CHANNEL WINNING COMBINATIONS FOR DAY 1
Count WC Code WC Title Count WC Code WC Title
1 AS043 Flammable Gas Leakage Detector 14 EU111 Portable Wi-Fi Controlled RGBW Lighting 2 AS044 Green 3-Phase Smart Energy Meter 15 EU124 Remote Controlled PC Water Cooler
3 AS116 Smart BLDC Ceiling Fan 16 EU125 Precision TIG Welding Controller
4 CN043 Biosensing Smart Trekking Poles 17 EU126 Multi-Function Cordless Drill with Wire Detection 5 CN051 Smart ToF based Rangefinder with Mobile App 18 JP144 HMI Solutions for Appliances
6 CN058 Smart Lock with Super Low Power Wi-Fi and BLE 19 JP176 Mbed™ Based Image Processing Solution 7 CN243 Smart Connected Pulse Oximeter 20 JP188 Induction Heating Rice Cooker
8 CN252 Voice Activated DALI Lighting Controls 21 US174 Drive Solution for Heating or Inductive Coils 9 CN258 Voice Controlled Clotheshorse with Connectivity 22 US178 Universal SMARC Carrier Board
10 CN278 Touchless Toilet with Biosensor 23 US202 Robotic Lawn Mower
11 CN328 100W Adaptor with Power Delivery & Wireless Charger 24 US206 IO-Link Master Solution
12 EU012 Multi-Protocol Industrial Ethernet Switch 25 US207 Smart Asset Tracking Label
13 EU102 Sensor Signal Conditioner to Linearize Results
AS043 FLAMMABLE GAS LEAKAGE DETECTOR
System Overview
An AC powered standalone system with smart connectivity using Bluetooth®
Low Energy (LE) 5.1 communication to detect the leakage of flammable gas can be a very useful system for industrial and household applications. In this system, a single microcontroller (MCU) with built-in Bluetooth LE
communication, DC/DC block and 10-bit ADC aids in quick and easy
implementation of a safe system. Additionally, a 1200V built-in bipolar junction transistor (BJT) based AC/DC system can be used for any industrial power line system.
System Benefits
Very high AC operating range with the iW1821 switched-mode power supply (SMPS) IC
Single MCU + Bluetooth LE 5.1 chip is used for detection and connectivity
Stand alone, wall mounted system, very small in size and low component count
Built-in 900V BJT, isolated flyback AC/DC
LED indication is given for Bluetooth LE connectivity indication
Buzzer indication for safety/security risk from gas leak
Target Applications
Liquefied petroleum gas (LPG) leak detection
Industrial gas leak detection
INDUSTRIAL & HOUSEHOLD GAS TRAGEDY SAFETY SYSTEM
Buzzer Gas Leak
Alarm
3.3V 10mA 3.3V
250mA 7.5V 0.35mA 3.3V
SGAS711 Flamable Gas
Sensor
500mA 7.5V
90-300V AC
PGND D1
DGND
iW1822 Flyback D2
VCC 10mA 3.3V
Snubber
DA14531 MCU Vdd
GPIO
10bit ADC XTAL
IRQ
RAA214401
LDO (150mA)
R3 Indication LEDs
R2 ON/OFF
GPIO
Q2 Logic
32.768 KHz 32MHz
AS043
Device
Category P/N Key Features
Dialog
DA14531MOD Bluetooth Certified Module
iW1822 AC-DC Flyback with In-built 900V BJT
Analog SGAS711 SGAS711 is a solid-state chemiresistor sensor designed to detect flammable gases in air.
Power RAA2144014GP3#JA0 SOT23, 40V In, 3.3V @ 150mA out, 3.6µA Quiescent current
AS044 GREEN 3-PHASE SMART ENERGY METER
LOW-COST, SMART AND SECURE METERS FOR GREEN ENERGY
R Y B NFilter, Surge Protector
Rectifierand
CT1
CT2
CT3
CT4
RL78-I1B/I1CMCU VBatt
SDADC 24 bit
LCD
GPIO
iW1821 Flyback (Isolated)
RAA214401 LDO (150mA) 750V DC
1A5V Max
GSM + GPS Module 4.1V
1.5Apk
Super Capacitor
ISL91107 DC-DC Boost Logic
VRTC VDD
BT2 GND
I2C
UART
EEPROM
Case Switch
Open Box
Push Button Menu
IrDA Connector
Backlit LED GND
2
2
11 x 8LCD 19
IRQ Magnetic
Tamper UART
2
100mA 3.3VMax
3.3V10mA
3.3V50mA
GPIO PS2514L
PS2514LOptical Isolator PS2514L x 3
RS485 ISL8485 3
15mA5V 5V
0.9A Max GND
GND
3.3V
3.3V iGND
iGND
90V- 510V AC
Device
Category P/N Key Features
MCU RL78/I1B 16 Bit MCU
Dialog iW1821 AC-DC Flyback with In-built 1200V BJT
Analog ISL8485 RS485
PS2514L-1 Optical Isolator
Power
ISL91107 DC-DC Boost RAA2144014G
P3#JA0 SOT23, 40V In, 3.3V @ 150mA out, 3.6µA Quiescent current
AS044
System Overview
With a growing demand for power and energy, local utilities and consumers are requiring a more efficient way to monitor the energy consumed. Green smart meters help to improve awareness of this energy consumption while using very little power themselves. This solution provides the components for a low-cost, smart and secure green meter. This tamper proof and connected system gives users the ability to view information about their power consumption via remote data acquisition and transfer.
