Part Number: ADC128S102 Tool/software: Hi,
We are presently planning to use ADC128S102QML-SP in a new design using 1MHz clock frequency (minimum clock frequency for this device is specified as 800KHz). For early breadbording stages, we were planning…
Part Number: ADC128S102 Tool/software: hello
We want to know if ADC128S102 is a high impedance input and whether a follower needs to be added to the analog input.
the reference design of TI has add a follower,But he can also choose not to add, I ask…
Part Number: ADC128S102-SEP Tool/software: Hello,
Section 7.3.3 of the datasheet states that "The inputs are not prone to latch-up and can be asserted before the digital supply (VD) without any risk.".
However, in section 6.1 (Absolute Maximum Ratings…
Part Number: ADC128S102 Other Parts Discussed in Thread: TMS320F2808 , Tool/software: Hi,
I am using two ADC128S102 A/D converters for sampling 10 analog channels. The two ADC128S102 chips are connected to a TMS320F2808 DSP through the SPI D port. …
Part Number: ADC128S102 Tool/software: Hello TI Support Team,
The customer received part#ADC128S102CIMT/NOPB and reported that total qty:233pcs shipped with DC 2401 was rejected due to the plating or left-over metal from leads and resulted loose material…
Part Number: ADC128S102ADC128S102 - is specified from 500ksps to 1Mbps, whereas ADC128S102-SEP is specified from 50ksps to 1Mbps w.r.to Sampling rate. What is the constraint or Specification difference for using the ADC128S102 IC while using at 50ksps…
Part Number: ADC128S102 Tool/software: Hello, I was hoping to get TCEs and young's modulus for materials that comprise PNs below: We are performing a fatigue analysis and these inputs are high priority
ADC128S102WGMPR
Thank you, Christian
Part Number: ADC128S102 Tool/software: Hello,
The clock speed recommendation is between 8MHz - 16MHz. Based on the data sheet, I believe this clock speed is recommended to achieve the sample rate of 125Ksps on all channels. For the application I am…
Part Number: ADC128S102 Tool/software: Hello
I am working with an ADC128S102 and a SAMRH71 microcontroller. I have been trying to read all 8 channels in sequence with SPI.
I have measured the SPI lines with an Oszilloscope to verify the way I am addressing…
