Hi Mark,
Shorting the VERF external/internal for ~30ms might cause a very. high short-circuit-current momentarily (as internal VREF does not have short-circuit limit protection) and it might cause very high temperature(beyond ABS MAX). It is low risk…
Part Number: BQ25303J Other Parts Discussed in Thread: DAC8550 , Dear Team,
Good Day..!!!
Please verify the attached Battery Charger IC schematics and let me know feedback on the same. We are developing a Ultra low current measurements board to measure…
Other Parts Discussed in Thread: DAC8550 , CDCM6208 , TCI6636K2H ARM can control DAC8550 by SPI interface on EVMK2H board. But how to do it? Is there any document or sample codes to provide?
Part Number: DAC8552 Other Parts Discussed in Thread: DAC8550 , DAC8551 ,
For the DAC8550 and DAC8551 the data sheets have been revised in 2017 (some data about linearity and ESD have been updated or added), but the DAC8552 is still from 2006.
Is there…
Part Number: DAC8551EVM Other Parts Discussed in Thread: DAC8551 , DAC8550 I have DAC8551 Evaluation Module connected with TC-399 evaluation kit to drive analog voltage, I have connected DAC8551 Evaluation Module pins as following:
Supply Voltage:
J6-3:…
Hi Carl,
There is an EVM for DAC7574: www.ti.com/.../dac7574evm.
If 12-bit is on the higher side for you, you can use the 10-bit variant DAC6574.
For converting the unipolar output to bipolar within the range of +/- VREF, you can look at the Application…
Other Parts Discussed in Thread: DAC8562 , DAC8564 , DAC8568 , DAC8550 , DAC8560 , REF5050 , DAC80004 , DAC8814 , OPA227 Hi All.
I'm searching for low power precision DAC with good stability, low glitch and low noise performance. I've found that DAC855x…
Other Parts Discussed in Thread: DAC8550 Hello All ;
I Have a problem about TCI6638 SPI Module Configuration. I have a DAC module ( DAC8550 ). DAC SPI Line Waits 24Bit legal data. And DAC sends the data. I check the Keystone SPI User Guide and I saw the …
I would recommend that you take a look at the DAC8550. It is a 16-bit DAC that requires an external reference. You can vary the input reference up and down, up to VDD. The reference impedance does not change with the code so you don't need to buffer it…
