Part Number: ADS1013-Q1 Hi Team,
My customer would like to calculate the maximum amount of error that can be estimated but there is no internal ref spec of this device in the datasheet and they could not do that.
Do you have any data regarding its internal…
Part Number: ADS1013 Hi team,
When the data rate is 1600SPS in single shot mode of ADS1013, I think the conversion time is as follows.
(1/1600)*1.1 + 20us = 625us*1.1 + 20us = 708us
Is it necessary to wait for 708us or more after writing the config and…
Part Number: ADS1013 Hi team,
The voltage is read in about 3ms cycle in single shot mode of ADS1013. The sampling period is 1600 SPS.
It looks like we can read the voltage without any problems.
However, there is a description of " For example, an ADS101x…
Hello Angel-san,
Thankyou for your reply. You comments sound like ADS1000-Q1 will be NRND soon. Would you please tell me the reason why you recommend ADS1013-Q1 even though ADS1013-Q1 is more expensive than ADS1000-Q1 which isn't good for customers w…
Part Number: ADS1013 Other Parts Discussed in Thread: ADS1018 Hi Team,
I want to use the largest pull up resister(Like 100k ohm) for ADS1013 I2C communication to reduce total current consumption of a system. But Max tR is specified as 300ns at 7.6 Timing…
Part Number: ADS1013-Q1 Other Parts Discussed in Thread: ADS1015 , ADS1013 , ADS1014 Hi Sir,
Ads1013-q1, it is a one channel device, but my customer connect AIN0 to one sensing Voltage while AIN1 to another sensing voltage.
On the spec, there is a register…
Part Number: ADS1013-Q1 Other Parts Discussed in Thread: ADS1014-Q1 , ADS1013 , ADS1014 Hi team,
Can you please answer the following question?
Is ADS1013-Q1 available only up to 2.048V with single-ended input?
To measure 3.3V input, can ADS1013-Q1 be replaced…
Part Number: ADS1013-Q1 Other Parts Discussed in Thread: ADS1013 Hi Sir,
Customer is asking if we have ADS1013-Q1 IBIS model to share with them?
Many thanks,
Patrick
Part Number: ADS1013-Q1 Hi TI-team
My customer want to use the ADS1013-Q1 as a single-ended input.
1. Connect AIN1 to GND. 2.The resolution is 0 V to 2.048 V at voltage level for 12 bits, and 2048 to 4095 for AD value. (Half the range of the differential…
Part Number: ADS1013-Q1 Hi HI-Team
In my recognition that FSR is fixed at ± 2.048 V regardless of the VDD voltage. If it it correct, the error of the VDD voltage does not affect the error of AD conversion. Is it correct ?
Best Regards, Koji Haya…
