company blog about Supply Renesas Sensor Evaluation Board:Inductive Position Sensor,Optical Sensor,SSC/AFE

Supply Renesas Sensor Evaluation Board:Inductive Position Sensor,Optical Sensor,SSC/AFE

Shenzhen Mingjiada Electronics Co., Ltd., as a renowned supplier of electronic components, leverages extensive industry expertise and premium supply chain resources to deliver high-quality products, empowering clients to achieve greater success in fields such as the Internet of Things and industrial automation.

Core product offerings include: 5G chips, new energy ICs, IoT ICs, Bluetooth ICs, telematics ICs, automotive-grade ICs, communications ICs, and AI ICs. Additionally, the company supplies memory ICs, sensor ICs, microcontroller ICs, transceiver ICs, Ethernet ICs, WiFi chips, wireless communication modules, connectors, and other electronic components.

Advantages

Quality Assurance: All products are sourced through legitimate channels, guaranteeing authenticity.

Comprehensive Range: Covers an extensive array of electronic component models to meet diverse requirements.

Competitive Pricing: Close collaboration with suppliers enables highly competitive pricing.

Professional Service: An experienced sales team delivers timely and precise support to clients.

Inductive Position Sensor Evaluation Board

Inductive position sensors represent an innovative alternative to traditional magnetic and optical encoders, proving particularly suitable for harsh industrial environments characterised by dust, oil contamination, vibration, and strong electromagnetic interference. Renesas enables engineers to rapidly validate the superiority of its magnet-free sensing technology through a dedicated evaluation kit.

Core Evaluation Kit Analysis

RTKA2P3226S00L00BE (Linear Dual-Coil Evaluation Kit): This kit serves as an ideal starting point for evaluating high-precision, high-speed applications. It incorporates a 264mm linear sensing module centred on the RAA2P3226 sensor IC, supporting multiple interfaces including UART, ABI, and I2C. Its graphical user interface (GUI) software significantly simplifies parameter configuration and data visualisation. Delivering absolute accuracy better than 0.01° and minimal signal latency, this solution is ideal for precision robotic joints and high-speed servo motors.

Optical Sensor Evaluation Boards

Renesas' optical sensor evaluation boards primarily cover ambient light sensing and time-of-flight ranging, delivering critical optical input solutions for consumer electronics, industrial automation, and smart home applications.

Ambient Light and Time-of-Flight Sensing

ISL29101IROZ-EVALZ: This evaluation board assesses the ISL29101 ambient light sensor. Its on-board voltage regulator supports wide input voltages, while the I²C interface and accompanying GUI software enable rapid testing of sensor response characteristics under varying light conditions. This facilitates optimisation of automatic adjustment algorithms for display backlighting or lighting systems.

Sensor Signal Conditioner (SSC/AFE) Evaluation Boards

Whether for automotive pressure sensing or industrial weight measurement, raw analogue signals from sensors are typically extremely weak and susceptible to interference. The role of SSC/AFEs is to precisely amplify, condition, and digitise these signals.

Dedicated Signal Conditioners and MCUs with Integrated AFE

RAA2S426XKIT (Automotive-Grade SSC Evaluation Kit): This kit centres on the RAA2S426x series of automotive-grade sensor signal conditioning chips. This chip addresses challenges of signal distortion and inaccurate readings in automotive sensors. Key features include a high-gain preamplifier exceeding 900 times amplification, enhanced analogue sensor offset correction (XSOC), and third-order temperature compensation, ensuring absolute data reliability across extreme temperatures from -40°C to +150°C. Support for multiple output interfaces including SENT and I2C simplifies integration with the master control unit.

RX23E-A RSSK (High-Precision AFE Integrated MCU Starter Kit): For high-accuracy measurement requirements in industrial IoT, the RX23E-A microcontroller offers a unique single-chip solution. This MCU integrates a 24-bit ΔΣ ADC achieving 0.1% measurement accuracy without external calibration. The accompanying evaluation kit provides thermocouple connectors and reference circuits, with its GUI displaying ADC results in real-time like an oscilloscope and analysing noise, greatly simplifying prototype development for precision temperature, weight, or pressure sensing systems.