• LTC6363-1 replacement LTC6363-1 replacement LTC6363-1 replacement

    Hi,

    Is there any alternatives to LTC6363-1 since it is out of stock? 

    I need a single to differential Amplifier with a fixed gain of one. It is used in a current sensing circuit.

    Regards,

    Mamzi

  • 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

    Hi, 

    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…

  • RE: ADC Driver Low noise for AD7380

    Hi Jocs,

    Here is a list of ADI fully differential amplifiers sorted for low distortion (< -100dB), and low noise (<3nV) as a first pass at zeroing in on suitable drivers for the AD7380 (16 bit, SAR, diff input ADC):

    ADA4945-1
    LTC6363
    LTC6363-0.5…

  • RE: LTC2500-32

    A single LTC6363 as shown on the back page of the LTC2500 data sheet should be adequate to set the gain and provide anti-alias filtering. If a higher order antialias filter is desired see https://www.analog.com/en/technical-articles/anti-alias-filter…

  • RE: AD7768 : 8 CHANNEL ADC CAN SUPPORT SINGLE END - BIPOLAR INPUT.

    FormerMember
    FormerMember

    Hi Sidiq,

    You can use a fully differential amplifier like the LTC6363 or ADA4940 to perform this function. This will allow you to use the full range of the AD7768. Please note you will need to use a 5V reference such as ADR4550. The picture included…

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

    Hello,

    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…

  • RE: Ask questions about LTC2380-24 ADC Driver design

    Hello, 

    Based on the circuit, the RC time constant is quite big and the LTC2380 acquisition time is fast. This causes the sampling data not to settle.

    I have tried this as well on the Precision ADC Driver Tool, and the result shows not settled sampling data…

  • RE: LTC2497 - Protection and Low Voltage Conversion Divider Logic for Differential Input & ADC Conversion Logic

    To convert a 0-20V signal to 0-5V range that can be safely read by the ADC, I would recommend using a fully differential amplifier like the LTC6363. There is an circuit shown on page 36 of the LTC6363 data sheet that could be modified to suit your application…