System Benefits
Magnetic tamper proof to protect data
High voltage operation
Super capacitor for a last gasp power source
Remote data acquisition and transfer
1200V inbuilt switch provides flexibility to make a robust and low-cost system
Target Applications
3-phase energy meters
AS116 SMART BLDC CEILING FAN
SECURE, EFFICIENT AND CONNECTED SOLUTION FOR CONSTANT AIR DELIVERY System Overview
This Proof of Concept (PoC) provides for a high efficiency, high torque, low noise, and smooth start solution. Efficiency is key for this application; thus, built-in self-align dead time with chip design technology offers lower thermal losses and reduces power loss.
In this design, a microcontroller (MCU) + pre-driver in a single chip reduces component count* and board size. A proprietary sensorless algorithm reduces dependency on external components.
This smart solution consists of core ceiling fan functions like dual rotation, natural breeze, LED lighting, and temperature and humidity sensor, with IoT features supporting wireless protocol (Wi-Fi) for control using the Android OS for smart devices.
System Benefits
Rotor position sensing technology (MRI – Magnetic Rotor Position Identification) for low-speed rotation, vibration-free during initial start-up
Uses and RL78 MCU (RL78/G1F) core (16-bit CISC, 44DMIPS at 32MHz)
Flash ROM: 64KB (Data Flash: 4KB), RAM: 5.5KB
Device supports field-oriented control (FOC) and 150 deg. commutation
High power factor (PF), constant voltage isolated flyback AC/DC, offers high efficiency
VirtualZero™ technology offers very lower power and secure Wi-Fi modules
Energy saving using a self-align dead time generator
Integrated hardware and firmware protection features (Temperature abnormality, motor rotation abnormality, FET overcurrent, and abnormal voltage)
Target Application
IoT/Smart homes
Device
Category CP/N Key Features
Dialog iW3627 High PF AC-DC Isolated Constant Voltage Flyback DA16200 a highly-integrated, ultra-low-power Wi-Fi networking SoC MCU RAJ306001 30V Motor Control IC with Built-In 16-bit MCU (RL78G1F)
Analog HS3001 ±1.5% RH, ±0.2°C highly-accurate, fully-calibrated relative humidity and temperature sensor.
Power ISL85415 Wide VIN 500mA Synchronous Buck Regulator
AS116
CN043 BIOSENSING SMART TREKKING POLES
Device
Category P/N Key Features
MCU RYZ014A Single-mode LTE category M1 module with worldwide deployment and roaming capability.
Dialog DA14531MOD SmartBond TINY™ Module, world’s smallest and lowest power Bluetooth 5.1 SoC Power ISL91127IRNZ-T 2A High efficiency buck-boost regulator.
ISL6294 fully integrated single-cell Li-ion battery charger.
Analog OB1203SD-C4 Multi-channel Digital RGB / Ambient Light, Proximity and Photoplethysmography Sensor HS3003 A highly-accurate, fully-calibrated relative humidity and temperature sensor.
CN043
System Overview
The smart trekking pole used for elder healthcare and outdoor hiking is helpful with aiding in balance and stability on uneven ground or tricky terrain. This smart trekking pole product provides auto alerts, such as GPS tracking, whether a user has fallen, heart rate, etc., via a CAT-M1 module. Additional features include IoT functions for auto-SOS, cloud/app monitoring, real-time positioning, tracking and monitoring, and other
location-based services (LBS). Renesas provide the entire bill of materials (BOM) including the Bluetooth® Low Energy (LE) module, temperature/humidity sensor, biosensor, and power products
System Benefits
Super-low power Bluetooth LE module for portable equipment with mobile app support
Fully integrated all-in-one biosensor module, the smallest sensor of its kind: 4.2mm x 2mm x 1.2mm
High-performance temperature/humidity sensor
High-efficiency charger and low IQ power
Target Applications
Outdoor/Sports equipment
Elder nursing
Healthcare
CN051 SMART TOF BASED RANGEFINDER WITH MOBILE APP
System Overview
A rangefinder is a device used to measure the distance from an observer to a target. This smart rangefinder solution, which
incorporates Renesas' ISL29501 Time of Flight (ToF) sensor IC, is easy to design and control, while also achieving accurate wide range distance measurement. Optimized for handheld applications, this solution includes the world’s lowest power Bluetooth® Low Energy (LE) system-on-chip (SoC) to implement wireless
communication and offers long battery life.
System Benefits
Long distance measurement: 0.15m to 10m
Distance measurement accuracy <3%
High ambient light immunity in outdoor light
Super-low power Bluetooth LE for portable equipment
Mobile App is available Target Applications
Home automation
Industrial proximity sensing
Distance measurement
Device
Category P/N Key Features
Dialog DA14531MOD SmartBond TINY™ Module with the lowest power Bluetooth 5.1
Power ISL9122A A buck-boost switching regulator with low quiescent current consumption Analog ISL29501IRZ-T7 TOF Sensor, Time of Flight based signal processing integrated circuit
R1EX24002ASAS0I Two-wire serial interface 2k EEPROM
CN051
CN058 SMART LOCK WITH SUPER-LOW POWER WI-FI AND BLE
System Overview
The demand for smart locks is a rapidly growing segment for the home and building automation industries. These locks need to be able to communicate with a smart home or building via fingerprint recognition and/or with a mobile phone using a common wireless communication protocol such as Bluetooth® or Wi-Fi. This smart lock solution features fingerprint control, low power Bluetooth and low power Wi-Fi options. The DA16600 low power Wi-Fi plus low power Bluetooth Low Energy (LE) module,
DA16200 low power Wi-Fi networking system-on-chip (SoC) and DA14531 SmartBond TINY™ Bluetooth LE module provide the smallest and lowest Bluetooth 5.1, ultra-low power Wi-Fi SoC for battery powered Internet of Things (IoT) devices. Additionally, the GreenPAK™ family of cost-effective NVM programmable devices provides features such as a motor driver and LED control and the RX651 high-performance, low pin count, 32-bit microcontroller (MCU) is available to design in a fingerprint module for the algorithm design. A wide input range ultra-low quiescent current LDO and Time of Flight (ToF) sensor are also used for a complete compact design.
