Answered

• SN74LVC2G241: 3-state Output Logic

  

  Bhushan Hasarambi

  Resolved

  Part Number: SN74LVC2G241 Hi, I am wondering how does this chip provide a 3-state Output Logic. I was guessing it has an open-drain or open-collector output to support that. Could you please confirm and as well with an example logic diagram please? T…

  • Resolved

  • 4 months ago
  • Logic
  • Logic forum
Answered

• SN74LVC2G241: Spice model doesn't simulate High-Z correctly

  

  Ronald Rehfinger

  Resolved

  Part Number: SN74LVC2G241 Other Parts Discussed in Thread: TINA-TI Hi Support, it looks like the SN74LVC2G241 spice model doesn't model the High-Z condition correctly, but just connects the output hard to GND when the output is disabled. But I'm paticulary…

  • Resolved

  • 7 months ago
  • Logic
  • Logic forum
Answered

• SN74LVC2G241: Pinout confirmation for decal and logic symbol

  

  Sevender sharma

  Resolved

  Part Number: SN74LVC2G241 Hi Team, I am using SN74LVC2G241YZPR (DSBGA8) buffer in our current design. But there is some confusion regarding the pinout in the datasheet. Pin configuration details are saying that the pin numbering will be like but in decal…

  • Resolved

  • 7 months ago
  • Logic
  • Logic forum

• SN74LVC2G241: Input pin pull up/down

  

  yf liao

  TI Thinks Resolved

  Part Number: SN74LVC2G241 Hi, I just want to double confirm that there is no internal PU/PD in the input pin(OE, A), so external ones are needed for unwanted noise coupling, right?

  • 10 months ago
  • Logic
  • Logic forum

• SN74LVC2G241: Over-voltage on input pin

  

  Erik Hertz

  TI Thinks Resolved

  Part Number: SN74LVC2G241 Hi, We have a new application that uses your SN74LVC2G241DCTR dual buffer. In our case we are only using the second buffer. Pins 1 (1OE) and 2 (1A) are tied to GND. Pin 8 (VCC) is tied to a 3.3V supply via an LT1761-3.3 regulator…

  • over 1 year ago
  • Logic
  • Logic forum

• SN74LVC2G241: Dual Buffer

  

  ARVINDA KUMAR

  TI Thinks Resolved

  Part Number: SN74LVC2G241 I am using SN74LVC2G241 in my design and i want to confirm one point regarding the same. when the input signal at 1A pin is undefined, output will also be undefined and it ll cause damage to the target device, so is it ok if…

  • over 1 year ago
  • Logic
  • Logic forum
Answered

• SN74LVC2G241: max op. temp discrepancy

  

  Alberto Doronzo

  Resolved

  Part Number: SN74LVC2G241 Hi, I have been notified of a discrepancy between the max operating temperature under the recommended operating conditions section and the ordering section. The first states 85C, the second 125C. Which of the two is correct? …

  • Resolved

  • over 2 years ago
  • Logic
  • Logic forum

• SN74LVC2G241: No datasheet available? Should I pick another part?

  

  Bob C

  TI Thinks Resolved

  Part Number: SN74LVC2G241 Other Parts Discussed in Thread: SN74LVC2G125 Hello, I need a 2-bit tri-state buffer for 3.3V logic with a small delay (~ 4 ns). I also want a small package. It's a commercial, low cost application. I thought the SN74LVC2G241…

  • over 2 years ago
  • Logic
  • Logic forum
Answered

• AM3352: Power Up Sequence Problem

  

  WU YISYUAN

  Resolved

  Part Number: AM3352 Other Parts Discussed in Thread: SN74LVC2G241 hi, The power-on sequence on the specifications is as follows: my test result as below: I saw MPU start up before 3.3V, what is the impact on the application? thanks.

  • Resolved

  • over 2 years ago
  • Processors
  • Processors forum

• RE: Clock Buffer-Distributor Required

  

  Arvind Sridhar

  Hi Hari, I believe Noel replied to this query already. Figure 5 in the datasheet ( http://www.ti.com/lit/ds/symlink/sn74lvc2g241.pdf ) implies operation >60 MHz which should work for your customer's requirement (15MHz Max) Regards Arvind Sridhar

  • over 2 years ago
  • Clock & timing
  • Clock & timing forum

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