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Inductive encoder chip together with a linear scale and an encoder-disc

Inductive Encoder Chips

Small & Robust

Discover how a POSICoder

rotary or linear inductive encoder chip could improve your product

VISION

We’re Changing the Way the World Thinks About Inductive Encoders

Integrate a complete differential transformer on a silicon chip, add all the required electronics, put it in a chip-scale package and you have the world's smallest Inductive Encoder Chip!

miniature inductive encoder chip on a linear scale with a ruler

Smallest size

POSICoder is located in the heart of the Swiss watch-industry with a long history in manufacturing at the smallest possible size. 

This culminated in a full-featured inductive encoder chip, measuring only 5 x 6 mm with a thickness of 0.8 mm.

Make your own disc

A rotary or linear encoder chip is operated with a disc or a scale that consist of an FR-4 Printed Circuit Board with copper patterns. POSICoder provides all the technical information to make your own scale or disc !

Encoder disc for an inductive encoder chip

Evaluation kit

Order an evaluation kit with scales, discs and inductive encoder chips mounted on a holder so that you can easily evaluate them as a rotary or a linear encoder chip in your application.

High resolution

The combination of an inductive encoder chip with a strong interpolation factor and scales/discs with highly accurate copper patterns lead to a fine resolution down to 0.02 µm. Ideal for very smooth motion control !

Robots are typical examples in which indutive encoder chips are used

Why POSICoder Inductive Encoder Chip?

- Smaller

- More robust

- Higher resolution

- Immune for magnets

POSICoder's Inductive Encoder Chips contains the coils for inductive position sensing as well as all the electronics to read the sensor signals and convert them into incremental A quad B signals. 

Linear scale for an inductive encoder chip

POSICoder's Inductive Encoder Chips in numbers

30 m/s

Speed

5x6 mm

Package size

0.02 µm

Resolution

<1 µm

Repeatability

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