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  • AFE0064: AFE0064 code

    Part Number: AFE0064 Tool/software: When we were debugging the AFE0064 chip, the two output signals were incorrect. Can you provide debugging reference code or debugging introduction? Thank you.

  • AFE0064: Photo multiplier signal acquisition DDC264 or AFE0064

    TI Thinks Resolved
    Part Number: AFE0064 Other Parts Discussed in Thread: DDC264 , DDC232 Hi, I need to design a acquisition system for a 64 channel Photo-multiplier. Examples of pulses from the PMT are attached, the signal is across a 330R resistor. It's a negative going…

  • AFE0064: Schematic and layout (guidelines)

    Part Number: AFE0064 Other Parts Discussed in Thread: ADS8363 Hi TI, I'm looking into making a design with the AFE0064 combined with an ADS8363. However, there is limited information in the AFE0064 datasheet. Is there a reference schematic, example…
    • Answered

  • AFE0064: Designing with AFE0064 and AFE2256

    Resolved
    Part Number: AFE0064 Other Parts Discussed in Thread: AFE2256 , ADS8363 , AFE2256EVM Hi Experts, Good day. We have a raised queries a follows: 1. Can we use 2 AFE0064 ICs to read from a 128 channel input device? If, yes, how do we do it and what…
    • Resolved

  • AFE0064: Vint_off of AFE0064

    TI Thinks Resolved
    Part Number: AFE0064 Hi, we are thinking about using AFE0064 to detect our current signals with both positive and negative polarities. I found that by applying voltages at pin 56 and pin 57, it is possible to detect both positive and negative currents…

  • AFE0064: ADC for AFE0064

    TI Thinks Resolved
    Part Number: AFE0064 Other Parts Discussed in Thread: THS10064 , ADS8363 , AFE2256 Hi, Team do you have any guideline or recommendation for selecting ADC for AFE0064? I have some trouble understanding the relationship between the data transfer rate…

  • AFE0064: continuous current reading

    Part Number: AFE0064 Other Parts Discussed in Thread: AFE1256 , AFE2256 , DDC1128 , DDC264 Hi I'm looking for an analog front-end IC with an input charge range of 0.75pC to 10.5pC. I was wondering if the AFE0064 would be suitable for reading the…

  • AFE0064: Full Scale Range

    Part Number: AFE0064 Other Parts Discussed in Thread: DDC112 Hi, In the datasheet it mention Eight Adjustable Full Scale Ranges (0.13 pC min to 9.5 pC max). Does that mean that the largest input charge that can be tolerated is only 9.5pC? If the…

  • AFE0064: Develop FPGA based controller for capacitive touch screen panel

    Part Number: AFE0064 Hello, I want to implement a controller for touch screen panel that has 24 sensing channels RX , and 25 driving channels TX. Reading this document ( https://www.researchgate.net/publication/279915514_Concurrent_Driving_Method_with_Fast_Scan_Rate_for_Large_Mutual_Capacitance_Touch_Screens…

  • AFE0064: Using charge compensation scheme to offset the integrator output

    TI Thinks Resolved
    Part Number: AFE0064 Hello Guys, Good day. Our customer have the following inquiries: "We are trying to understand how the charge compensation scheme can be used to offset the integrator output (data sheet page 16, section "Allowing Limited Hole…

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