Part Number: ADS4225 Other Parts Discussed in Thread: THS4509 , , THS4541 Hi team,
Customer wants to use THS4509+ADS4225 to sample up to 2.5V DC voltage. THS4509 is to enlarge the signal and ADS4225 is to translate the analog signal to digital signal. But…
Part Number: ADS4225 Other Parts Discussed in Thread: THS4509 , Hi team,
Customer want to use THS4509+ADS4225 to sample a small voltage signal. THS4509 is to enlarge the signal and ADS4225 is to translate the analog signal to digital signal. How can I set…
Part Number: ADS4225
Hi Expert,
Customer found the negative voltage -0.6V on INx pins during startup transient.
It is over absolute maximum voltage(-0.3V). Is there the diode between INx pins and GND?
The input pin has a 100ohm series resister to limit…
Part Number: ADS4225 Hi team,
Customer plans to use XO with 1.8V LVCMOS output, but the ADS4225 recommend 1.5V LVCMOS.
How will this affect the system?
Regards,
Hideki
Part Number: ADS4225 Hi team,
Customer is use single ended clock as the external clock as Figure 148.
They also use CLKOUT to output clock to external FPGA.
The input clock is AC-coupled to GND. Where is the CLKOUT GND? Will it be AGND or DRGND?
Regards…
Part Number: ADS4225 Other Parts Discussed in Thread: ADS62P49 Hi team,
The ADS4225 datasheet describes max input voltage is "Minimum (1.9, AVDD + 0.3)".
Does it mean the max input voltage will be the smaller value of either value? Regards,
…
Part Number: ADS4225 Hi teams,
I have questions about ADS4225 jitter.
I guess the clock jitter from CLKOUT is calculated from aperture jitter 140 fs.
It results in 1 / (140 * 77.7MHz) =92ps where fs is 77.7MHz. And it also equals t_jitter.
Is it correct…
Part Number: ADS4225 Hi team,
My customer is evaluating ADS4225 and they have bulit a demo board based on ADS4225. But when they try to use the test pattern function and program the coresponding 'CH A TEST PATTERNS' bits , it doesn't work. So I…
Part Number: ADS4225 Hey guys, starting to do a filter design in front of this device.
My experience with unbuffered pipeline inputs is that they will have a clock rate dependent common mode current - sometimes shown as a uA/MHz spec. This is important…