Part Number: LDC3114 Tool/software: Hi,
I watched this youtube demo using LDC3114 for grip detection.
From the demo, force or grip is applied to the LDC3114 inductive sensor creating compression.
My first question is, would I get similar results…
Marko,
1) The 0.715uH may not be too low in and of itself, but the associated Rp is less than half the recommended minimum of 1kΩ, and less than 2x the absolute minimum (= 250Ω). As a result, the Q is a little low as well. This may keep sensor waveform…
Ankush,
Please take a look at our Inductive Sensing Design Calculator Tool. You can find it here .
It allows you to design sensors and explore device settings or our LDC parts. You can also explore the sensor inductor/frequency shift over the range…
Rajasekaran,
We have no reference designs to offer for sensor frequencies below the min recommended frequency. But, you can see some of our product offerings and some reference designs here . Additional info on using the devices is available on the…
Kaushik,
In theory your proposed approach could work, but the devil will be in the details, like making sure the Q and are high enough.
An easier way might be to use an inductive sensor, also based on resonant circuit. That will allow you to estimate…
Bram,
I will look into your questions and update this thread on Monday, Sept. 30th.
In the mean-time, please take a look at our E2E FAQ page for Inductive Sensing . It provides a wealth of information on our inductive sensors.
For background info…
Part Number: LDC3114 Other Parts Discussed in Thread: LDC1101 , LDC0851 , Hi team,
Can our inductive sensor recognize metal materials differences? I've seen material target graph which might recognize the materials on Figure 2-1 with below link. https…
A shorter range is not possible, but the target can have any kind of form factor. Is there a tool that I can use to input my design requirements, such as sensing distance and sensor resolution? The tool would then output the sensor specifications and…
Part Number: LDC3114 Tool/software: Hello, do you have any design examples where both inductive and capacitive inputs are used for the LDC3114?
In the application note snoa993a.pdf chapter 3 there is an example of this. Still, I cannot find any more…
