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  • OPA2348: Part Recommendation

    • Resolved
    Part Number: OPA2348 Hey Team, I have a customer that is using the OPA2348A for their previous

  • OPA2348: Op Amp on die

    • Resolved
    Part Number: OPA2348 We have a hearing aid application and wish to utilise the on-die version

  • OPA2348: Microphone circuit

    • Resolved
    Part Number: OPA2348 Hi Sir, Microphone specifications: -35db (Sensitivity ) , 60db(SNR) Sound

  • OPA2348: The output issue from OPA2348

    TI Thinks Resolved
    Part Number: OPA2348 Hi Experts: I found an issue of OPA2348 in customer's system , see the schematic attached . The input from CON1 is the signal generator, The gain is 1000V/V, we input the 2mV and 66HZ sine waveform ,the output signal is...

  • OPA2348: low power consumption

    • Resolved
    Part Number: OPA2348 We want to find an amplifier with very low power consumption. GBP=1MHz, Can

  • OPA2348: P2P solutions to replace OPA2348AIDR

    • Resolved
    Part Number: OPA2348 P2P solutions to replace OPA2348AIDR, because these devices are quite old

  • OPA2348: Output voltage with no input applied

    • Resolved
    Part Number: OPA2348 Hi Our customer has question about OPA2348 . I attach the circuit below

  • RE: OPA2347: ESD class and ESD voltage rating of pins

    Hello HSG, Unfortunately, this part is an older Burr-Brown part from right around the time TI purchased Burr-Brown and we do not have the original ESD qualification data for this part. I can offer you two other data points. 1. The OPA2347YZDR passed...

  • OPA2348: OPA2348 un-expect output

    TI Thinks Resolved
    Part Number: OPA2348 Dears, My customer using OPA2348 to monitor the NTC sensor which is integrated on IGBT module. the input voltage of IN+ is range from1.8V~3.7V. the VCC of OPA2348 is +5V. Normally, the IN- (connect to Output via a IN4148) will...

  • RE: Circuit configuration for insulation

    Hello,Joseph-san Thank you for your suggestion for ADS1118. I understand bypass capacitors and RC filters. I also understood that DOUT / DRDY becomes Hi-Z. The operational amplifier uses OPA2348 described in TIDA-01513. Again...

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