Part Number: DAC70501 Other Parts Discussed in Thread: DAC8311 , , DAC81402 , DAC70004 Hello Team
We are looking for the DA converter which have similart spcifications to DAC70501M except that the reference mode after POR is external reference mode…
Hi,
All our spice models for DAC are asynchronous, since the goal of the models is to simulate the output behavior like cap load, stability, current drive, noise etc.
One device series which has this serial clock modelled is DAC8311, but that model…
Part Number: DAC8560 Other Parts Discussed in Thread: DAC8311 , DAC7311 , DAC8411 , DAC80501 Dear experts,
My customer is looking for smaller package device than DAC8560. They need to meet the demand below:
1、 Package；the smaller the better 2、 Power…
Part Number: ADS124S06 Other Parts Discussed in Thread: DAC8311 , SN74LVC2T45 Hi All,
I am using an ADS124S06 togheter with a DAC8311 . DVDD of ADS124S06 supply is connected to a +3.3V supply.
A low noise +5V analog supply is available on the board…
Part Number: TS3A44159 Other Parts Discussed in Thread: BOOSTXL-AUDIO Hi TI Team,
We have used the TS3A44159PWR (SPDT analog switch) in one of our projects and are observing that the IC gets heated and damaged (burnt) on some boards (not all) after…
Part Number: BOOSTXL-AUDIO Hello,
I'm working on a system to do real-time audio processing for an input signal. I'm using the MSP432 launchpad (obviously), as well as the Audio Signal Processing Boosterpack (BOOSTXL-AUDIO).
For initial testing, I…
Hello Bruce,
thanks for your reply! I am using a TI DAC8311 (the one on the BOOSTXL Audio). And yes, I want to have a fixed-rate output with 44.1 kHz. Maybe I could set up two DMA channels, which are both triggered by the same timer. One would transfer…
Are you just trying to generate 11steps? 0 V, 1 mV, 2 mV... 9mV & 10mV? The DAC9881 it cannot do this on its own because of its large zero code error. It will require a negative supply and an external circuit to achieve this.
I would suggest taking…
Gopal,
You can send the 14bit value in the same way that you split up the 14bit ADC data- namely in two 8bit chunks. The order of bytes and bit alignment within those bytes depends on the DAC you are using. Since you didn't mention which DAC you're…
Hi Eugenio,
it looks like that we will go to use the DAC8411 or maybe we reduce a part of the safe-accuracy-overhead and use the DAC8311 (14Bit). The analog output of these devices are up to +5V and need also a gain stage. Can you give me a recomondation…
