Overview
Description
The RTKA2P3226S00000BE contactless inductive position sensor evaluation kit is designed for evaluating rotary sensor performance. The kit includes software for product configuration, and the GUI can be easily installed. The communication board connects seamlessly to a PC for quick setup and evaluation.
The RTKA2P3226S00000BE kit features the RAA2P3226 magnet-free inductive position sensor IC with dual coil sensing element, designed for absolute rotary, linear, or arc position sensing in industrial applications.
The RTKA2P3226S00000BE evaluation kit includes the RAA2P-COMBOARD communication board, RAA2P3226A1615 (high accuracy, 18-bit resolution, 89mm radius absolute side-shaft arc encoder design), RAA2P3226R3201 (high accuracy, 19-bit resolution, 72mm diameter, absolute encoder design), RAA2P3226R1601 (high accuracy, 18-bit resolution, 34mm diameter, absolute encoder design), USB-B cable, and two interface cables.
Features
- High-speed, high-accuracy contactless absolute position sensing kit for industrial applications
- Configurable IC with UART, ABI, I2C, step/dir interfaces
- Suitable for 3.3V or 5.0V applications
Applications
- High-speed and high-accuracy industrial applications
- Optical encoder replacement
- Magnetic encoder replacement
Documentation
Featured Documentation
Log in required to subscribe
|
|
|
|
|---|---|---|
| Type | Title | Date |
| Quick Start Guide |
PDF
675 KB
The RTKA2P3226S00000BE is a Renesas evaluation kit designed to help users quickly evaluate and familiarize themselves with the RAA2P3226 inductive position sensor. It includes a communication board and three high-speed sensor modules, designed to detect rotary movements with high accuracy and resolution. This quick start guide outlines essential steps to set up and operate the hardware efficiently.
|
|
| Manual - Hardware | RAA2P3226 Programming Manual
The RAA2P3226 is a high-speed, dual-channel inductive position sensor designed for rotary and linear motion detection in industrial and robotic applications. This document describes the necessary steps to set up, program, and calibrate the sensor.
|
|
| Quick Start Guide | IPS RAA2Pxxxx Evaluation Software Quick Start Guide
RAA2Pxxxx is Renesas' family of high-accuracy inductive position sensors. This document outlines the procedures for configuring and operating the RAA2Pxxxx Evaluation Software (GUI), which is fully compatible with all evaluation kits in the RAA2Pxxxx series.
|
|
| PCB Design Files | RAA2P3226A1615 Design Files
The RAA2P3226A1615 is an arc reference design from Renesas, based on the RAA2P3226 inductive position sensor, capable of performing absolute position sensing over 360°. This package contains the Gerber design files, which can be imported into your PCB layout.
|
|
| PCB Design Files | RAA2P3226R1601 Design Files
The RAA2P3226R1601, featuring 18-bit resolution, is a rotary reference design from Renesas, based on the RAA2P3226 inductive position sensor. This package contains the Gerber design files, which can be imported into your PCB layout.
|
|
| PCB Design Files | RAA2P3226R3201 Design Files
The RAA2P3226R3201, featuring 19-bit resolution, is a rotary reference design from Renesas, based on the RAA2P3226 inductive position sensor. This package contains the Gerber design files, which can be imported into your PCB layout.
|
|
| Report |
PDF
1.44 MB
The RAA2P3226R3201, featuring 19-bit resolution, is a Renesas rotary reference design based on the RAA2P3226 inductive position sensor. This measurement report outlines the sensor coil design's performance and presents the corresponding measurement results.
|
|
| Report |
PDF
1.64 MB
The RAA2P3226A1615 is a Renesas ARC reference design based on the RAA2P3226 inductive position sensor, capable of performing absolute position sensing over 360°. This measurement report outlines the sensor coil design's performance and presents the corresponding measurement results.
|
|
| Report |
PDF
1.30 MB
The RAA2P3226R1601, featuring 18-bit resolution, is a Renesas rotary reference design based on the RAA2P3226 inductive position sensor. This measurement report outlines the sensor coil design's performance and presents the corresponding measurement results.
|
|
9 items
|
||
Design & Development
Software & Tools
Software Downloads
|
|
|
|
|---|---|---|
| Type | Title | Date |
| Software & Tools - Software | RAA2Pxxxx IPS Evaluation Software (GUI)
RAA2Pxxxx is Renesas' family of high-accuracy inductive position sensors. This package contains the necessary files to install and operate the RAA2Pxxxx Evaluation Software (GUI), which is fully compatible with all evaluation kits in the RAA2Pxxxx series.
|
|
| Software & Tools - Software | RAA2P3xxx/4xxx Python Code Example
RAA2Pxxxx is Renesas' family of high-accuracy inductive position sensors. This package provides Python code for communicating with the sensor and performing compensation and calibration using the Renesas RAA2P-COMBOARD, making it suitable for quick testbench setup and automated calibration.
|
|
| Software & Tools - Software | Linearization Demo
RAA2Pxxxx is Renesas' family of high-accuracy inductive position sensors. This package includes sample code for calculating linearization points from simple measurements.
|
|
3 items
|
||
Sample Code
Sample Code
Filters
|
||
|---|---|---|
| Type | Title | Date Date |
| Sample Code | RAA2P3xxx RH850 Interface Code Example
RAA2Pxxxx is Renesas' family of high-accuracy inductive position sensors. This package offers ready-to-use sample code for seamless communication between Renesas RH850 32-bit automotive MCUs and RAA2P3xxx inductive position sensors, tailored to the selected interface.
|
|
1 item
|
||
Product Options
| Part Number | Status | Stock | Requires Terms and Conditions | Sampleable |
|---|---|---|---|---|
| RTKA2P3226S00000BE | Active | In Stock | Does not require acceptance of Terms and Conditions | Available |
Support
Support Communities
Get quick technical support online from Renesas Engineering Community technical staff.
Knowledge Base
Browse our knowledge base for helpful articles, FAQs, and other useful resources.