System Benefits
Includes the world’s smallest and lowest power Bluetooth 5.1 system-on- chip
Ultra-low power Wi-Fi SoC for battery powered IoT devices
High-performance 120MHz low pin count MCU for adding a fingerprint module
Programmable mixed-signal matrix enables innovators to integrate many system functions into a single custom circuit
Target Applications
Smart homes
Smart buildings
Device
Category P/N Key Features
MCU/SoC
RX651 32-bit microcontrollers for IoT connectivity modules and space-constrained edge devices RA2E1 48MHz Arm® Cortex® M23 CPU with innovative peripherals, enhanced CTSU2 RYZ014A LTE Cat-M1 Cellular IoT Module
Dialog
SLG47105 High-voltage H-bridge functionality in a tiny 2 x 3 mm QFN package.
SLG46537V GreenPAK integrated multi-channel LED control and GPIO expander.
DA16600 Ultra Low Power Wi-Fi + BLE Combo modules for battery powered IoT devices DA14531 The world’s smallest and lowest power Bluetooth 5.1 System-on-Chip DA16200 Ultra Low Power Wi-Fi SoC for battery powered IoT devices
DA7280 Low-power high-definition Haptic Driver for next generation human-machine interfaces Analog ISL29501IRZ-T7 TOF Sensor, Time of Flight based signal processing integrated circuit
CN058
CN243 SMART CONNECTED PULSE OXIMETER
Device
Category P/N Key Features
Dialog DA14531MOD SmartBond TINY™ Module with the lowest power Bluetooth 5.1
Analog ISL9122A A buck-boost switching regulator with low quiescent current consumption Power OB1203 Sensor Module integrates a multi-channel light sensor (LS/CS), a
proximity sensor (PS), and a photoplethysmography sensor (PPG).
CN243
System Overview
Smart health applications continue to be an expanding market which needs to account for high performance, low power and high integration in various medical solutions. The pulse oximeter is a small electronic device that measures an individual's oxygen saturation level, or the oxygen levels in the blood. It is an important device used to monitor the health of individuals with any type of condition that can affect blood oxygen levels. Renesas’ Smart Oximeter with Mobile App is a turnkey solution that provides a full system reference design, medical level algorithm and mobile connectivity with reference apps. This super- low power solution has the ability of measuring accurately even on the most difficult of human subjects.
System Benefits
Smallest biosensor module : 4.2 x 2 x 1.2mm
Includes the OB1203 heart rate, blood oxygen concentration, pulse oximetry, proximity, light and color sensor for accurate measurements
Open-source code for reference design
Super-low power Bluetooth® Low Energy (LE) for portable equipment
Mobile App is available
Target Applications
Home healthcare
Treadmill with added oximeter
IoT healthcare
Wearable device (finger mode)
CN252 VOICE ACTIVATED DALI LIGHTING CONTROLS
Device
Category P/N Key Features
MCU
RL78/I1A
R5F107AEGSP#V0 MCU outputs high-resolution PWM for fine dimming and toning of LED lighting with DALI/DMX512 RA4M2 High Efficiency 100-MHz Arm® Cortex® - M33 Core MCU
Dialog iW3627 Digital Constant-Voltage Offline PWM up to 90W iW380 Second-Stage 65V Buck LED Drive
Power ISL80505 High PSRR 5V/0.5A LDO
Analog
PS2561F-1 DC input/single transistor output photocouplers
PS2911-1 Flat-lead photocoupler / Insulation thickness :0.4mm, Single Tr.(DC Input)
OB1203SD-C4 Multi-channel Digital RGB / Ambient Light, Proximity and Photoplethysmography Sensor ISL29501 TOF Sensor based signal processing integrated circuit
CN252
System Overview
Digital addressable lighting interface (DALI) is a dedicated lighting control protocol for intelligent lighting systems that is widely used in commercial lighting control and building lighting control. DALI-2 lighting control enables network-based lighting control for building automation
applications that are designed for compliance to IEC 62386 Version 2 (DALI-2) when used with suitable hardware. The DALI-2 standard improves on the ability to control brightness, glare, color rendering, and presence detection, and adds multi-vendor interoperability to the DALI standard IEC 62386.
