Part Number: ADS1014 Hello, Kindly help me out to understand the formula for the sample and hold error calculation for ADS1014 IC. Input is a analog signal (0 - 5V) and Vcc= 5V. It is necessary to for final ADC error calculations. Kindly help me to understand…
Part Number: ADS1014 We have a design with the ADS1014IRUGT and Altium flagged this as "not recommended for new designs". you site states that it is an active part. can you tell me what the expected production life of this ic is?
Thank you,
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Part Number: ADS1013 Other Parts Discussed in Thread: ADS1015 , ADS1014 There are some question below
Assume our VDD is 5V ,The FS (Full-Scale Range) is 5V or else (2.048V)?
There is no change for FS and LSB between single-ended / Differential Mode? …
Part Number: ADS1014 Other Parts Discussed in Thread: ADS112C04 Hello,
I want to implement a circuit to measure temperature using a 2-wire PT100 RTD (temp. coefficient 0.385 Ohm/°C).
The RTD element is positioned very close to the rest of the circuit…
Part Number: ADS1014-Q1 Other Parts Discussed in Thread: ADS1114-Q1 Hi team,
Could you help to suggest a solution to meet below requirement?
1. Need to monitor voltage 9V~33V
2. Resolution 0.01V (12bits need?)
3. Accuracy 0.1V
4. I2C interface
5. AEC…
Tamilarisan, I don't have much guidance for the ESD diodes ratings. They are there to help with specific ESD tests. For the ADS1014, the device is rated to ±2000V HBM and ±500V CDM according to the JEDEC standard. Beyond that, I would…
Part Number: ADS1014 Other Parts Discussed in Thread: ADS1015
My customer want to use ADS1014 to detect temp of thermistor resistor ? is it possible without other component to achieve it and what is the schematic looks like ? thanks you very much!
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Part Number: ADS1014 Other Parts Discussed in Thread: ADS1013 I'm not quite understanding full scale range and its bearing upon differential versus single-ended mode for the ADS1014.
1) Full scale range is specified as +/- n volts. However we cannot…
Part Number: ADS1014 Hi, I am using the ADS101x, specifically where x=4, ADC and want to know the default state of the ADDR pin. I know the recommendation is to either pull it up or down, but I'd like to know what happens if I leave it floating, as is…