Part Number: DAC8775EVM Other Parts Discussed in Thread: TIPD216 , DAC8775 , Tool/software: Hello TI team.
In the reference design for DAC8775, TIPD216 DAC8775EVM, and datasheet it is suggested that the DAC8775 will pass IEC61000-4 test. In the TIPD216…
Part Number: DAC8775 Other Parts Discussed in Thread: TIPD216 , Tool/software: Hi, we designed a circuit with DAC8775 following the TI EVM wiring diagrams: https://www.ti.com/tool/TIPD216 This EVM has been tested to pass EMC tests but there is no mention…
HI Shibin,
As Kai has mentioned, on the current transmitter application, the main issue with the Howland Current source configuration is that could be sensitive to capacitive/inductive load and will likely become unstable while driving a long cable. There…
Amit,
First, along with the datasheet, there are a couple of other documents you can use as templates for your schematic. First, the EVM can be used as a template for a schematic. The EVM schematic should operate to the specifications shown in the datasheet…
To find reference designs leveraging the best in TI technology – from analog and power management to embedded processors, visit https://www.ti.com/reference-designs/index.html . All designs include a schematic, test data and design files.
I will…
Part Number: DAC8775 Other Parts Discussed in Thread: TIPD216 , Hello,
My design consist of DAC8775, setup in the same manor TIPD216 board (with use of internal buck boosts) with an input power of 24VDC. Internal DVDD is disabled, and 3.3V is connected…
Hello,
If I am understanding correctly, you are testing the Vout/Iout combined node against this transient test. Is that correct? We have a protection circuit that includes TVS, clamping diodes, and current limiting resistors that provides immunity against…
Hi Alex,
R1 and R2 form low pass filters with C4, C6 and C3, C5 respectively. These filter the output of the buck-boost converter (Vpos, Vneg) to reduce the output voltage ripple.
R4, R5, and R6 are current limiting resistors that limit the current into…
Howdy Tokumoto-san and Happy New Year!
I'm glad I could help. There is one additional change that would improve and benefit your design, and that is to add another 15 ohm resistor at IOUT pin. Currently, in you design, the internal ESD diodes connected…