System Benefits
The RL78/I1A is a one-chip solution for DALI/DMX512 and PWM dimming controls
Voice module supports multi-national offline voice control
Supports Time of Flight (ToF) distance detection
Includes an OB1203 fully integrated optical sensing module to support RGB sensor function and biosense
High-performance AC/DC and DC/DC for lighting
Target Applications
Commercial lighting
DALI 2.0 system
Building automation
CN258 VOICE CONTROLLED CLOTHESHORSE WITH CONNECTIVITY
Device
Category P/N Key Features
Dialog
iW3627 Digital Constant-Voltage Offline PWM up to 90W iW380 Second-Stage 65V Buck LED Drive
SLG46537 GreenPAK implements Static LCD Driver with I2C Interface
DA16600MOD Ultra Low Power Wi-Fi + BLE Combo modules for battery powered IoT devices MCU RA4M2 100MHz Arm Cortex-M33 with TrustZone, support local voice recognition algorithm
Power
ISL85003 Input voltage range 4.5V to 18V, Efficient 3A Synchronous Buck Regulator HIP2103 60V, 1A/2A peak, Half-Bridge Driver with 4UVLO
RJK0451DPB Nch Single Power Mosfet 40V 35A 7Mohm Lfpak
Analog HS3003 RH accuracy: ±2.8% RH typicalTemperature sensor accuracy: ±0.25°C typical (0 to +70°C) Flat-lead photocoupler / Insulation thickness :0.4mm, Single Tr.(DC Input)
CN258
System Overview
This solution provides an integrated solution for a smart
clotheshorse. voice control, Wi-Fi and Bluetooth® Low Energy (LE), as well as touch button control, provide a variety of smart control options. AC/DC circuitry, a buck regulator and LED driver power the MCU, LED and other peripheral modules. A humidity and temperature sensor, N-channel MOSFET and half-bridge drivers are also integrated into this solution.
System Benefits
Multiple intelligent control modes: Voice recognition, Wi-Fi, Bluetooth® LE
100MHz Arm® Cortex®-M33 with capacitive touch sensing unit (CTSU) and voice recognition firmware
High-performance power devices provide efficient power and LED control
Target Applications
Smart home
Home Appliances
CN278 TOUCHLESS TOILET WITH BIOSENSOR
Device
Category P/N Key Features
MCU RA2E1 48 MHz Arm® Cortex®-M23 core MCU
Power ISL85003 4.5V to 18V input, 3A buck
Dialog
iW1760B 45W AC/DC Off-Line Controller for Power Adapters Offers Lower Output Ripple DA14531MOD SmartBond TINY™ Module, world’s smallest and lowest power Bluetooth 5.1 SoC
SLG47105 High voltage GreenPAK for stepper motor driver SLG46855 GreenPAK based AC-Power phase cut control
Analog
OB1203 Sensor Module integrates a multi-channel light sensor (LS/CS), a proximity sensor (PS), and a photoplethysmography sensor (PPG).
ISL29501IRZ-T7 ToF sensor, supported 10cm-3m range with high accuracy
PS2911-1 Flat-lead photocoupler / Insulation thickness :0.4mm, Single Tr.(DC Input) HS3003 RH accuracy: ±2.8% RH typical, Temperature sensor accuracy: ±0.25°C typical
CN278
System Overview
This solution shows a toilet design using the DA14531 SmartBond TINY ™ module, the smallest, most power efficient Bluetooth® Low Energy (LE) solution available. This Bluetooth LE module targets broad market usage and will be certified across regions providing significant savings in development cost and time-to-market. Additionally, multiple sensors are used to realize automatic cover opening, humidity and temperature measurement, and to monitor health.
System Benefits
Bluetooth LE and MCU: The Bluetooth LE module comes with an integrated antenna and easy-to-use software, making Bluetooth Low Energy development easier than ever before.
Low cost 48MHz Arm® Cortex®-M23 core MCU with enhanced capacitive touch sensing unit 2 (CTSU2).
Strong power source: High-performance and high-output ability power device, AC/DC + Buck are enough to cover all of the power supply.
More intelligent design keeps users healthier.
Target Applications
Smart toilets
Smart environnent monitors
CN328 100W ADAPTOR WITH POWER DELIVERY & WIRELESS CHARGER
Device
Category P/N Key Features
Dialog iW9802 100W Digital Zero Voltage Switching RapidCharge™ AC/DC Controller
Power
R9A02G011 USB PD Controller
R2A20133DSP Critical Conduction Mode PFC Control IC
RAA489800 Bidirectional Buck-Boost Voltage Regulator, input: 3.8V to 23V,output up to 21V
RJK03M5DNS Nch Single Power MOSFET 30V 25A
P9243-GB Wireless Power Transmitter for 15W Applications
Analog PS2911-1 High CTR, 4-Pin Ultra Small Package Flat-lead Photocoupler
CN328
System Overview
As more mobile phone manufacturers are not including chargers with new mobile phones, the demand for fast charging, multi-functional chargers is quickly growing. The 100W power delivery (PD) adaptor is a multi-functional PD adaptor solution that can support 65W maximum PD output, BC1.2 fast charging, QI 15W wireless charging, as well as two 5V 2.1A USB A ports. Renesas can provide a total IC solution for this application, including power factor correction (PFC), quasi-
resonant (QR) flyback controller, buck + PD controller, wireless charger, and MOSFET.
System Benefits
Fully featured all-in-one mobile charger
Supports 65W power delivery (PD), QI 15W wireless charger and BC1.2 fast charging
Active integrated PFC meets worldwide PFC requirement standards
Uses a dedicated USB controller R9A02G011 which expands the ability to cover more quick charge (QC) algorithms
Target Applications
Quick chargers
Adaptors
Mobile phones
Mobile devices
EU012 MULTI-PROTOCOL INDUSTRIAL ETHERNET SWITCH
Device
Category P/N Key Features
Dialog AT25SF321B QSPI Flash 32MBit (4Mx8)
DA9061 PMIC w/ 3x DCDC Buck 1.5-2.5A, 2.7-5.5V
inPower RAA211650 56V 5A Buck Regulator
MCU RZ/N1D
R9A06G032VGBA RZ/N1D MPU, 324BGA, Dual Cortex A7
RZ/N1D
MPU
Vdd33
DDR3 RAM 24V 3.3V
(9-48V)
RAA211650 Buck Regulator
eMMC Ext. Storage Vdd11
VDVDDQ
1.5V
VCC IOVCCQ VDDQ
1.8V 1.15V
Ethernet PHY#1 Ethernet PHY#2 Ethernet PHY#3 Ethernet PHY#4 Ethernet PHY#5
Flash QSPI AT25SF321B VCC
QSPI eMMC DDR3
Ethernet#1 Ethernet#2 Ethernet#3 Ethernet#4 Ethernet#5 R-In
Engine HW Accel.
