Part Number: ADS1014-Q1 Tool/software: Hello expert,
My customer is asking for the power consumption in high temperature 125C. Do you have test data for this power consumption. If you don't have this parameter, do you have experience that how high for…
Part Number: ADS1014-Q1 Tool/software: Regarding the characteristics of the Digital filter, please let me know the Pass band, stop band, attenation ，Thank you
Part Number: ADS1014-Q1 Tool/software: We are using ADS1014BQDGSRQ1 now. Here are our settings: VDD=5V, INP=1.5V~3.6V, INN=GND, FSR=±4.096 V In this case, the LSB=2mV. We measured that there is a ripple of about 25mV in INP. Will this have any effect…
Part Number: ADS1014-Q1 Tool/software: Hello team,
Customer met some problems when design ADS1014-Q1, there are some questions need to check with you:
1. What is the concrete range of half the sampling frequency of the ADC;
2. What is the meaning of Unwanted…
Part Number: ADS1014-Q1 Other Parts Discussed in Thread: ADS1114-Q1 , Tool/software: Hi team,
My customer want to know resolution. Here is their settings: VDD=5V, INP=2.5V+/-1.5V, INN=GND, FSR=+/-2.048V(default)
In their use case, I think they can't read…
Part Number: ADS1014-Q1 Tool/software: Hello team,
Good day.
Customer need INL parameters when FSR=±4.096V, but there is only FSR=±2.048V in our datasheet, could you share the information?
Thanks.
Part Number: ADS1014-Q1 Other Parts Discussed in Thread: ADS1014 , , ADS1114-Q1 , ADS1015
Hi Team,
Can you please help with the question below?
On the datasheet Page 10/44
1. Why the 1-MHz internal oscillator has to be divided by the factor of 4? Is it…
Part Number: ADS1014-Q1 Hi TI,
Is it possible for me to use different voltage value for Vdd and SDA, SCL pull high voltage? Eg: Vdd is 5V and SDA, SCL is pull high to 3.3V.
Thank you.
Best regards,
Fariz
Part Number: ADS1014-Q1 Other Parts Discussed in Thread: ADS1014 , ADS1013 Hello TI experts,
My customer now designs temp/humidity sensor for car. and they considers ADS1014 for ADC.
The condition is as below;
1. VDD : 5.1V (actual voltage from DCDC)
2…
