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Showing 6 results View by: Thread Post Sort by
  • SE556: SE556 or similar timer based PWM generator

    Zeng.
    Zeng.
    Part Number: SE556 Other Parts Discussed in Thread: TLC555-Q1 Tool/software: Hello I'm wondering what's the best way to build a PWM generator (that modulates an AC signal into PWM waveform) using one of the TI timers? I need PWM frequency to be 1Mhz…
    • over 2 years ago
    • Clock & timing
    • Clock & timing forum
  • Answered
  • SE556: Difference between SE556J and SE556JB

    Mickael GIRARD
    Mickael GIRARD
    Resolved
    Part Number: SE556 What is the difference between SE556J and SE556JB? I do not find any difference in the datasheet.
    • Resolved
    • over 8 years ago
    • Space & High Reliability (Read Only)
    • Space & High Reliability Forum (Read Only)
  • SE556: Marking information

    Mickael GIRARD
    Mickael GIRARD
    TI Thinks Resolved
    Part Number: SE556 Support Path: /Product/Device selection assistance/ What is the difference between SE556J and SE556JB? (Not defined in the Datasheet)
    • over 9 years ago
    • Space & High Reliability (Read Only)
    • Space & High Reliability Forum (Read Only)
  • RE: LMC555: LMC555 output capabilities, et al

    Ron Michallick
    Ron Michallick
    Rod, We have dual timers; TLC556 is nearly the same as two LMC555 timers. We also have bipolar dual timers, NA556, NE556, SA556, SE556 which vary by temperature range. The bipolar timers have strong source current drive.
    • over 6 years ago
    • Clock & timing
    • Clock & timing forum
  • Answered
  • RE: How does one calculate SE556J power dissipation?

    Brian Strodtbeck
    Brian Strodtbeck
    Resolved
    The is with respect to the SE556J. On the SLFS023C document power dissipation is provided whereas on the SLFS023G it is calculated. See attached document. I am interesting in power dissipation at 25 C. From SLFS023C the power dissipation at 25 C is 1375…
    • over 12 years ago
    • Space & High Reliability (Read Only)
    • Space & High Reliability Forum (Read Only)
  • [FAQ] How do I design monostable timer circuits using LMC555, TLC555, LM555, NA555, NE555, SA555, or SE555?

    Ron Michallick
    Ron Michallick
    Other Parts Discussed in Thread: LMC555 , NE555 , LM555 , NA555 , TLC551 , SE555 , TLC552 , TLC555 , SA555 , CD74HC4060 , SN74LV8154 This FAQ covers mono-stable circuits using the LM555, NA555, NE555, SA555, and SE555 timers that are called LM, NA, NE…
    • over 6 years ago
    • Clock & timing
    • Clock & timing forum

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