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ESS HVBMS CMU solution based on NXP S32K118 and MC33774

This solution is a battery monitoring unit CMU in the energy storage high-voltage battery management system based on NXP S32K118 and MC33774. The single board can monitor up to 54 battery strings and 12 temperature data. It adopts CAN-BUS architecture, and S32K118 and MC33774 use isolated SPI for communication.

140W USB-PD3.1 fast charging solution based on ST ST-ONEHP

ST-ONEHP is very suitable for use with MasterGaN. The MasterGaN package is only 9mm x 9mm, and it has two built-in GaN MOS+ high-voltage drivers. Compared with traditional Si MOS, it has superior thermal performance and switching efficiency. MasterGaN can complement the advantages of ST-ONE converters and help maximize performance and switching frequency.ST has developed a SEVLONE140W charger reference design with a power density of 25W/in3 and a peak efficiency of over 94%. The PCB size is 55mm

Heart rate and blood oxygen detection Sensor Board solution based on ams OSRAM AS7058

With the continuous improvement of people's health awareness, all kinds of smart wearable products will basically add health monitoring functions. This solution is a heart rate and blood oxygen detection Sensor Board solution based on ams OSRAM AS7058, which can be used with the main control to measure heart rate and blood oxygen in the field of smart wearables.

Edge processing solution for industrial condition monitoring based on STM32MP157A MPU cloud connectivity

The SL-PREDMNT-E2C1 solution combines STMicroelectronics motion and environmental sensors, STM32F4 microcontrollers (MCUs), and STM32MP157 microprocessing units (MPUs) in the same condition monitoring and predictive maintenance framework. That is, connecting smart sensor nodes to cloud services such as data lakes and monitoring dashboards.

Gesture recognition solution based on STMicroelectronics VL53L5CX Time-of-Flight sensor

The sensor used in this design is the VL53L5CX Time-of-Flight sensor with a wide field of view and 8x8 multi-zone detection. The software provided for the gesture monitoring function runs on the STM32F401 MCU, which balances power consumption and processing performance and provides a large number of interfaces and integrated peripherals.

STMicroelectronics Wireless Charging Solutions for Wearable Devices

Innovation will be the key to product success. Wireless charging is one of the emerging technologies that is developing rapidly. Electromagnetic induction charging is the most mainstream wireless charging technology, followed by resonant wireless charging.

Robot arm motor control solution based on ST EVALKIT-ROBOT-1

EVALKIT-ROBOT-1 is a plug-and-play motor control solution designed to help users easily enter the field of servo drives and robot precision positioning, as well as high-level motion control. The solution includes a maxon 100W brushless DC motor with a built-in 1024-pulse incremental encoder.The motor provides maxon's expertise in motor electromagnetic design, with excellent smoothness and balance, and can accurately control the motor even at low rotor speeds.

Servo drive solution for real-time multi-axis position control over Ethernet based on STMicroelectronics STEVAL-ETH001V1

The STEVAL-ETH001V1 servo drive is developed to solve three-phase PMSM applications for multi-axis position control and connectivity. It can be used in a variety of factory automation applications, such as industrial connectivity, drive and motion control.

Industrial condition monitoring sensor solution based on STMicroelectronics 2.4 GHz STM32WB5MMG module STEVAL-PROTEUS1

STEVAL-PROTEUS1 is a solution designed for temperature and vibration monitoring. It is based on a 2.4 GHz multi-dispatch wireless integrated chip for processing machine or facility status in industrial applications.

Qi compatible 50w wireless charging solution based on ST STWBC2-HP

The STEVAL-WBC2TX50 evaluation board is based on the STWBC2 integrated circuit (IC) and is designed for wireless power transmitter applications, allowing users to quickly start a 5 W Qi BPP, 15 W Qi EPP or 50 W STSC wireless charging project.

Based on Lead Trend LD7798 + LD8526 + LD6612 applied to USB PD3.0 Type-C 100W adapter design

This solution uses a 100W power adapter for USB PD3.0 Type-C applications as an example. The main controller uses Tongjia Semiconductor LD7798 PFC+PWM Combo IC, and is paired with the secondary side synchronous rectifier LD8526GL and LD6612 to realize the high-efficiency, low no-load standby power consumption PD charger in this case for charging/power supply.

High-efficiency vacuum cleaner solution based on Microchip dsPIC33CDV series

Are you worried about motor control selection for your vacuum cleaner project? This vacuum cleaner solution is based on the reference design of Microchip dsPIC33CDV. This design can easily drive three-phase PMSM or BLDC motors with excellent performance and affordable cost.