• RE: LTC6363-1 replacement LTC6363-1 replacement LTC6363-1 replacement

    Hi Mamzi,

    Have you checked on our authorized distributors? What package do you need?

    You can check Analog Devices' parametric search for single-ended to fully differential amplifiers

    Single-Ended to Differential Amplifiers Fixed Gain Selection


  • RE: LTC6363-2 power consumption

    You also have to consider the current drawn by the included resistors.

  • EMI Susceptibility in design with LTC2512-24 and LTC6363

    I am having issues with high levels of noise induced from EMI and looking for recommendation for mitigation. My PCB layout borrows many concepts from the DC2222 evaluation board layout, including:

    1. using a 4 layer board with the same layer designatio…
  • Lowpass filter for LTC6363

    I'm trying to add a 1 pole RC filter with a 20kHz cutoff upstream of the LTC6363 as an anti-alias filter. My configuration is like this:


  • LTC6363 single-ended to differential

    We try to use LTC6363 to convert the input single-ended signal into a differential signal. The Gain factor was calculated to be 1, but the actual measured gain factor was 0.7. The resistor we used is LT5400-5, an 1MΩ resister pack. Could you help me solve…

  • Single ended to differential conversion using LTC6363


    I have attached a image of my project. I am using Class D amplifier to drive my 8 ohm speaker. But I am using class D amplifier in single ended input instead of differential input mode, hence I am getting pop and click noise while turning ON my device…

  • Signal conditioning using LTC6363-0.5 with AD7768.

    Hi All ,

    I have an requirement of conditional circuit, to process analog to digital conversion.

    The signal comes from hydrophone with 8 channel analog input (Differential - bipolar signal ) with the range of 10Vpp. The waveform may be sin, ramp, square…

  • SNR of AD7768-1 with AD8250 at 48 kHz input frequency


    my customer asks for the SNR that is to be expected with the following signal chain:

    48 kHz input-signal ---> AD8250 ---> LTC6363 ----> AD7768-1

    AD8250 is powered by +/-15 Volt.
    The LTC6363 translates the up to +/-10V output from the AD8250…

  • There is an error at the output due to the resistor matching. How can I minimize or eliminate this error?

    I am using LTC6363 to convert my single-ended signal to the differential signal that my ADC requires.  I have the amplifier configured in a gain of 1 and have discovered that the gain-setting resistors dominate my CMRR performance.  Because of the way the…

  • RE: Why SAR+FIR ADCs are always Bipolar rather than True-Bipolar input? And how to convert.

    The true-bipolar to bipolar method used should not affect SNR. The LTC6363/LTC2500-32 circuit referenced achieves an SNR of 103.3dB. THD is -122.2dB. This is equivalent to a little better than a 1ppm INL.For slightly better performance you might replace…