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Showing 29 results View by: Thread Post Sort by
  • RE: " Floating point computation failed during matrix solution" reported from TI pSpice

    Peng Liu50174
    Peng Liu50174
    Hi, Jerry, When I replace LM358LV with another OP such as LM318, then simulation can run. Peng,
    • 5 months ago
    • Simulation, hardware & system design tools
    • Simulation, hardware & system design tools forum
  • Answered
  • LM318-N: request schematic review

    TS Yang
    TS Yang
    Resolved
    Part Number: LM318-N Other Parts Discussed in Thread: LM318 Hi, The schematic below is circuit for a measurement control application, one of my main customers. It seems blurry because resolution is not good, but please ask for a review. thanks, TS
    • Resolved
    • over 5 years ago
    • Amplifiers
    • Amplifiers forum
  • Answered
  • LM318-N: Zero cross detector

    Akshay Pathak
    Akshay Pathak
    Resolved
    Part Number: LM318-N Other Parts Discussed in Thread: LM318 , LMV7219 , LM7121 Hello friends, I am trying to design zero cross detector with LM318 input : AC 500mv 1.2MHz output: gate Pulse +vcc and -vcc for n and p channel mosfets please can you suggest…
    • Resolved
    • over 5 years ago
    • Amplifiers
    • Amplifiers forum
  • Supply voltage range of LM318

    Jason Ro
    Jason Ro
    Other Parts Discussed in Thread: LM318 Dear Sirs, Hello!. My name is Jason. I would like to know the Vcc rage of LM318. According to datasheet, both of Vcc (Vcc+ and Vcc-) should be located between -20V and 20V. So I think Vcc+ must be lower than +20V all…
    • over 6 years ago
    • Amplifiers
    • Amplifiers forum
  • Temperature rise and voltage offset in buffering with LM318

    Lakshan
    Lakshan
    Other Parts Discussed in Thread: LM318 , AMC1100 , LM318-N Hi all, I made a voltage sensor to measure +/-600V using AMC1100 for three phase sine wave application. LM318 op-amps used to buffer signals. Two isolated 5V (Exactly 4.970V in resistor divider side…
    • over 6 years ago
    • Amplifiers
    • Amplifiers forum
  • LM318 oscillates not stable

    Mark Hansen
    Mark Hansen
    Other Parts Discussed in Thread: LM318 I am trying to build a simple subtraction amp like figure 45 of the LM318 data sheet. attached (I think). I need to subtract 2 sine wave signals both of which are 6.78 MHz. I have bypassing on the power supply, and…
    • over 7 years ago
    • Amplifiers
    • Amplifiers forum
  • Answered
  • RE: Current consumption of the LF356M

    Clemens Ladisch
    Clemens Ladisch
    Resolved
    The 3.5 mA value is consistent with figure 6 in the datasheet. And even a redesign would not change power consumption and speed by that amount. 5 mA sounds as if it could be something like the LM318. Can you check if there are clamping diodes between…
    • over 1 year ago
    • Amplifiers
    • Amplifiers forum
  • Answered
  • RE: TL034: How to calculate the offset voltage

    kai klaas69
    kai klaas69
    Resolved
    Well, the LM318 is a different story because it contains bipolar transistors in the input stage sinking lots of input bias current. 150nA typical input bias current times 20k gives 3mV. So with the LM318 you will definitely see a change of output offset…
    • over 1 year ago
    • Amplifiers
    • Amplifiers forum
  • Answered
  • RE: Where is LM11 Op Amp in Ti "Applying a New Precision Op Amp" App note?

    Marek Lis
    Marek Lis
    Resolved
    The app note only talks about TI parts LM10, LM318, and LM334 - see below - and they are available for download on TI website. https://www.ti.com/lit/ds/symlink/lm10.pdf http://www.ti.com/lit/ds/symlink/lm318-n.pdf https://www.ti.com/lit/ds/symlink/lm334…
    • over 3 years ago
    • Amplifiers
    • Amplifiers forum
  • TINA/Spice/LM218-Q1: Output current simulation

    Yuto Sakai
    Yuto Sakai
    TI Thinks Resolved
    Part Number: LM218-Q1 Other Parts Discussed in Thread: TINA-TI , , LM318 Tool/software: TINA-TI or Spice Models Hi, I would like to simulate the LM218-Q1 output current characteristics under conditions other than VOM=±12V (±13 V) and RL=2 kΩ. …
    • over 3 years ago
    • Amplifiers
    • Amplifiers forum
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