Part Number: TIPD127 Hello team,
I introduced TIPD127 to my customer, and received questions about eq.12 on the paper.
If you have a derivation of eq.12 and a reference, would you please tell me?
Could you please tell me how you derived en …
Part Number: OPA2365 Other Parts Discussed in Thread: TIPD127 ,
Dear members,
We supposed to use a high precision voltage sensor in one of our products but we couldn't find what we really need to buy and then we decided to make a one ourselves. We…
Hello,
The only thing that was simulated in TIPD109 was the input filter. If you'd like more information on simulating filters, perhaps start with this design. There are design files with simulations associated to this reference design that you can…
Hi,
There is no simple way to do that, usually customers just look on the LED output(s). I've done similar PWM measurements earlier (not for LP5523) by using an USB logic analyzer (USBee) to save the PWM data as logic 0/1, then parsing that data with…
Gaven,
Indeed - direct conversion from PWM to DC voltage is an option but, depending on performance goals, may or may not be acceptable in a given application. We have a simple reference design that explains this approach (short of the voltage-to-current…
Hi Jayden,
Please review the TI Designs Precision reference design for a PWM to 12-bit analog signal conversion:
http://www.ti.com/tool/tipd127
The reference design does not directly feature the XTR117, but the information in the deisgn can be applied…
