Find all the elements you need to design your next touch sensor in our intuitive canvas.
From common electrode patterns, to VIAs and shielding entities, everything you need is a few clicks away.
Already designed your touch sensor? Simply import it as a standard DXF or Gerber file and a 3D sensor is automatically generated.
Automatically extract the equivalent circuit of your layout design and perform online SPICE analysis. Extract the configuration file to tune your capacitive touch controller.
Perform parasitic capacitance and resistance extraction of your designs faster than ever.
Access cluster resources and analyze your touch sensor designs on a system-level in unprecedented speeds.
Whether you’re using Indium Tin Oxide (ITO), Metal Mesh or
Silver Nanowires (AgNW), SENSE can accurately & efficiently
solve your design.
Trace coupling between traces and electrodes creates great variances in mutual capacitance between electrodes.
SENSE automatically takes into account the parasitic coupling between electrodes and traces, enabling you to make informed design decisions even in narrow bezel designs
Touch screens are often used with a stylus or gloves. With SENSE you can easily simulate the effect of any pointer, in any location of your design. You can even import you own pointers.
“Fieldscale provides a tool that is tailor made for the simulation of touch sensor design, their tool places such simulation within reach of most engineers and provides a solution that can be scaled to evaluate all designs.”
Samuel Brunet,
Systems Engineering Senior Manager
Microchip
“Fieldscale is offering to our customers the possibility to simulate their touch sensing solutions with the STM32 32-bit MCU. The setting of this simulation tool is greatly simplified and the result is so predictive, that users won’t have to redo endless re-spin of boards to obtain a successful design.”
Patrice Hamard,
STM8-STM32 Line Marketing Manager
STMicroelectronics
“Thanks to Fieldscale’s accurate simulation results, we have saved a great amount of material and labor cost required to verify the design, and speed up the resolution of unexpected problems.”
Lawrence Lu,
Senior Engineer
EMERGING DISPLAY TECHNOLOGIES CORP.
The Future Of Capacitive Touch Sensor Design & Analysis is Here.
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