Part Number: TIPD158 Other Parts Discussed in Thread: DAC7311 Tool/software: I am using below circuit to generate 4 to 20ma output .I have changed input voltage from 3V to 3.3V .i would like to know weather below circuit will generate the 4 to 20ma output…
Part Number: TIPD158 Hello Team,
I'm posting on behalf of my customer. Please see my customer inquiry below
I hope you are doing well. We use TIPD158 reference design to create own ADC module. The design is exact same copy of TIPD158. But we are encountering…
Part Number: TIPD158 Other Parts Discussed in Thread: XTR117 We are implementing the same circuit as given in TIPD158, but facing an issue of transistor's collector and emitter being shorted after giving 24 V loop supply on collector, and thus damaging…
Part Number: TIPD158 Hello.
I find a mistake in the schematic for TIPD158 "Low-Cost Loop-Powered 4-20mA Transmitter, EMC/EMI Tested".
On page 25, Figure A-1 "Electrical Schematic", Appendix A, the Vreg should be 3V, not 5V (I assembled…
Hi Mohammad,
Is it effective for you to refer the following technical articles in regard to 2-wired application with the unipolar output 16bit DAC?
https://e2e.ti.com/blogs_/archives/b/precisionhub/archive/2015/02/20/industrial-dacs-how-to-protect-2-wire…
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…
Since automotive qualification is needed, I would initially suggest the PGA302. The commercial version is currently released, but the automotive version is set to be released in 4Q20. The commercial version could be used for initial evaluation.
The main…
Hi Shinichi,
Thank you for your query. For question 1, if you could ask a more specific question I can check with the design team and get back. We will not be able to share the design level architecture. For question 2, you can refer to the following…
