• SN74LVC1G97-Q1: VIH/VIL/VOH/VOL parameter

  

  Chia Cheng Wang

  TI Thinks Resolved

  Part Number: SN74LVC1G97-Q1 Hi TI Expert, May we know the VIH/VIL(IN0/1/2) & VOH/VOL(Y) parameter of SN74LVC1G97QDCKRQ1 under 5V VCC? It seems that the EC table does not cover this part. Or how to judge those parameter if the datasheet doesn't mention…

  • 2 months ago
  • Logic
  • Logic forum

• SN74LVC1G97: Unpowered Resistance

  

  Renan Santos Adriano

  TI Thinks Resolved

  Part Number: SN74LVC1G97 Hello Team, I'm posting on behalf of my customer: I have a product that is failing the ICT unpowered test. I need to know what the unpowered resistance is for a SN74LVC1G97DCKT. Pin 4 to ground and Pin 6 to ground including…

  • 4 months ago
  • Logic
  • Logic forum

• SN74LVC1G97: SN74LVC1G97: Spice model for the whole LVC1G family (Related Question)

  

  John Westmoreland

  TI Thinks Resolved

  Part Number: SN74LVC1G97 Hello All, I see Chad Crosby had replied - does anyone know if the Spice/PSpice/TI-PSpice models have been made for these devices - namely the SN74LVC1G97 ? Thanks In Advance, John W.

  • 6 months ago
  • Logic
  • Logic forum
Answered

• SN74LVC1G97-Q1: Minimum VDD voltage

  

  Hidekazu Someno

  Resolved

  Part Number: SN74LVC1G97-Q1 Hello, application support team. I have a question about the VDD minimum voltage specification. The recommended operating conditions table in the datasheet has the minimum VCC specification (1.5v) as "data retention only" along…

  • Resolved

  • 5 months ago
  • Logic
  • Logic forum
Answered

• SN74LVC1G97: maximum negative-going input threshold voltage (Vt-) for Vcc = 4,8 V

  

  Andreas Kaltenbrunner

  Resolved

  Part Number: SN74LVC1G97 Dear all, i please would need the maximum negative-going input threshold voltage (Vt-) range (over temperature) for a supply voltage of 4,8V. The datasheet is only shows values for a Vcc of 4,5 V and 5,5 V. Could please anybody…

  • Resolved

  • 4 months ago
  • Logic
  • Logic forum
Answered

• SN74LVC1G97: Truth Table Interpretation

  

  John Westmoreland

  Resolved

  Part Number: SN74LVC1G97 Hello All, Looking at the datasheet and then looking at the truth table and Figure 5, for instance - I don't see those matching. How is the logic and truth table supposed to be reconciled? For figure 5 - for the top example…

  • Resolved

  • 6 months ago
  • Logic
  • Logic forum
Answered

• RE: SN74LVC1G97-EP: Thermal Resistance

  

  Owen Westfall

  Resolved

  Hi Renan, They just got back to me the values are as follows. Result- Theta JA-High K: 207.6 Result-Theta JC, top: 143.9 Result-Theta JB: 57.6 Result- Psi JT: 42.3 Result- Psi JB: 57.3 Result-Theta JC, bottom: n/a …

  • 6 months ago
  • Logic
  • Logic forum
Answered

• SN74LVC1G97: rise time and fall time

  

  Shinichi Inoue

  Resolved

  Part Number: SN74LVC1G97 Dear Specialists, My customer is considering SN74LVC1G97 and has a question. I would be grateful if you could advise. --- Regarding SN74LVC1G97, Could you please let us know about rise time and fall time. --- I appreciate your…

  • Resolved

  • 7 months ago
  • Logic
  • Logic forum

• SN74LVC1G97: Vt+ max and Vt- min for Vcc = 3.3V

  

  Narasimha Murthy

  TI Thinks Resolved

  Part Number: SN74LVC1G97 For VCC=3V Vt+ max = 1.87V and Vt- min = 0.84V. What is Vt+ max and Vt- min for VCC=3.3V?

  • over 1 year ago
  • Logic
  • Logic forum

• SN74LVC1G97-Q1: Thermal data

  

  Denny Huang

  TI Thinks Resolved

  Part Number: SN74LVC1G97-Q1 Dear team Could you help to provide the thermal data of Jb and Jc? Many thanks Denny

  • over 1 year ago
  • Logic
  • Logic forum

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