Part Number: TIPD155 Other Parts Discussed in Thread: DAC8563 , XTR305 , AFE882H1EVM , AFE882H1 , AFE88201 Hi team,
My customers are interested in TIPD155 reference design to output V/I on the same board. So I want to ask that is there a EVM board of the…
HI Minghao,
1) The XTR305 output is not driven low when the OD is set low. The XTR305 output is set to high-impedance, where the XTR305 output becomes inactive, and the output stage no longer drives or control the output voltage of the device when OD…
Part Number: XTR300 Other Parts Discussed in Thread: XTR305 , TIPD155 As per the Reference design of XTR300
TIPD155
It is a Two-Channel Source/Sink Combined Voltage & Current Output. But in this document no where shows the design for Sinking Current output…
Hi,
Thank you for your detail explanation..
Can i use XTR300 for Source and Sink Outputs. Can you please share the reference document for Source and Sink output,
I referred the TIPD155 document for 2-channel Source/Sink Combined mode V/I output.
Here…
HI Shiblin,
- The XTR111 is a current output transmitter. On the multiplexer circuit above, when selecting the RLOAD = 249Ω, the resulting output voltage will change with any additional load impedance or resistance applied at the output of MUX U38…
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…
HI Joe,
Below are a few XTR300 and XTR305 reference designs that could be of interest.
XTR300: TIDA-00454 , TIPD155
XTR305: TIDA-01633
Thank you and Regards,
Luis
Hello,
Attached are a couple of reference designs using the XTR300 that show the expected measured performance. The designs shows detailed hardware measurements and a few plots with the expected performance on a similar configuration to your requirement…
Hi,
Please have a look at the TIPD155 Which is dual channel version, and you can extend the same to 16 channel with DAC81416.
https://www.ti.com/lit/ug/tidu434/tidu434.pdf?ts=1626852180932&ref_url=https%253A%252F%252Fwww.ti.com%252Ftool%252FTIPD155…
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…