Hi TI team,
there are still some questions about this project.
Phase skew errors - what do they look like? Should I perform some thorough precise angle measurements to discover those skew errors?
And next, about the 4-point calibration: is it really suffice…
Other Parts Discussed in Thread: TIDA-00508 I designed a sensor target combination similar to the TIDA-00508 proposal.
The accuracy at room temperature at a fixed z-axis distance of the target (10% of sensor diameter) is better that 1°.
But with temperature…
Other Parts Discussed in Thread: TIDA-00508 , LDC1314 , LDC1614 Dear Technical Support Team,
I have a question about TIDA-00508.
1º Dial demo has 0.1º resolution using LDC1314, so GUI shows xxx.1°.
If it is exchanged LDC161x(28bit resolution…
Part Number: LDC1314 Other Parts Discussed in Thread: TIDA-00508
Team,
The design will be based on LDC1314DIAL-EVM and TIDA-00508
The coils PCB design has been made via webench (following this blog coil design intro ). -Now how to design the target PCB? …
Part Number: LDC1314 Other Parts Discussed in Thread: TIDA-00508 Team,
Customer has now his proto PCB (based on the design we reviewed with him earlier). Could you please comment?
I am testing my LDC1314 prototype with SV601186A eval board from TI and…
Hi Qinghai,
I would recommend referring to the 1-Degree Dial Reference Design (TIDA-00508). This design example uses the LDC1314 but can also be used with LDC1312, LDC1612, or LDC1614. You can find design files and software, as well as a link to the LDC1314DIAL…
Part Number: LDC1314DIAL-EVM Other Parts Discussed in Thread: LDC1314 , TIDA-00508
Team,
Customer is using the LDC1314DIAL-EVM HW and TIDA-00508 GUI SW for evaluation.
Now they have their own LDC1314 coil and target PCBs and would like to test it with our…
Dear John,
thank you for the suggested link. I read TIDA-00508 and found very useful.
In the past I also observed ferromegnetic target present on both coils could affect readings.
I'll anyway test different target on two adiacent LDCCOILEVM coils.
…
Marko,
Thank you for your post, and your interest in TI products.
In your second question, the advice on using as many turns as possible has two considerations. The first is that using as many turns as possible maximizes the sensitivity of the sensor and…