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PSOC™ Control C3M5 Complete System Motor Control Kit
The PSOC™ Control C3M5 Complete System Motor Control Kit (KIT_PSC3M5_MC1) from Infineon is a comprehensive evaluation platform designed for developing and validating advanced motor control applications. Built around the PSOC™ Control C3M5 Arm® Cortex®-M33 based microcontroller, the kit enables rapid prototyping of high-performance motor control solutions using sensorless field-oriented control (FOC) and shunt-based current sensing. It includes a motor control card, drive adapter, 250 W power board, and a 24 V BLDC motor, providing a ready-to-run out-of-box experience. The kit supports both standalone operation and GUI-based control through ModusToolbox™ Motor Suite, allowing users to configure parameters, flash firmware, and monitor real-time motor performance. Key features include an onboard isolated J-Link debugger with USB-UART support, CAN connectivity, encoder and Hall sensor interfaces, user buttons, LEDs, and potentiometers for intuitive control. With flexible power options, MADK compatibility, and extensive expansion interfaces, the KIT_PSC3M5_MC1 is ideal for engineers looking to evaluate, tune, and optimize Infineon’s PSOC™ Control C3 motor control technology in laboratory and development environments.
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Launch Lab
Industrial
Household Smoke Detector Development Board
This solution uses a highly integrated RAA239101 low power analog front end (AFE) IC and includes all necessary peripherals and features required for a photoelectric smoke detector system, mainly focused on residential smoke detector designs. It is implemented using two key components, the RL78/G12 low power microcontroller and the RAA239101 photoelectric smoke detector AFE IC.
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Launch Lab
Power and Energy
USB-PD with Turbo boost
This board supports USB Power Delivery (USB-PD) Specification Revision v3.0 and supports USB Type-C. The R9A02G011 USB-PD controller performs authentication to accept USB Type-C. It works with input voltages of 5V to 20V and output voltages of 35V/45W, which is beyond USB-PD output voltage level.
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Launch Lab
Automotive
Sunroof Controller
A sunroof control system combines an MCU and intelligent power device (IPD) to deliver precise, efficient, and reliable operation. The MCU serves as the system's core, interpreting user inputs such as switches or touch commands and managing functions like tilt, slide, and full open/close positions. This system integrates seamlessly with the vehicle's body control network using CAN or LIN communication protocols. It is designed to prioritize safety, optimize energy usage, and ensure a compact, durable architecture for modern automotive applications.
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Launch Lab
Medical and Healthcare
Buck Boost Last Gasp Power Supply for Energy Meter
This design uses an ISL85403 synchronous buck or boost-buck controller in the buck-boost configuration to extract power from a supercapacitor (as low as 0.1V).
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Launch Lab
Low-Power
Standard 4-20mA Loop Industrial Receiver
This board uses the Standard 4-20mA loop to transmit data over large distances in industrial environments. It is resistant to surrounding noise, and unlike voltage based interfaces the current in the loop will remain constant.
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Launch Lab
Power and Energy
MPPT Based Solar Battery Charger
Renesas’ Solar Battery Charger application has an operating range of 8V to 40V and can support a 12V lead acid battery for output currents up to 7 amps.
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Launch Lab
Automotive
Gear Shifter
The RL78/F13 MCU and RAA2P4500 inductive position sensor provide precise, contactless gear sensing for seamless selection. The IPS detects gear position using inductance changes, ensuring high accuracy and durability in harsh environments. The MCU processes sensor data, interprets gear positions, controls actuators, and signals the transmission system.
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Launch Lab
Automotive
E-Mobility Solutions -Motor Drive + BMS
High-voltage power train system with modularly integrated wired/wireless charging (ISL81801 and P9415), battery management system (ISL94216), and optional Bluetooth wireless connectivity (RX23W)
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