Datasheet: Inductive Encoder Chip with Linedriver Control Signals PO1021
Description:
The Inductive Encoder Chip PO1021 measures position and speed of scales, discs and gears. The encoder consists of a silicon chip in a small package and is suitable for SMD-soldering on a Printed Circuit Board. The encoder chip contains a coil that generates a high-frequency magnetic field, 4 detection coils that measure the modulated magnetic field and all the analog and digital electronics to provide well-defined A quad B encoder signals. Linedriver control signals allow to operate the encoder with external linedrivers for operation with long cables and in harsh environments. You can find a more detailed explanation of the inductive encoder working principle on our technology page.
Encoder Chip Features:
Small size: 5 x 6 x 0.8 mm
High resolution: down to 0.02 µm
High repeatability: below 1 µm
Control signals for external linedrivers
Robust against dust, grease, oil, liquids
Immune against magnetic fields
Easy to make your own PCB-scales and -discs
Scale and disc do not attract ferrous particles or dust
Encoder Chip Applications: Position-feedback for motion control
Rotary torque motors
Linear direct drives
Piezo stages
Z-actuator in gantry system
Voice coil actuators
Wherever small size and high resolution are mandatory
Encoder Chip Specifications:
- Encoder output signals: A quad B
- Resolution: down to 0.02 µm
- Repeatability at low speed: +/- 0.2 µm
- Periodic non-linearity: +/- 20 µm
- Linear speed: up to 32 m/s
- A/B frequency: up to 1.3 MHz
- Airgap: up to 0.6 mm
- Temperature: -40 to 125°C
- Supply: 3.3 or 5 V, 15 mA
Order an Evaluation & Programming Tool in order to get started with POSICoder's Inductive Encoder Chips.
Documentation:
Datasheet - PO1021 Wide Temperature Inductive Encoder Chip with Linedriver Control Signals
Wide Temperature Encoder Chip with Linedriver Control Signals PO1021
< 100 pcs 3 weeks 100 - 1000 pcs 5 weeks > 1000 pcs 8 weeks