Hello,
Thanks for your update. I will have a look on the LDC3114-Q1. Quickly, I saw that the device is not in production yet and the sample rate max is 160SPS. To have the same performance that we offer today, we use the LDC1614 with 250SPS. We also…
Hello,
This can be accomplished with the FDC2212-Q1 by plating the ABS but it would require some testing to determine the best thickness for it to work based on the sensor size/shape.
Alternatively, I would recommend considering an inductive touch…
Carsten, real good question. Please refer to the article below which should address your questions. Please let us know if you have any follow up questions. Thanks
Position Sensors and User Interface design - Part I
User interface or human machine…
Other Parts Discussed in Thread: LDC1614 , LDC3114 , STRIKE Greetings
First, my apologies for the long post but we have a few questions about LDC ESD that we would like clarification on.
So we will try to be as concise as possible.
Background…
Part Number: TMAG5123
Hall-effect sensors in refrigerators
As with most home appliances, over time refrigerators & freezers have evolved into electronic-intensive products. Among many other innovations such as electronic displays, Alexa-enabled…
Part Number: TMS320F28379D Other Parts Discussed in Thread: LDC1000EVM , LDC1614 , LDC1101 , LDC3114
Hello everyone,
Up until recently, I was using sensors from the LDC1000EVM evaluation module. I snapped off the USB module from the EVM, and wired…
Other Parts Discussed in Thread: LDC2114 , LDC2112 , LDC3114 The basics of baseline tracking using the LDC2112, LDC2114, and LDC3114 are described in the LDC211x and LDC3114 Internal Algorithm Functionality app note but this FAQ will discuss how to use…
Part Number: LDC1614EVM
I am attempting to detect changes in inductance/resonance frequency shift versus 3D rotations (tilt, yaw, and pitch) at a specific distance from the sensor. To be more specific, I am attempting to detect a metal object positioned…
Materials with high conductivity for inductive sensing may be expensive, so limiting the amount of material used for a target in an inductive system is of paramount importance, but what is the ideal target thickness for inductive sensing?
