Part Number: LDC1101EVM Hi,
Our customer installed the following tools and connected the LDC1101EVM to the PC's USB port.
・ SensingSolutionsGUI-1.10.0-windows-installer.exe
・ Python_Firmware_Upgrader
However, starting "Data Streaming" does not…
Hello Sudhanshu,
Have you considered using one of our newer devices for this application? They offer many advantages over the LDC1000:
- The high-resolution multi-channel LDCs (LDC1612, LDC1614) are L-only devices which offer greatly improved measurement…
Part Number: LDC1614 Other Parts Discussed in Thread: LDC2114 , LDC0851 Hi Everyone,
I have been working on evaluating LDC1614 on theoretical grounds.
Three things are main drivers of design in our application
1. Size of Coil - Can be Max 6 mm dia…
Hello, Thanks for your interest in the LDC1614. Would you mind sharing what the intended application is? With regards to your questions, let me answer them below.
user4271222 said: 1. LDC1614 can make L-C tank oscillate. How does LDC1614 make L-C tank…
The LDC161x and LDC131x have a register setting that controls the amount of current delivered to the sensor coil. The current in the coil has a direct impact on the amplitude that the coil oscillates at. The LDC61x data sheet has a section (8.1.5) on…
Hello Karim,
Let me comment on your questions here. Note that a lot of this information already exists in the datasheet and user's guide:
Karim Somani said: I was hoping if you could provide me with a detailed version/breakdown of all the registers…
Hi Chris,
The result should be the same between Webench and spreadsheet if that parameter is the same. But the result of total inductance is different.
For example, the result with 1.5mm PCB thickness is 8.76uH in spreadsheet (see attached), but Space…
Part Number: LDC1101EVM Hi,
I have two questions:
1. I'm trying to build a model of the circuit to calculate parallel resistance (Rp). How do I calculate the series resistance of this circuit?
2. I 've read and implemented all the recommendations…
Part Number: LDC1612 Dear support: we are designing a metal detector using the LDC1612。In the laboratory environment, the sensor can respond to metal targets. However, in actual working conditions, there may be water or other conductive objects near the…
