Hi Syasya,
Thanks for pointing that out. The field names are correct, GPI1_CH3_SEL corresponds to channel 3, but it looks like the descriptions have them in the opposite order. I'll mark that to be fixed.
Another thing I'll point out is that the…
Part Number: DAC63001 Hello team,
On the datasheet, there are DAC-0 and DAC-1.
Are they meaning DAC-0 = OUT0 and DAC-1 = OUT1?
If so, DAC63001 has only OUT0, so I can ignore DAC-1?
Best Regards, Kei Kuwahara
Hi Can,
You can use the DAC63001. It has an internal 1.21V reference with x1.5, x2, x3, and x4 gain options. If you use the x3 option, you will have a 0V to 3.63V output range. The output will saturate at 3.3V.
This device also lets you use VDD as the…
There are "smart" DACs like the DAC63001 that can generate triangular/sawtooth/sine waveforms; see section 7.4.5.2 of its datasheet . (The sine wave is very rough.)
Part Number: DAC121C085 Other Parts Discussed in Thread: DAC63001 , DAC63204
Hi team,
is there any Alternative part like DAC121C085 but with Nonvolatile Memory, better also has 9 I2C address as well, thanks.
Hi Andrew,
The DAC80501 is a newer device that we recommend to replace the DAC8551, and it has a SW reset. It does not have the same pinout so you would have to update that. It also does not expose the VFB pin of the output buffer. If that is a requirement…
Hi Raúl,
Follow-up DAC63204, or DAC63001 if you require single channel, are our recommended devices for this application. They power up in Hi-Z by default and even have a hi-z output when the supplies are powered off.
Best,
Katlynne Jones
