Part Number: DAC7311 Hello,
My customer is seeing ~100mV of overshoot when changing the output code from 0V to 630mV. They have a 1µF cap on AVDD and a 47kΩ resistor from VOUT to ground. They asked if this is normal behavior and what can they do to minimize…
Part Number: DAC7311 About 7.5 Electrical Characteristics "Capacitive load stability" of DACx311 datasheet,
It is noted that the value is typ 1000pF when RL=2k Ω .
Then, couldn ’ t we see your reference circuit design fig to know where…
Part Number: DAC7311 Hello TI team,
I am using DAC7311 in my design, and the DAC output sources a 100µF capacitor and a variable load.
My question is what happens to the DAC output current when a large load is applied to its output - the output…
Part Number: DAC7311 Hello team,
The customer has one PCB designed from years ago which has the DAC7311 digital input signal at 3.3V while the AVDD is 2.5V. This is violating the absolute the maximum ratings listed in the datasheet; however the PCB has…
Part Number: DAC7311 Hello,
As the title says i am looking for a shift register to use for a simulation on TINA TI.
The reason i'm looking for this is because i am having issues with the SPI signal generator and want to force some values on a DAC7311…
Part Number: DAC7311DAC7311IDCKRG4
DAC8311IDCKRG4
Could you please help to confirm if the above parts with G4 suffix are legacy part numbers used during RoHS conversion.
Part Number: DAC7311 Other Parts Discussed in Thread: TINA-TI , Tool/software: TINA-TI or Spice Models Hi Sir,
I tried running THD of DAC analysis(example:DAC7311 Parallel TINA-TI Reference Design), but THD performance is not good. What's wrong?
…
Part Number: DAC7311 Other Parts Discussed in Thread: DAC8411EVM-PDK Hi Team,
MMB0 board is required to work with DAC7311EVM, I cannot find it on TI.com. Could you please tell where to order it? Thanks!
Best Regards!
Hao
Part Number: DAC7311
Hi Team,
DAC7311 is used for RF signal, but the output has high frequency harmonic which has bad effect on RF performance.
DAC7311 is powered by a 3.3V LDO and the output is set to 0.9V, the frequency spectrum of power supply is as…