Part Number: ADS125H02 Hi,
I have connected AVDD=5V and DVDD=5V. I wanted to know INL in terms of LSB value. Conversion of INL from ppm to in terms of LSB.
VREF = AVDD.
FSR = (2 * VREF)/Gain. = (2*5)/1 = 10
Calculation of INL interms of LSB…
Part Number: ADS125H02 Hi
Do you have ADS125H02 calibration guide?
(1) for ADC calibration，DATASHEET Page41~44 , how to setting or calibration? (2)for ADC digi filter，DATASHEET Page.33-38 how to setting or calibration? Eric
Part Number: ADS125H02 The silk screen does not match the description in the specification. Is the wrong material sent, or is the silk screen information changed?
Part Number: ADS125H02 Hi Brian-san
sorry. I forgot to translate it into English.
Please tell us a little more about ADS125H02.
Data sheet page 70: Typical Applications recommend the use of Zener diodes as a workaround for overvoltage protection…
Part Number: ADS125H02 How does the Auto-Zero function affect the effective noise bandwidth?
Section 9.4.2 Auto-Zero Mode describes that the digital filter notches remain in the same locations, but the system has latency equal to the Conversion Latency…
Part Number: ADS125H02 Hi Brian-san
I am always grateful for your help.
That's right. This is the circuit under experiment. It is a circuit that measures the battery. The power of the circuit is turned off and the battery is inserted and removed.…
Part Number: ADS125H02 Hi,
I am using this ADC to calculate the voltages that are in the range of 0.9V to 12V.I am able to perform the offset and gain calibartion on the ADS125H02.
Offset calibration procedure:
I have enabled the Internal short…
Part Number: ADS125H02 Hi
Can i use this ADC for my applications which is having
1) 4-20mA current as input to ADC to convert to Digital.
2) 0-10V analog input to ADC to convert to Digital.
If so can u explain design considerations for my input…
