Part Number: ADS1114-Q1 Other Parts Discussed in Thread: ADS1148 , ADS1248 , ADS1114 , ADS1115 , ADS1115-Q1 , ADS131B23-Q1 Hello,
I would like to ask for help. I have a 2 wire RTD on my PCB completely for safety. It means I measure the resistance…
Part Number: ADS1114-Q1
Analog input channel would get damaged if 5 volts are applied on AIN0-AIN3 for the VDD of 3.3V ? reason to ask this question is maximum allowed VDD is 7V so all AIN pins should be tolerant to 7V irrespective of VDD ?
Thanks…
Part Number: ADS1114-Q1 Other Parts Discussed in Thread: ADS1114 Dear experts,
I have a following quesition about I2C port of ADS1114-Q1.
Is there any damage on the device or any problem when switching on and off VDD of ADS1114-Q1 while supplying…
Part Number: ADS1115-Q1 Other Parts Discussed in Thread: ADS1114-Q1 , Tool/software: Hello, I am looking to get an ADC for a project I am working on. At first, I thought of getting the ADS1114-Q1, but because I have multiple inputs, I might go with the…
Hello Youhei-san,
Without being able to change the hardware, changing the configuration register to FSR=±4.096V will be the best option for the input range. This would mean the LSB=2mV.
The ADS1114-Q1 is pin compatible, offering a 16bit resolution…
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…
Hi Neal,
You can use the ADS1261-Q1 as a single-chip solution. This is a 24-bit, 11-Ch delta-sigma ADC.
You could also use 2x ADS1115-Q1. This is a 4-ch 16-bit delta-sigma ADC with integrated PGA, oscillator, voltage reference, and I2C interface.…
Allen,
The ADS1014-Q1 is close to what you would need for this measurement. However, with such a high range (9V to 33V), you would need to use a voltage divider to get the input within the ADC range. Because of this, you would use a limited part of…
Other Parts Discussed in Thread: TLV9001 , TLV9041 , TLV8541 , ADS1114 , TLV9001-Q1 , ADS1113 Hello,
My customer is looking for an OPAMP that can apply non-inverting design under the following conditions.
- Input : Vi = 0V to 100V / 200Hz Sinwave…
Hi Ben
My name is Bluto, I'm hardware, Hansen's colleague.
Ablout our application, please allow me to add some information.
We want to measure the wind speed, from 1m/s to 30+ m/s, we hope to be able to catch the change of every 1m/s or 0.5m…
