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  Dylan Hubbard

  • 1 month ago
  • Logic
  • Logic forum

  RE: SN74LVCH245A: Future supplyability and EOL schedule

  Hi Ottey, I can't really speak for the broader TI when answering these questions. However, I can reiterate that we don't have plans to EOL this device. The VQFN package has been very receptive by our customers when wanting to gravitate away...
• 

  Emrys Maier

  • over 1 year ago
  • Logic
  • Logic forum

  RE: SN74LVCH245A: SN74LVCH245 Qualification Test

  Hi Liven, TI qualifiactions are based on 009-501 which is based on the JEDEC spec, however not all tests in the spec are applied to every device. The JEDEC47 spec is a catalog of tests -- not a requirements document. If the qualifications shown are...
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  Tsukui Yusuke

  • over 2 years ago
  • Logic
  • Logic forum

  SN74LVCH245A: About "Pin Configuration and Functions"

  • Resolved

  Part Number: SN74LVCH245A Hi, Could you tell me about SN74LVCH245A datasheet Page4? I think
• 

  user4773196

  • 8 months ago
  • Logic
  • Logic forum

  RE: SN74ALVCH32245: What is the suggested replacement for SN74ALVCH32245

  Hi Karan, But SN74LVCH245A is 8 bit, need 4pcs to cover SN74ALVCH32245. Any other option? -Tiffany
• 

  Lior Sasi

  • over 2 years ago
  • Logic
  • Logic forum

  SN74LVCH245A: SN74LVCH245A ZXY Package

  TI Thinks Resolved

  Part Number: SN74LVCH245A Hi, I would like to use the ZXY package of SN74LVCH245A, from the datasheet i see that there is mismatch between the pin numbering of the package (page 4) and the footprint (page 23). It's 4 x 5 matrix instead of 5 x...
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  LeonardEllis

  • over 5 years ago
  • Logic
  • Logic forum

  SN74LVCH245AZXY pin assignments not shown in datasheet

  • Resolved

  Pin assignments for BGA pkg ZXY is not shown in the SN74LVCH245A datasheet. The ZQN pkg is shown
• 

  ShreyasRao

  • over 4 years ago
  • Logic
  • Logic forum

  RE: Regarding TXB0106

  Hi Prasanna , You can consider buffered transceivers in the portfolio . SN74LVCH245A can also work with the 24mA drive in it . They are octal bus hold transceivers.
• 

  M. Ohta

  • over 7 years ago
  • Japanese E2E (日本語コミュニティ)
  • アナログ （Analog) (Read-Only)

  Logic : 245タイプ双方向バッファの未使用I/O端子処理について

  SN74LVC245A、SN74ALVC245などの双方向バッファで使用されないチャンネルは、入力論理確定処理が必要です。 A,B両バスのI/O端子を同じ電位（LOW又はHigh）に固定処理してください。GNDへA,B両端子を抵抗プルダウンする事をお勧めします。 SN74AVC16T245のような双方向レベルシフタの場合も、未使用チャンネルのI/O端子処理は同様です。但しHIGHに論理固定する場合は、各々のVCCに抵抗プルアップしてください。 SN74LVCH245A、SN74ALVCH245などの入力バスホールド回路を持ったデバイスの場合は...

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