Part Number: DAC61416 Tool/software: Hi team,
In the datasheet, t_DACWAIT is spec'd as above. Could you explain what this t_DACWAIT is? We couldn't find this t_DACWAIT in the timing chart.
Is t_DACWAIT related to Streaming Mode Operation? …
Part Number: DAC61416 Other Parts Discussed in Thread: DAC81416 Tool/software: Dear TI engineer, Hello, my question is whether the SPI daisy chain method of multiple DAC61416 chips can read DEVICEID? Currently, we need to connect 3~6 DAC61416 chips using…
Part Number: DAC61416 I'm using the DAC61416RHAT and configuring it VIA SPI. 3.3V system voltage, 3.3V SPI voltage using a clock of 2MHz.
I'm observing an issue where, when the STR-EN bit is set in the SPICONFIG register, the SDO pin becomes disabled…
Part Number: DAC61416 Hello,
Single power supply, 10V output, 500 ohms load, requires a driving current of 20mA, can DAC61416 meet the demand? Can 16 channels simultaneously output 20mA current?
Thanks!
Part Number: DAC81416EVM Hi, As mentioned in my previous question, I verified that all the connections and the REFCOMP pin has a 330pF cap as mentioned in the schematic. At the C104 (REF cap) node voltage, I see a of ~2.5V after enabling the internal reference…
Part Number: DAC81416EVM
We are currently developing a design where we control the DAC61416 with a 3,3 V µC (Teensy 4.1). The initial design to achieve SPI communication was with using a level shifter TXU0304 shifting the values to 5 V.
For testing…
Part Number: TXU0304 Other Parts Discussed in Thread: DAC61416 Hello TI engineers,
We are currently developing a design where we control the DAC61416 (5V logic) with a 3,3 V µC (Teensy 4.1). To achieve SPI communication we need to shift the values to…
Part Number: DAC61416 Can any one please share the basic coding for DAC61416 ????, i am using teensy 4.1 and i am trying to upload a text file as an input....
Part Number: DAC81416EVM Hi Experts, Good day. Do you have a C or C++ code to set up the SPI communication with teensy 4.1 and DAC61416? The DAC should give me the voltages 5v, 6v, 7v, and 10v in each channel. Keep safe. Regards, Josel