Renesas Electronics IPS2200 High-Speed Inductive Position Sensor
Renesas Electronics IPS2200 High-Speed Inductive Position Sensor uses the physical principle of Eddy currents instead of magnets and does not require a resolver-to-digital converter (RDC). The sensor is up to 10x thinner and 100x lighter than resolvers, while the flexible design works around motors and supports through-shaft and side-shaft layouts. Renesas Electronics IPS2200 supports high-speed applications up to 250kRPM electrical with very short latency. This sensor features a sin/cos single-ended or differential interface, I2C or SPI programming interface, and built-in diagnostics features. Ideal applications include general-purpose motors, industrial machines and automation systems, small e-vehicles, medical equipment, robots, collaborative robots, and more.
Features
- Sin/cos single-ended or differential interface
- Gain mismatch and offset compensation possible
- I2C or SPI programming interface
- Uses the physical principle of Eddy currents
- Does not use magnets or require a resolver-to-digital converter (RDC)
- Flexible design around the motor; also supports through-shaft and side-shaft
- Supports high-speed applications with very short latency
- Up to 10x thinner and 100x lighter than resolvers
- Built-in diagnostics features
Applications
- General-purpose brushless motors and stepper motors
- Industrial machines
- Industrial automation systems
- Small e-vehicles
- Medical equipment
- Industrial sewing machines
- Industrial pumps
- Robots and collaborative robots (cobots)
Specifications
- -40°C to +125°C ambient temperature range
- 3.3V ±10% or 5.0V ±10% voltage supply
- Up to 250kRPM (electrical) rotational speed
- <10µs programmable propagation delay
Block Diagram
Typical Application Circuit
Associated Kit
Renesas Electronics IPS2200 High-Speed Inductive Position Sensor Kit
Used to evaluate the IPS2200 High-Speed Inductive Position Sensor.