Part Number: ADS58B18 Hi TIer
We use ADS58B18
What is the formula for calculating the output?
when we set the gain = 3.5dB. input is AC signal which Vpp = 350mV.
So the digital output is = 352mv * 1.5（3.5db）/1V *2048.
Is this right?
Thank you
Tony L…
Part Number: ADS4142EVM Other Parts Discussed in Thread: ADS58B18 , ADS4142 , ADS4149 Hi, I wanted to know whether the ADS4142 and ADS58B18 are the same. And also in the HSDC PRO GUI should i enter my ADC as 4142 or 58B18 if not can i get the ini file for…
Part Number: ADS58B18 Hi,
In the document "ads58b18.pdf" (SBAS487D - NOVEMBER 2009-REVISED JANUARY 2011): In the section "ABSOLUTE MAXIMUM RATINGS" on page 2 it says: "Voltage applied to input pin / INP, INT / MAX / minimum (1.9, AVDD…
Part Number: ADS58B18 Other Parts Discussed in Thread: ADS58B19 , Hi,
ADS58B18/ADS58B19, the internal pattern is correct, input 10MHz sine wave, the output signal has about 600KHZ noise, input 20MHz sine wave, the noise amplitude is greater.
There is…
Part Number: ADS58B18 Dear all
If we set the custom pattern with registor 0x3F and 0x40 , so waht will the output like? customer find the output data was shift 3bits left, so does this right? like below table 10 - 0 is the bits, and x is no care.
0x3F…
Other Parts Discussed in Thread: ADS58B18 We are looking at the ADS58B18. I need some help here: we are trying to understand the SNRBoost gain at 75MHz BW. Does this ADC even can be set for 75MHz BW?
According with the datasheet:
“Using SNRBoost, enhanced…
Hi Jeonghyun,
Per section 2.2.4 of the user's guide
https://www.ti.com/lit/ug/slwu067c/slwu067c.pdf?ts=1617715100562&ref_url=https%253A%252F%252Fwww.ti.com%252Ftool%252FADS58B18EVM
the CMOS Buffer is optional. You may sample the CMOS buffer via…
Other Parts Discussed in Thread: ADS4149EVM , ADS58B18 , ADS4149 Hello,
I'm trying to use HSDC Pro with ADS4149EVM+TSW1400 to do a single tone test (I provided a 150 MHz square wave sampling clock to J19 of ADS4149EVM and a 5 MHz sine input at J6 of …