Int. Osc.
40MHz
DA9061 PMIC
EU012
System Overview
Multi-protocol industrial Ethernet switches allow for easy
transition between multiple common industrial Ethernet protocols.
Renesas offers a complete solution for a multi-port high-
performance industrial Ethernet switch with 24VDC supply and multiple industrial Ethernet protocol support.
System Benefits
Up to 5x Ethernet
Multiple industrial Ethernet protocol support
PROFINET, EtherNet/IP™, EtherCAT
Integrated eMMC, DDR3 RAM and QSPI Flash
Only 1x 24VDC (9V to 48V) supply required
All other rails generated internally
Only two components needed to power the whole application
Board space is reduced Target Applications
High performance industrial Ethernet switch
Industrial automation equipment
Multi-protocol Ethernet switches or gateways
EU102 SENSOR SIGNAL CONDITIONER TO LINEARIZE RESULTS
Device
Category P/N Key Features
Dialog SLG46537 Programmable Mixed-signal Matrix with Asynchronous State Machine Analog ZSSC3240 High End 24-bit Sensor Signal Conditioner IC with 26-bit math. core
MCU RL78/G14
R5F104BEAFP#30 RL78/G14 16bit Ultra Low Power MCU, 64KB FLASH, LQFP32 Power ZIOL2401 Dual Channel IO-Link HV Line Driver with embedded DC/DC
ZSSC3240
Sensor Signal Conditioner
RL78/G14
16bit MCU
ZIOL2401
IO-Link PHY with DC/DC
Power EOC
2 I2C
Power Ctrl
3,3V
PowerMCU
4 IO-Link (including
power) 4
Debug E1 I/F
4
4 SPI
3 4 AUX CTRL VDDB
INP
INN VSSB Load Sensor
25mA max.
I2C
SPI
GPIO UART
GPIO
Tool0 Reset Supply VDD
I2C
SPI AUX CTRL
410mA
Prog.
max.DC/DC 24V->3.3V
Supply
SLG46537
113,3V
EU102
System Overview
In scales, the used sensor elements are non-linear, therefore
linearization needs to be done. In this solution, workload is done in a sensor signal conditioner to allow close to 100% use of the
microcontroller (MCU) for customer applications.
System Benefits
No load for the MCU, as all the pre-processing is done by the signal conditioner
Tiny software footprint on the MCU side for precise scale functionality
Offloading the MCU offers full MCU capability for user
applications (e.g. Human Machine Interface (HMI), Tara function, etc.)
The IO-Link PHY powers the entire application
Easy adoption of a seven segment LED via the GreenPAK™
family of cost effective NVM programmable devices
Reduced BOM, smaller PCB
Target Applications
Industrial scales
Point-of-Sale (POS) systems
Retail scales
EU111 PORTABLE WI-FI CONTROLLED RGBW LIGHTING
R9A02G011 USB-C PD
Controller LED Bar
DA16200MOD WiFi Module IEEE802.11b/g/n
2.4GHz ISL85410
1A Buck Regulator
RED GREEN
BLUE
RA4M2 Control MCU SCI
3V3 18-24V
OB1203 ColorLight Sensor
HS3001 Temp. RH Sensor
I2C
PWM 2.4GHz
Antenna Shunt
(+Fuse)
Vdd ADC ISL28005-20
Current Sense Amplifier G=20
-+ ISL80410
LDO 5V
ADC RAA211650
5A Buck Regulator 3Amax
5V
PWM 1,4Amax
4 Power
Switch
320mAmax 100mAmax 50µAmax 0R1
2V8max
300µAavg
25µAmax
2V8max
24V In
5V
Device
Category P/N Key Features
Analog
ISL28005
ISL28005FH20Z-T7A Current Sense Amplifier G=20 HS3001 Humidity and Temperature Sensor OB1203RGB Color Light Sensor
Power
ISL80410 40V, 150mA LDO
ISL85410 40V, 1A Buck Regulator RAA211650 60V, 5A Buck Regulator R9A02G011 USB-C PD Controller
MCU RA4M2 High Efficiency 100-MHz Arm®Cortex ®- M33 Core
Dialog DA16200MOD WiFi module IEEE802.11b/g/b
EU111
System Overview
This portable red, green, blue, and white (RGBW) color lighting solution with Wi-Fi control and USB-C power supply is ultra-flexible and can be quickly and easily installed. In this design, Renesas provides a complete solution for RGB color lighting that is also good for cold/warm white general lighting.
System Benefits
Complete solution for RGBW lighting
Easy connection to standard LED bars/stripes
Remote Wi-Fi control via smartphone
Easy integration into an existing Wi-Fi network or direct connection to a smartphone (AP mode)
Single, ubiquitous USB-C power supply
Extendable setup using additional lighting units
Ultra-portable using a standard USB-C power bank
Integrated temperature, humidity and RGB light sensors
Target Applications
Ambient lighting in smart homes
Event lighting (trade show, party, large event)
General lighting
Mood lighting
EU124 REMOTE CONTROLLED PC WATER COOLER
ISL85415 Buck
HS3104
Temp. & Hum.
