Our product range of NeoTAG® HF RFID transponders/ RFID chips is constantly being expanded and new transponder versions are regularly added. In connection with the use of our transponders, we have compiled a large amount of background information on mounting, function, design, operating behaviour, etc. due to the many applications in which the products are used. As a supplement to our Product Information HF RFID Transponder data sheet, this article contains further technical explanations and application-supporting information.
The two versions NeoTAG® Plug FG4335 and NeoTAG® Inlay F2626 were subjected to mechanical loads as examples. The load was applied to the transponders in a horizontal and vertical direction. The loading force F was increased until
mechanical damage to the transponder is visible (e.g. crack of the ferrite core)
or
the electrical function of the transponder is no longer given.
The following values result for Fmax:
| NeoTAG® version | Load direction | Description | Maximum force Fmax/ N |
|---|---|---|---|
| NeoTAG® Plug FG4335 | Horizontal | Force F ⬇  | 440 |
| NeoTAG® Plug FG4335 | Vertical | Force F ⬇  | 500 |
| NeoTAG® Inlay F2626 | Horizontal | Force F ⬇  | 200 |
| NeoTAG® Inlay F2626 | Vertical | Force F ⬇  | 350 |
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Have we aroused your interest? Then contact us about RFID transponders for different frequency ranges. Customised solutions are our speciality. We will be happy to support you with our know-how to realise your product development.