Part Number: LDC1101 Other Parts Discussed in Thread: LDC1001 , , , LDCCOILEVM , LDC1614 , LDC1612 , LDC1312 , LDC1000EVM Hi, I'm very confused. I need to sense a metal object about 20-30mm far from the sensor. And I have space constrains so the sensor diameter…
Hi JC,
The LDC1000 is an obsoleted device and has been replaced with the LDC1001, and default register values can be found in section 7.6 of the LDC1001 datasheet . I would recommend setting the registers to these default values and confirming if the data…
Dave,
Thanks for your patience. After checking with the team, it seems we did not anticipate the device being used the way you propose and don't have any alternatives to provide.
If this is interface capability is a must-have, we have other inductive…
Hi Michael,
The LDC1101 in LHR mode will still have a higher resolution than the LDC1001, as the LDC1101 has an effective resonance frequency of 32 MHz. However, the maximum supported reference frequency for the LDC1101 is 16 MHz. The best timing resolution…
Hello User,
I like you to know that we have discontinued the LDC1000 and have replaced that with LDC1001.Please refer to our product life cycle terms from TI https://www.ti.com/support-quality/quality-policies-procedures/product-life-cycle.html#:~:text…
Part Number: LDC2112 Other Parts Discussed in Thread: LDC1001 , LDC0851 , LDC1614 Hi team,
Is LDC2112 able to measure rotation angle and vertical position like below?
If it's yes, my customer will considers to use LDC2112 instead of LDC1001 since power…
Hi,
I can do some experiments to determine whether changing the value of Rpmax fixes the issue. If the steps in the response and the non-monotonicities are no longer present then is that result valid for all LDC1000s we may receive in production, over…
Patrick,
Thanks for reaching out. The LDC1000 is an obsoleted device. It was replaced with LDC1001. For basic debugging please try the following steps:
To launch the GUI, right click and select "run as administrator"
Enter Device manager, right…
Part Number: LDC1000 Hello,
we see following effect when our magnetic Encoder ring starts turning. Can you explain this behaviour?
I expect same behaviour will occur when switching to the successor chip LDC1001?
Thanks in advance.
Regards
Frank
Hi Kirstin, thanks for the reply.
That is clear to me. I had the impression an LDC1001 was also to be release with similar functionalities to the LDC1000, but still if we are to make an application exploratory design, the problem is kept. So is there…