24.4uA max
DA14531 BLE
RL78
Vdd
PWM
2 I2C
EU124
8mA max
ADC GPIO
Passive Flowmeter (from PC)12V
ISL89410 MOSFET driver
500mA max5V
7.5mA + sw.
MOSFET
2x NTC temp.
sensor
Pump Radiator
Power Unit inside of PC
2 Graphical LCD
monochrom.
DA14531 BLE
RL78Vdd SPI
I2C 3
8mA max C.T.
C.T. Pad Pad
C.T.
Pad C.T.
Pad
CTSU 2x AAA (1,5V)
Battery
HMI Unit on desk
4 2
ISL9120 Buck/Boost
800mA max2.8V
Device
Category P/N Key Features
Dialog DA14531 Smartbond BLE Module
Power
ISL9120 High Efficiency Buck Boost
ISL85415 36V, 500mA DC/DC buck regulator ISL89410 Dual channel power MOSFET driver
MCU RL78/G23 High performance cost efficient 16bit MCU with Cap. Touch Analog HS3104 Relative Humidity and Temperature Sensor
EU124 System Overview
PC (desktop/tower/mini tower) water cooling is a process used to lower the temperature of the computer processor and other critical components of the system such as graphics cards. PC water coolers absorb the heat away from the
components inside the system, rather than blowing the hot air around the case, as typical with air cooling systems. Renesas' Remote Controlled PC Water Cooler solution splits PC water cooling into two parts, the power unit inside the PC and the human machine interface (HMI) control panel on a user’s desk, connected via Bluetooth® Low Energy (LE) to the power unit.
System Benefits
Wireless HMI allows freedom in terms of placement
Bluetooth LE opens up the possibility to control the power unit from a smartphone
Control for multiple pumps and fans is possible
Target Applications
General PC water cooling
Gaming PCs
Size-constrained industrial panel PCs
High-end graphic workstations
EU125 PRECISION TIG WELDING CONTROLLER
Device Category P/N Key Features
Dialog DA16600 Wi-Fi + BLE combo CCG1401 Transimpedance Amplifier
MCU
RA6M3
R7FA6M3AF3CFB ARM Cortex-M33 based MCU with LCD controller RA2E1
R7FA2E1A53CFJ ARM Cortex-M23 based cost efficient MCU
Analog
ZMOD4410 Indoor Air Quality sensor ZMOD4510 Outdoor Air Quality sensor
HS3104 Relative Humidity and Temperature Sensor Power ISL85410 40V, 1A buck regulator
System Overview
Tungsten Inert Gas (TIG) welding, also known as gas tungsten arc welding, uses a non-consumable tungsten electrode to produce a weld. A variety of industries use TIG welding for high quality welding purposes usually on thin metals, such as aluminum. Renesas' TIG Welding Controller solution is a complete DC + AC/DC TIG
programmable welding control system.
System Benefits
Precise, wide range, arc-current measurement on secondary side
Detection of ozone and other dangerous gases concentration
Isolated Controller for High-side measurements/control
IR multi-touch HMI display, operable with gloves
Connected via WiFi/BLE
Control circuitry for water cooling (enabling compact tool) Target Applications
High class 230V DC + AC/DC TIG (WIG) welding machines
Welding machines with water cooling
ISL85410 Buck
RA6M3 AC rectifier &
Input Stage
DC 12V isolated
Graphic IP Vdd IPS / OLED
DA16600 WiFi+BLE
I2C 3.3V 1A max.
CCG1401
TIA HF
ignition
230VAC/16A(1~ph EU)
HS3104
Temp. & Hum.
ZMOD4410 Air Quality
ZMOD4510 Air Quality
137mA max
Water-flow detector
resonant 2ph
inverter
Output rectifier
+ Filter Modulator
Water- cooling
pump
12 or 230VGPIO
RA2E1
Vdd
ISL85410 Buck
GPIO ADC
Galvanic SCI isolation SCI
SPI
2
2 3 5V 1A
max 3mA max
13mA max.
2
SolenoidGas
pressureGas sensor 3
EU125
230V2 320mA max.
16.2mA max
13mA max
24.4uA max
Electrode Electrode
12V
PWM
SPI PWM
Hot area
System Overview
As the Internet of Things (IoT) continues to expand into the home appliances market, devices such as smart drills will need to be able to communicate with a smartphone using common wireless communication protocols such as Bluetooth® or Wi-Fi. This energy efficient intelligent cordless drill solution includes an electric wire in wall detection feature, as well as additional programmable features that include angle of drilling (vertical/horizontal/any angle), RPM limit for plastic materials, torque limit as an option to a mechanical switch, distance measurements, Bluetooth Low Energy (LE) connection to a smartphone for easy user setup, and optional haptic indication of electric wire detection
System Benefits
Electric wire in wall detection integrated in removable dust collector increases safety and removes need for additional dedicated tools
indication of horizontal or vertical (or programmable angle) removes the need for additional jigs or tools
Low-cost Bluetooth LE allows user to comfortably control the drill on a smartphone
Brushless motor with precise control increases efficiency and power and decreases overall weight
Wide angle observation display (IPS or OLED panel)
Target Applications
Cordless drill with embedded safety and advanced functionality
EU126 MULTI-FUNCTION CORDLESS DRILL WITH WIRE DETECTION
Device
Category P/N Key Features
Dialog DA14531 Smartbond BLE Module DA7280 Haptic driver only for LRA/ERM
MCU RA6M3
R7FA6M3AF3CFB ARM Cortex-M33 based MCU with graphic. and motor control Analog ISL29501 Time of Flight sensor
Power
ISL85033 Dual Buck Regulator HIP4086 3Ph MOSFET driver
RJK0653DPB N-Channel MOSFET 60V/45A, 4.8mOhm
RA6M3 Li-Ion 20 V
Graphic Vdd IP
3
HIP4086
3-Phase MOSFET Driver
6 3
IPS / OLED display
Protractor
DA14531 BLE
Working area illumination White LEDs
ISL29501 ToF
I2C
PWM 3.3V
max.3A
El. wire in wall detection
20V/25A max.
