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Sensors
Strain Gauge demo
US082 – Strain Gauge LoTC reference design is a remote evaluation platform based on the Renesas ZSSC3240 24-bit Sensor Signal Conditioner and EK-RA6M4 MCU kit. It enables accurate load-cell and strain-gauge measurements with real-time visualization, calibration, and environmental testing through a 24×7 remote lab setup.The solution combines precision analog signal conditioning, RA MCU processing, and cloud-enabled access for industrial, consumer, and IoT weighing applications.
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Launch Lab
Automotive , Sensors
Steering Angle Sensor
The Steering Angle Sensor is a vital component in modern vehicle control systems, responsible for accurately measuring the rotational position and movement of the steering mechanism. By detecting the precise angle and rate at which the steering wheel or handlebars are turned, this sensor provides essential data to safety and stability systems.
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Launch Lab
Sensors
Hall Effect Current Sensor
The ACS37030/32 is a high-accuracy isolated current sensor built for fast power-control applications. It combines Hall-effect and inductive sensing to deliver DC to 5 MHz bandwidth, low noise, and fast response, with either a VREF output or FAULT output option for flexible system design. The ACS37041/42 is a compact, cost-optimized Hall-effect current sensor designed as a shunt replacement for space-constrained systems. It offers galvanically isolated analog output, 3.3 V or 5 V operation, and bidirectional sensing up to 30 A in a tiny 5-pin SOT23-W package.
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Launch Lab
Industrial , Sensors
Multiwavelength Smoke Detector Reference Design
The JP252 is a multiwavelength optical smoke detector reference design built around the Renesas RL78/G22 microcontroller. It features an IR LED (850 nm), a Blue LED (470 nm), and a wideband photodiode to detect smoke using the principle of light scattering. By analyzing the response at different wavelengths, the system can distinguish between various smoke types, such as smoldering and flaming fires. The use of multiple scattering angles improves detection reliability and reduces false triggers. An integrated analog front-end amplifies the photodiode signal for accurate ADC sampling. The system also includes a red alarm LED, user control buttons, and a low-power design optimized for battery-powered smoke detection applications.
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Launch Lab
Sensors
TMR Position Sensors
The CT8152, CT8150, CT8111, CT8122, and CT8132 are high-performance tunnel magnetoresistance (TMR) sensors developed using Allegro’s XtremeSense™ TMR technology, offering ultra-low power consumption and high magnetic sensitivity in compact packages suitable for battery-powered and space-constrained applications.
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Launch Lab
Sensors
Touchless Keypad & Sensor Solution
This solution is suitable for home appliances and provides non-contact touch operation at various programmed distances using the RA2E1 32-bit MCU.
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Launch Lab
IoT , Sensors
Smart Asset Tracking Label
Renesas' Smart Asset Tracking Label design is optimized with ultra-low power devices and several standby options for minimal current draw.
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Launch Lab
Sensors
Smart Water Sensor
Implementation shows the detection of high moisture level or water spilling with the help of humidity and temperature sensors through DA16600MOD device and standard MQTT visualization tools.
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Launch Lab
Sensors
Sine/Cosine Rotor Position Sensors
The A33230 is a high-accuracy 3D Hall-effect sensor IC that delivers sine and cosine analog outputs for precise angular position detection across XY, XZ, or YZ planes. Integrated vertical and planar Hall elements ensure 90° phase separation independent of air gap or pole spacing, while selectable sensitivities (300 G or 1000 G) support a wide magnetic operating range. It operates from a 5 V supply with low output current and offers up to 12-bit angle resolution, low native angle error (±2.2° typical), and rapid response time (6.7 µs). Packaged in a compact 5-pin SOT23-W, the A33230 is AEC-Q100 Grade 0 qualified for use in automotive and industrial position-sensing systems . The CT310 is a high-resolution 2D TMR angle sensor featuring differential SIN and COS outputs derived from orthogonal TMR full-bridge structures. It achieves angle error below 0.60° over the full temperature range after a one-time calibration. Operating across a wide magnetic field range (250–900 G), the sensor supports a supply voltage from 1.0 V to 5.5 V and provides low-noise, high-synchronization outputs ideal for BLDC motor control, rotary encoders, and precision angular measurement. Available in both 8-lead TSSOP and ultra-compact 2×2 mm DFN packages, the CT310 meets AEC-Q100 Grade 0 requirements .
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