TI E2E support forums
TI E2E support forums
  • User
  • Site
  • Search
  • User
  • E2E™ design support >
  • Forums
    • Amplifiers
    • API solutions
    • Audio
    • Clock & timing
    • Data converters
    • DLP® products
    • Interface
    • Isolation
    • Logic
    • Microcontrollers
    • Motor drivers
    • Power management
    • Processors
    • RF & microwave
    • Sensors
    • Site support
    • Switches & multiplexers
    • Tools
    • Wireless connectivity
    • Archived forums
    • Archived groups
  • Technical articles
  • TI training
    • Tech days
    • Online training
    • Live events
    • Power Supply Design Seminar
  • Getting started
  • 简体中文
  • More
  • Cancel


Search tips
Showing 118 results View by: Thread Post Sort by
    Answered
  • SN74LV123A: Propagation delay (tPLH)

    Kazuki Itoh
    Kazuki Itoh
    Resolved
    Part Number: SN74LV123A Hello team, Could you please let me know about tPLH? The value is not clearly specified in switching characteristics table. Is it OK to use tpd value for tPLH and tPHL? Regards, Itoh
    • Resolved
    • over 4 years ago
    • Logic
    • Logic forum
  • SN74LV123A: 1 Sec timer

    Yasushi Fujiwara
    Yasushi Fujiwara
    TI Thinks Resolved
    Part Number: SN74LV123A Hello Experts, My customer would like to design 1 sec timer by SN74LV123A. Customer tested the device almost 1 sec timer, using RT=100Kohm/CT=10uF. Customer got a good result but customer would like to know whether it is a reasonable…
    • over 4 years ago
    • Logic
    • Logic forum
  • Answered
  • SN74LV123A: SN74LV123AQPWRQ1 Datasheet spec

    Masayuki Uchihara
    Masayuki Uchihara
    Resolved
    Part Number: SN74LV123A Hi Team, I have qustion about the SN74LV123AQPWRQ1. Does this mean that when IOH (1Q, 2Q and its inverted output) is small, VOH is only guaranteed above 0.1V? Also, I am thinking of VCC = 5V. In that case, what will happen…
    • Resolved
    • over 4 years ago
    • Logic
    • Logic forum
  • SN74LV123A: Pin terminatio

    Kannan Sockalingam
    Kannan Sockalingam
    TI Thinks Resolved
    Part Number: SN74LV123A Other Parts Discussed in Thread: SN74LVC1G123 Hi guys, working with someone on this device (SN74LV123APWR), the datasheet wasn't clear. If we are planning on using only half the outputs, so pins 5,9,10,12 are floating, how do…
    • over 4 years ago
    • Logic
    • Logic forum
  • Answered
  • SN74LV123A: SN74LV123A Triggering on both rising and falling edges

    user6128839
    user6128839
    Resolved
    Part Number: SN74LV123A Hello TI Forum, I am trying to trigger the SN74LV123A on the rising and falling edge of the same signal. For this I have shorted both inputs (inv&non-inv) of the same channel. I works fine on ChA (white input to P1&P2…
    • Resolved
    • over 6 years ago
    • Logic
    • Logic forum
  • SN74LV123A: Wrong GND connection to Cext pin

    Oba
    Oba
    TI Thinks Resolved
    Part Number: SN74LV123A Hello, My customer made their own prototype with SN74LV123A. Then they found a wrong connection on Cext pin. They wrongly connect this pin to GND directly like the below. This is obviously different usage from the datasheet…
    • over 4 years ago
    • Logic
    • Logic forum
  • Answered
  • SN74LV123A: Is it OK to input voltage higher than the Vcc?

    Ryotaro Fukui
    Ryotaro Fukui
    Resolved
    Part Number: SN74LV123A Hello team, I received a question from my customer about behavior of monostable multivibrator logic "SN74LV123A". Customers are willing to use VCC = 3.3V, and input voltage Vi = 5V(typ) for their application. Vcc(3.3V)…
    • Resolved
    • over 4 years ago
    • Logic
    • Logic forum
  • SN74LV123A:

    Sreelekshmi Unnithan
    Sreelekshmi Unnithan
    Part Number: SN74LV123A Hi, I tried to simulate a circuit using SN74LV123A in orcad. The pspice model was downloaded from TI site. I am using two multivibrator models in a circuit. The first multivibrator consist of: A high to low pulse given…
    • over 5 years ago
    • Logic
    • Logic forum
  • Answered
  • SN74LV123A: SN74LV123A Typical Application Problem

    Terry Tseng
    Terry Tseng
    Resolved
    Part Number: SN74LV123A Hi Ti Sir I have SN74LV123A Typical Application Problem. Pin Cext connect to GND. Is it correct ? and Typical Application Cext do not connect to GND
    • Resolved
    • over 7 years ago
    • Logic
    • Logic forum
  • SN74LV123A: SN74LV123A power-up ramp rate

    Nanfang Liao
    Nanfang Liao
    TI Thinks Resolved
    Part Number: SN74LV123A Hello Team, There is power-up ramp rate spec in our datasheet below, but there is only MIN spec. I think it should be MAX spec, what's your opinion? Why do we define this spec, if customer's application can't meet this spec,…
    • over 8 years ago
    • Logic
    • Logic forum
<>

Didn't find what you are looking for? Post a new question.

  • Ask a new question