BLDC motor with 2-speed gearbox ADC
LED driver
RJK0653DPB6x 8mA max.
55mA typ. For the chip +ext. Laser current Exchangeable Li-Ion
battery pack
137mA
ISL85033
max.Dual-Buck
6
13.5mA max @ 20kHz 12V 3A
max.
EU126 DA7280
Haptic driver
PWM SPI
JP144 HMI SOLUTIONS FOR APPLIANCES
Device
Category P/N Key Features
Dialog
DA7280 w-power high-definition Haptic Driver for next generation human-machine interfaces DA7218 Ultra low power stereo audio codec
AT45DQ321 4MB QSPI Flash memory
MPU RA6M3 Ultra-Low Power 120-MHz Arm
®Cortex
®- M4 Core
Analog HS3001 Relative Humidity and Temperature Sensor
ZMOD4450 Gas Sensor Module for Refrigeration Air Quality(RAQ) Application
Power
ISL8002 Compact Synchronous Buck Regulators ISL9003A Low Noise with LDO Low I
Q, High PSRR ISL97634 White LED Driver with PWM Dimming
JP144
System Overview
This reference design is designed to detect refrigeration odors. However, smart kitchen appliances have several features, such as color displays, touch control and sound feedback. Voice recognition is also an emerging feature for non-contact operation. Sensing functions such as
humidity/temperature and gas sensors can also be added as additional features to these systems.
System Benefits
High-performance HMI, touch key with haptics, voice recognition, graphic and sound can be controlled by one MCU
Low power solution with high efficiency power regulators, low power haptics controller and low power audio codec.
Integrated sensing solution with high performance gas sensor and temperature/humidity sensor
Target Applications
Refrigerator
Microwave
Range hood
Other kitchen and home appliances
JP176 MBED TM BASED IMAGE PROCESSING SOLUTION
JP176
System Overview
This image processing solution enables rapid-prototyping for a smart camera that includes a smart display, network capabilities, storage, an audio jack, and interfaces for sensors. It could also be used for science, technology, engineering, the arts, and mathematics (STEAM) education via easy programming with the Arm® Mbed ™ platform and MicroPython.
Rapid-prototyping is available with the Gadget Renesas GR-MANGO RZ/A2M-based solution board designed by CORE Group and the Gadget Renesas project.
System Benefits
High integration MPU with a power and clock devices.
The RZ/A2M MPU features an Arm® Cortex®-A9 CPU and is designed for e-AI based imaging that requires high-speed image processing.
Wireless connection for IoT system with DA16200 Wi-Fi module.
Various UI interfaces for HDMI, LCD display and audio input/output.
Extended interfaces for sensing humidity, temperature and air quality.
Target Applications
Point-of-Sale (POS)/Barcode scanner
Home appliances with cameras
Infrared (IR)/Thermal cameras
Human machine interface (HMI) displays
JP188 INDUCTION HEATING RICE COOKER
Device
Category P/N Key Features
Dialog iW248 Highly integrated Smart IGBT driver & controller
MCU RL78/L13 16-Bit Standard LCD MCU
Power
RAA223012 Compact Synchronous Buck Regulators RAA214220 Low Noise with LDO Low I
Q, High PSRR RBN25H125S1FPQ IGBT 1250V 25A TO-247A Built-In FRD
JP188
System Overview
This is a total solution for an induction heating (IH) rice cooker that includes a heating block and human machine interface (HMI). A highly integrated smart insulated-gate bipolar transistor (IGBT) driver and controller, as well as a low loss IGBT help to realize a simple and high-performance IH rice cooker.
System Benefits
Total IH solution with the iW248 smart IGBT
driver/controller and RBN25H125S1FPQ IGBT makes for a simpler and easier design for high-performance IH
applications.
System controller RL78/L13 microcontroller (MCU) supports simple HMI as well.
RAA223012 700V AC/DC buck regulator provides ultra-low standby power and up to 2.5W output power.
Target Applications
Induction heating (IH) rice cooker
Induction heating (IH) cooker
HE AT ING CO IL 24V
ACMP RL78G23* I2C
PWM
ISL80410
0.1A 5V
Gang Pins
* Other MCU Options RX140
RA2E1
Divide RES
RJK03M5DNS PSH/PLL
PWM I2C
PUSH PULL WDT
2
S/H AMP ACMP
AMP
2xDCP
GREENPAK SLG47004
RJK03M5DNS
ADC
VPWR VPWR
ADC IRQ
US174 DRIVE SOLUTION FOR HEATING OR INDUCTIVE COILS
Device
Category P/N Key Features
MCU RL78/G23 General purpose MCU with 32-bit PWM
Power
RJK03M5DNS 30V NMOS 25A
ISL80410 High-voltage adjustable LDO with low quiescent current
Dialog SLG47004 GreenPak Programmable Mix Signal Matrix with Analog Features US174
System Overview
This solution drives an external element whether it be a coil for
heating, a wire for generating a magnetic field, or inductor to propel a motor. A microcontroller (MCU) sends a pulse width modulated signal to the gate driver that efficiently connects power to the driving element or removes the charge from it. A comparator and amplifiers are used to monitor current flow and trigger any overcurrent events.
