Part Number: ADS1675 Hi Support Team,
Correct me if I'm wrong, but the only way to have 2MSPS with ADS1675 is with the following settings:
Fclk = 16 MHz
DRATE = 101 => Fclk/8 = 2MSPS
With DRDY timing = 1/2MSPS = 0.5 us
and Fsclk = 16Mhz x 3 = 48…
Part Number: ADS1675 Good afternoon,
We're looking at using the ADS1675 for our design but could not find a specification in the datasheet that shows the relationship between clock jitter tolerance and SNR. Are there additional resources that show…
Part Number: ADS1675 Hi Support Team,
Correct me if I'm wrong, but the only way to have 2MSPS with ADS1675 is with the following settings:
Fclk = 16 MHz
DRATE = 101 => Fclk/8 = 2MSPS
With DRDY timing = 1/2MSPS = 0.5 us
and Fsclk = 16Mhz x 3 = 48…
Part Number: ADS1675 Other Parts Discussed in Thread: THS4541 Hello TI team,
The analog part of my application is very sensitive and critical respect to noise and i was thinking to do the following:
- have an isolated and dedicated 5V/GNDA power supply…
Part Number: ADS1675 How can we configure this part to measure the -3.3 volt to 0. I am getting multiple spikes in the DRDY signal however datasheet shows only a spike in the start mode. I am not getting anything for CS.
Kindly help.
Thanks
Deepak
Part Number: ADS1675 Other Parts Discussed in Thread: THS4503 , THS4551 Hi Texas,
I want to measure the precision voltage (Transimpedance amplifier output voltage, 10kHz-400KHz) with a minimum resolution of 400 uV from the ADS1675. We implemented the…
Part Number: ADS1675 In the datasheet for the ADS1675, the second paragraph of the Description on page 1 says that the Wideband path has a stop band attenuation of 86dB. This is also listed in the datasheet on page 3 under DIGITAL FILTER CHARACTERISTICS…
Part Number: ADS1675 Other Parts Discussed in Thread: ADS1672
Hi,
I was comparing the ADS1672 to the ADS1675 and I noticed that the 72 has a DVdd range of 2.7 3.0 3.3 while the 75 has a DVdd range of 2.85 3.0 3.15. The max operating ranges of the parts…
Part Number: ADS1675 Other Parts Discussed in Thread: ADS1274 When i use ADS1675, i find there are 200 more microamp between AINP and AINN, so my question is why ADS1675 have the 200 more microamp ?can we solve the problem?
Part Number: ADS1675 Hi,
I am going to buy ADS1675 for a medical based high-frequency ultrasonic application but I'm struggling to find answers to these two questions:
1) I will use ADS1675 for digitalizing a signal with a 2MHz frequency, based on…