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  • RE: LM7301: Please recommend a voltage reference of 1.5V for LM7301IM5/NOPB

    How accurate does the 1.5V need to be? More accurate than the 3.3V supply or should it scale with 3.3V supply?

  • LM7301: About LM7301 Max Tj

    TI Thinks Resolved
    Part Number: LM7301 hi dear supporting team, how about the max operating Tj of LM7301? from 85degree TA, it seems Tj could not exceed 100 degree. customer is operating at 8V, they normally get 96degree case temp. and the highest case temp could get...

  • LM7301: Multiple Feedback Bandpass Filter - low resonant gain

    • Resolved
    Part Number: LM7301 Good afternoon! I am trying to impliment a bandpass filter using the Multiple

  • LM7301 output voltage higher than V+, any problem?

    Hi, LM7301, V+ = 3.1V, output is pulled up by 2.2k resistor to 5V. Any issue in long run? Thanks. - YY

  • OPA209 unity gain oscillation

    Hi, I am using an OPA209 to build a 2.5V voltage reference. I use two 10kohm resistors to divide the 5V supply voltage and send it to the non-inverting input of an OPA209. The inverting input is shorted to the output. But at the output, I got 1MHz...

  • INA250-Q1: Current sensing circuit with threshold to wake up MCU

    • Resolved
    or LM7301 with a voltage divider to set up Vref. Do you have any integrated solution or aproximation

  • RE: Choose an efficient regulator switch for dac7563.

    The LM7301 can be driven by voltages that exceed both power supply rails, thus eliminating concerns over exceeding the common-mode voltage range. All common-mode input specs are provided in page 3, 4, 5 of the DS, just search for the parameter Vcm....

  • Non-linearity of LM7301 op-amp with high current load (~4mA)

    I recently tried to load the output of a circuit which was being driven by an LM7301 op-amp. The load was around 1K and the output was DC and adjustable from 0v to 4v. The input to the op-amp was a DAC output, 0 to 3v, known to be linear. the LM7301 was...

  • Re: LM339 as comparator

    Deepak, I see two problems. 1) The LM339 common mode range does not include VCC+ 2) The comparators need an offset of about 15mV added. So 0mV input is off and 30mV is on. High voltage (>6V) comparators with rail to rail (or VCC+) common mode...

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