System Benefits
Improved drive efficiency
Improved load drive control
Achieves high bandwidth current measurement
Fast (1us) overcurrent safety detection Target Applications
Heating elements
Driving motors
Discrete DC/DC converters
Perimeter fencing
US178 UNIVERSAL SMARC CARRIER BOARD
Category Orderable P/N Key Features
Power
ISL81601 60V Bidirectional 4-Switch Synchronous Buck-Boost Controller ISL80019 Compact Synchronous Buck Regulators
ISL8026 Compact Synchronous Buck Regulators ISL97519A 600kHz/1.2MHz PWM Step-Up Regulator
ISL80505 High Performance 500mA LDO Dialog AT25QF128A 128Mbit Serial NOR Flash memory
DA7212 Ultra low power Stereo CODEC with 650µW Always On power mode Analog ISL61851BCBZ-T Dual USB Port Power Supply Controller
uPD720115 USB 2.0 Hub Controller
US178
System Overview
This reference design is a universal carrier board that supports SMARC 2.x. It has multiple power supplies and supports multiple connectors, including video and audio, for variety of applications.
System Benefits
Dual camera support
Multiple display protocol support, including DSI, HDMI and LVDS
USB port expand
Multiple external memory support, including µSD card, QSPI, PCIe memory, and optional MRAM
Headphone audio support, including microphone
Multiple power supply
USB-C power deliver
Power over Ethernet (POE) passive supply
12V input
Target Applications
SMARC SOM application
Human machine interface (HMI)
Video/Audio stream
Computing systems
US202 ROBOTIC LAWN MOWER
RL78/G12MCU Vdd AC/DC
To Lawn mower’s 12 V Motherboard Perimeter Wire
(30-50kHz) Power
MOSFET PWM
Current Sense Opamp ISL28191 ISL80410LDO
3.3 V
ADC GPIO Status LED
BLDC Motor
ISL85410Buck
Time of Flight ISL29501 6-axis IMU
RA4M1MCU*
2x Receiver LC Tank cct
Rotor position sensing through hall sensors Current sense
29.4 V, 2Ah
CTSU controllerLCD
UART Smart connection module- 4G/GPS I2C
GPIO Flash Memory SPI
AT45DQ161 Vdd 3.3 V Battery manager
ISL94202 I2C
12 V From Docking
Station
Alarm for theft MOSFET
7 cells
MOSFET
Buck- boost ISL81401A MOSFET
Op-Amp ISL28214
CSA Comp
Resistor 6
29.4 V
*RL78 or RX series of MCU can also be used 1 A max
I2C Motor Control IC RAJ306001
Iin sense Iout sense
19 mA max
19 mA
Op-Amp ISL28214 14bit
ADC Temp & humidity
HS3101 Cell Balancing
Protection
CV - CC
3.3 V
US202
System Overview
Owning a huge yard creates expensive landscaping bills for
homeowners or hours invested landscaping themselves. A robotic lawn mower saves time and money as well as regular yard maintenance.
Renesas offers all the major parts needed for a robotic lawn mower.
System Benefits
Single IC for BLDC motor control with integrated analog front-end (AFE)
Feature-rich battery management system (BMS) for an up to 8 cells Li- ion battery with reliable safety features for cell balancing and protection
Efficient battery charging in CV/CC profile
Low Power consumption for longer battery life
Rain detection using weatherproof humidity sensor and capacitive touch sensing unit (CTSU) for returning to docking station for safe operation
Collision detection using time-of-flight (ToF) sensors and lift/tilt detection using 6-axis IMU for stopping the blades, ensuring enhanced safety
Docking station with integrated electronic fencing using perimeter wire and charging status monitoring
Remote control and theft protection alarm using wireless/GPS connectivity
Target Applications
Robotic lawn mowers
Autonomous mobile solutions for yard, home and warehouse
Dual Buck
ISL8022 V_CORE: 1.1V 3.3V
RZ/N1S
USB2.0/
Micro USB 3.0 Power
switch 5V
Buck Buck Dual Buck
ISL8033A Buck Buck P3v3_1: 3.3V
P3v3_2: 3.3V
RAA211650Buck 24VCC 5.0V
Ethernet PHY Ethernet PHY CAN PHY MicroSD
GB Ethernet PHY
IO-LINK MASTER CCE4510PHY
IO-LINK MASTER CCE4510PHY
IO-LINK MASTER CCE4510PHY
IO-LINK MASTER CCE4510PHY UART/
SPI
UART/
SPI
UART/
SPI QSPI1
AT25QF128A
GBE Ethernet Ethernet QSPI2
AT25QF128A
EEPROM R1EX25002ASA00I
IO-LINK CONN x8 24VCC
CLK
CAN Connector
I2C
5P35023VC3s
25MHz
25MHz
14.7456 MHz
32.768kHz 40MHz
Crystal 32.768kHz 80mA
20mA 20mA
2.0mA
39 mA
58.3mA 58.3mA 80mA 1420mA
1300mA
400mA x8 4W/3.3V
4W/3.3V
440mA
100mA
1mA 1780mA
500mA
CAN
QSPI QSPI
SDIO UART
SPI
UART SPI
UART SPI
UART SPI
JTAG CONN (Optional) JTAG TDK JTAG TDI JTAG TMS JTAG TDO JTAG RTC
UART/
SPI
