Part Number: ADS8319 Hello,
I use the ADS8319, The +Vbd is connected to +3,3Volt.
I need to know if the SDO output of ADS8319 is 5 Volt tolerant when the SDO output is in three state.
This is usefull if I have any peripheral at 5V connected in the same…
Part Number: ADS8319 To understand potential failure modes of the device what happens to the ADC readings when the Vref signal exceeds the Va supply by more than 0.1V as defined in the recommended operating conditions of the part.
Hi Ben Collier,
Below is the block diagram of current sampling circuits, as the power rail of ADS8319 is higher than F2806x, customer wants to use R1 and R2 divided resistors to decrease the voltage range within 3.3V
As there need to impedance balancing…
Part Number: ADS8319 Dear Team,
Can your please advise regarding the customer question below :
What is the current consumption of pin +VA (5V) at power up when only this pin is connected to supply rail (+VBD=0V) - Before configuration using the SPI pins…
Hello Nishie,
Unfortunately, the only pin-2-pin drop-in that does not require a change in supply voltage or software is the ADS8319. However, the ADS8319 should be compatible and a direct drop-in. Since the customer is missing the MSB, can you confirm…
Part Number: ADS8319 Hi,
I have the following Problem with ADS8319:
Resolution seems to degrade with Input Signal Level.
I am using ADS8319 at 3.3V digital and 5V analog supply and reference. I am using 3 wire CS mode with busy indicator.
At Input signals…
Other Parts Discussed in Thread: ADS8319 Hello,
Am using this ADS8319 with 3wire with busy indicator, the schematic am attaching.
Am able to get the proper response for input analog voltage till 2.5 volts for which am getting ADC value of 32767, but if…
Other Parts Discussed in Thread: ADS8319 , REF5050 , REF6050 Hello,
Am using ADS8319, in 3-Wire with busy indicator.
Am getting proper values for analog voltage below 2.5V,
for 2.5V am getting ADC value of 32767, but if I increase the input analog voltage…
Other Parts Discussed in Thread: ADS8319 Hello,
For a 16-bit single-ended ADC the resolution is calculated by 2^(16) = 65536, and if the 16-bit ADC is differential ended, then the resolution is calculated by 2^(15)= 32768 as in differential case, one…
Other Parts Discussed in Thread: REF5050 , ADS8319 Hello,
I am using two ADCs ADS8319 from TI and i have interfaced them with the ARDUINO UNO. The reference to both the ADC ICs have been provided by separate REF5050 ICs from TI.
There is a problem with…
