Part Number: TIDA-00363 Referring to TIDA 00363. I have the following carifications
1. How to convert the position information to digital. Will this conversion lead to truncation errors?
2. Does tracking rate depend on the sampling frequency. For eg For…
Part Number: TIDA-01527 Hi Guys,
Greetings. This reference design(TIDA-01527) is a replacement for the now obsolete TIDA-00363, TIDA-00796 and TIDA-01507.
O ur customer know that reference design TIDA-00796 is already obsolete. However, our customer hav…
Hello,
I believe a resolver might be a better solution for you. Please see item b).
a) Absolute encoder : Typically the term absolute encoder is referred to encoders with a digital protocol based transmission such as EnDat2.2, BiSS, SSI, Tamagawa, HIPERFACE…
Hello z.z,
thank you for your question. The TIDA-00176 TI design is a solution for SIn/Cos encoders. The basics of Sin/Cos encoders are explained in the TIDA-00176 design guide chapter 1.
With rotary transformer - I assume - you refer to a resolver .…
Rich,
We do not have immediate plans to create an API for the PGA411-Q1 EVM. The current EVM/GUI has limitations with how fast it can stream angle data, so it might not be that useful for data analysis purposes anyways.
It might be useful to look at…
Hello Bertrand,
We dont have an board exactly meeting your needs, however there are lot of reference designs which implements the functions you are looking for. You could explore the following designs:
1. TIDA-00363 - EMC Compliant Single-Chip Resolver…
Dear Gary,
thank you for your interest in the application report, Please find below my feedback to your questions.
I'd highly recommend you check out or our latest TMS320F28x based resolver to digital kit and related software and white paper: http…
Nick, thank you for posting these questions. Here are my initial responses:
1. These pins might need to be protected from ESD events depending on the system requirements. If so, TVS diodes can be used. You can see an example in the industrial EMC compliant…
Hi Vikash,
the PGA411-Q1 is an highly integrated single-chip resolver to digital converter and provide the resolver mechanical position in a 12-bit or 10-bit digital representation, through SPI or parallel interface. Please refer to TIDA-00363 TI design…