×D) signal to the ADM2865E. An LTC6900 oscillator is included on each evaluation board and can be optionally configured to provide a clock signal for the T×D digital input within a 1 kHz to 12.5 MHz range. For optimal signal integrity, use …
    EVAL-ADM2865E

    Documentation

  3. EVAL-ADM2563E
    Evaluation Board & Kit
    … via the screw terminal blocks on each evaluation board. Each digital input is configured via the on-board jumper options. Alternative methods can provide the transmit data input (TxD) signal to the ADM2563E or the ADM2863E. An LTC6900 oscillator is included on each evaluation board and can be optionally configured to provide a clock signal for the TxD digital input within a 10 kHz to 250 kHz range. For optimal signal integrity, use the on …
    EVAL-ADM2563E

    Documentation

  4. EVAL-ADM2561E
    Evaluation Board & Kit
    … via the screw terminal blocks on each evaluation board. Each digital input is configured via the on-board jumper options. Alternative methods can provide the transmit data input (TxD) signal to the ADM2561E or the ADM2861E. An LTC6900 oscillator is included on each evaluation board and can be optionally configured to provide a clock signal for the TxD digital input within a 1 kHz to 250 kHz range. For optimal signal integrity, use the on …
    EVAL-ADM2561E

    Documentation

  5. EVAL-ADM2867EEBZ
    Evaluation Board & Kit
    … are accessible via the screw terminal blocks on the EVALADM2867EEBZ. Each digital input can be configured via the on-board jumper options. Alternative methods can provide the transmit data input (TxD) signal to the device. An optional LTC6900 oscillator is included on the EVAL-ADM2867EEBZ and can be configured to provide a clock signal as the TxD digital input within a 1 kHz to 20 MHz range. For optimal signal integrity, use the on-board …
    EVAL-ADM2867EEBZ

    Documentation

  6. EVAL-ADM2861E
    Evaluation Board & Kit
    … via the screw terminal blocks on each evaluation board. Each digital input is configured via the on-board jumper options. Alternative methods can provide the transmit data input (TxD) signal to the ADM2561E or the ADM2861E. An LTC6900 oscillator is included on each evaluation board and can be optionally configured to provide a clock signal for the TxD digital input within a 1 kHz to 250 kHz range. For optimal signal integrity, use the on …
    EVAL-ADM2861E

    Documentation

  7. EVAL-ADM2565E
    Evaluation Board & Kit
    … accessible via the screw terminal connectors on each evaluation board. Each digital input can be configured via the on-board jumper options. Alternative methods can provide the transmit data input (T×D) signal to the ADM2565E. An LTC6900 oscillator is included on each evaluation board and can be optionally configured to provide a clock signal for the T×D digital input within a 1 kHz to 12.5 MHz range. For optimal signal integrity, use …
    EVAL-ADM2565E

    Documentation

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Results on EngineerZone

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    1. LTC6908 Compatibility with Various Converters

      Forum Thread
      Answered
      Clock and Timing
      11 February, 2020
      I am investigating using an LTC6908 in an application with multiple power converters. In this application, it would run at a nominal frequency of 560 kHz (504 kHz to 616 kHz with spreading). I am hoping to confirm that all the converters that will be sync'd to it are …
      LTC3126lt3796LTC3622High Input Voltage Buck Regulatorsclock and timingLTC6908spread spectrum clockMultitopology LED DriverLED Driver ICStep-Down (Buck) Regulators

    2. Does the LTM4607 support direct parallel connection? Can two LTM4607 output directly in parallel? Do you need to add ltc6908-1 synchronization?

      Forum Thread
      Answered
      Power Management
      20 May, 2022
      Does the LTM4607 support direct parallel connection? Can two LTM4607 output directly in parallel? Do you need to add ltc6908-1 synchronization?
      hardwareltm4607clock and timingµModule Buck-Boost RegulatorsµModule RegulatorsLTC6908-1Silicon Oscillators

    3. LTC6908-1 function in LT8390 parallel

      Forum Thread
      Answered
      Power Management
      18 November, 2021
      Hi Sir, I have one question as below schematic on LT8390. What is the function of LTC6908-1 in the LT8390 parallel schematic?
      clock and timinglt8390External Power Switch Buck-Boost ControllersLTC6908-1Buck-Boost RegulatorsSilicon Oscillators

    4. Synchronize two LTM8074 with LTC6908-1 configured for spread spectrum

      Forum Thread
      Answered
      Power Management
      02 January, 2020
      Hi, I'm working on a design that uses two LTM8074 components, one for 3.3V and one for 5V. I want to synchronize them with a 180 degree phase shift using the LTC6908-1. I'd like to use spread spectrum if possible but, I'm unsure if the …
      µModule Buck RegulatorsLTM8074clock and timingµModule RegulatorsLTC6908-1spread spectrum clockSilicon Oscillators

    5. LT8362 SEPIC supply: Poorer regulation when externally clocked from an LTC6908-1

      Forum Thread
      Answered
      Power Management
      28 May, 2019
      … featuring out of phase sync lines feeding every pair of PWM switchers towards achieving lower EMIs. The out of phase syncs are generated by two LTC6908-1 spread spectrum clocks operating at different frequencies. CASE 1: When using the int osc, i.e. MODE pin NOT synced to an ext …
      power managementsepicSEPIC Regulatorsdcdc_converterclock and timinglt8362modeLTC6908-1spread spectrum clockswitching regulators

    6. LTC6908 oscillator powered by LT8609 converter it's clocking?

      Forum Thread
      Answered
      Power Management
      26 May, 2023
      Hello, I have a question regarding the LTC6908-1 oscillator in the attached circuit. It should provide a 400kHz clock, syncing a LT3757 and a LT8609. Is it possible to use the output of the same LT8609 it is syncing to power it? Or do I need an additional 5V …
      hardwareInternal Power Switch Buck Regulatorsclock and timingLT3757lt8609LTC6908-1switching regulatorsSilicon OscillatorsFlyback Forward and Isolated ControllerStep-Down (Buck) Regulators

    7. RE: Does the LTM4607 support direct parallel connection? Can two LTM4607 output directly in parallel? Do you need to add ltc6908-1 synchronization?

      Forum Reply
      Power Management
      01 August, 2022
      Hi Clark666, Fig. 20 typical application is best way to go. This is a proven and tested circuit. Recommended to use LTC6908-1. Thanks.

    8. RE: Does the LTM4607 support direct parallel connection? Can two LTM4607 output directly in parallel? Do you need to add ltc6908-1 synchronization?

      Forum Reply
      Power Management
      06 June, 2022
      Does the LTM4607 support direct parallel connection? Can two LTM4607 output directly in parallel? Do you need to add ltc6908-1 synchronization?

    9. RE: Does the LTM4607 support direct parallel connection? Can two LTM4607 output directly in parallel? Do you need to add ltc6908-1 synchronization?

      Forum Reply
      Power Management
      06 June, 2022
      Does the LTM4607 support direct parallel connection? Can two LTM4607 output directly in parallel? Do you need to add ltc6908-1 synchronization?

    10. RE: LTC6908-1 function in LT8390 parallel

      Forum Reply
      Power Management
      18 November, 2021
      Hello, The LTC6908 provides 180degree phase shift clock signals to the LT8390 controller. With this setup you reduce the input ripple current as both Controller do not have simultaneous on-times.