• SN74AUC16374: is it ok if input signal overshot to -0.8V?

  

  Ruixin Feng

  TI Thinks Resolved

  Part Number: SN74AUC16374 Hi team, Customer is usingSN74AUC16374 and input signal will be like yellow waveform as shown, it'll overshoot to -0.8V but our abs.max is -0.5V. Could you pls help to confirm if this overshoot will cause damage to the device…

  • over 2 years ago
  • Logic
  • Logic forum
Answered

• SN74AUCH16374: Difference between SN74AUCH16374 and SN74AUC16374

  

  Austin Do

  Resolved

  Part Number: SN74AUCH16374 Other Parts Discussed in Thread: SN74AUC16374 Hello experts, What is the difference between SN74AUCH16374 and SN74AUC16374? For SN74AUC16374 , clock frequency(max) is 275MHz in product folder, but it is difference in datasheet…

  • Resolved

  • over 2 years ago
  • Logic
  • Logic forum

• SN74AHC595: Looking for 1.8V logic

  

  Luke Sakamoto

  TI Thinks Resolved

  Part Number: SN74AHC595 Other Parts Discussed in Thread: SN74AC595-Q1 , SN74AUC16374 , SN74LVC374A , SN74LVC16374A Hi team, Do we have a variant that works with 1.8V logic for this? Thanks, Luke

  • 9 months ago
  • Logic
  • Logic forum

• Use cascaded SN74AUC16374 to down-convert the frequency of a clean 160 MHz, 2V peak-to-peak, Sine wave?

  

  SirCut

  Other Parts Discussed in Thread: SN74AUC16374 , SN74LVC1G17 , SN74AUC1G04 I want to use the cascaded flip flops of the SN74AUC16374 to divide an input sinusiodal waveform (with DC raised to Vcc/2) to reduce the frequency and output a square (that will then…

  • over 8 years ago
  • Logic
  • Logic forum

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