This solution uses an LCD touch screen with a graphical human-machine interface, and can input commands through wireless WiFi voice recognition to control the switch of the power outlet, and can individually monitor real-time current and power consumption.
This solution provides English digital speech machine learning recognition functions, and provides a graphical development platform that can quickly create human-computer interfaces. The speech recognition results can be used to create high-quality human-computer interaction screens through the Nuvoton development platform.
This technology is suitable for products that are waterproof and dustproof or can be disassembled and cleaned. Taking the wall-breaking machine as an example, a temperature detection function is built into the cup body, and wireless power supply and data communication are used to transmit the temperature data to the host. Two wireless power supply architectures are available: a transparent transmission module architecture to facilitate product function upgrades, or an integrated main control chip architecture to streamline hardware costs.
Traditional thermostats use monochrome LED or LCD solutions. In the past, the price of color LCD was out of reach. However, as demand increases and production expands, the price gradually becomes more affordable, which in turn makes the display screens of household appliances gradually move towards color LCD. Through the color LCD, the status display of temperature, weather and humidity can be made more humane, and more interactive effects can be made, including time switches, settings, etc., which can have more amazing performances.
This solution can change the display subtitles via Ethernet, USB, and Bluetooth. It supports single-color LED up to 80K points and dual-color LED up to 40K points. It has an independent power supply Calendar RTC. When the host computer is powered off, the RTC can still record time and work normally.
This solution includes 6 major items, including the elevator top-level control system, each floor call panel, the elevator floor button board, the elevator floor access control, the elevator information display panel and the elevator emergency communication system. Nuvoton's full range of products can cover this application.
This solution provides a hardware encryption and decryption engine to accelerate the encryption and decryption process to ensure sufficient security for the system. Ethernet also supports TCP/IP networking and up to 8 ADCs, which can detect backup battery power status and support other sensor requirements.
This solution has the characteristics of low cost and low energy consumption. It uses 32 GPIOs to control an 8x8x8 LED matrix and uses the DMX512 communication interface to receive commands from the computer or DMX512 host, giving you a new experience through continuous transformation.
This solution uses NuMicro® N76E003 as the main system chip and uses Nuvoton NCT3605 gate driver to implement a closed-loop brushless DC motor (Brushless DC, BLDC) system.
This solution is an electronic device that can monitor and manage the battery. This solution uses an MCU-based intelligent protection board, which has the advantages of convenient parameter adjustment, high flexibility, and better functional design.
This solution includes power measurement chip, LCD display, real-time clock, data storage, prepaid card, infrared meter reading, automatic remote meter reading through RS-485, PLC power line carrier communication, 470 MHz wireless communication, strong anti-interference ability and optimal Reliability and other advantages.
This solution uses the function of scanning QR codes to be integrated into a microprocessor. Customers can save costs and complete the product with a smaller PCB. It also supports CMOS cameras and TFT LCD display devices.
This solution integrates the functions of the POS machine into a microprocessor. Customers can save costs and complete the product with a smaller PCB. It also supports network interfaces, high-speed USB interfaces, dual serial ports and TFT LCD display devices.
This solution is a flow and temperature measuring instrument that can be used to measure heat at home. This solution provides temperature measurement function, LCD display, automatic remote meter reading through RS-485, M-Bus instrument bus, wireless communication, and anti-interference capability. Strong and optimal reliability and other advantages.
This solution is a flow measurement instrument that can be used to measure gas flow at home or in industry, and provides flow measurement, LCD display, real-time clock, data storage, automatic remote meter reading through RS-485, M-Bus instrument bus, wireless communication, Advantages include strong anti-interference ability and optimal reliability.
This solution is a pattern recognition system that includes fingerprint image acquisition, processing, feature extraction and comparison modules. It can complete fingerprint identification within 1 second and also provides a hardware encryption and decryption engine to completely protect the internal database and transmitted data. .
This solution uses a motor to convert electrical energy into wind, and provides 3 sets of PWM outputs with complementary and dead zone functions, high-speed A/D converters, and comparators to drive brushless DC motors.
This solution provides a higher level of security, supports dual CMOS cameras and TFT LCD display devices, and can add 3D facial recognition. It can also transmit all attendance data to the background for recording via Ethernet.
This solution includes power measurement chip, LCD display, real-time clock, data storage, prepaid card, infrared meter reading, automatic remote meter reading through RS-485, PLC power line carrier communication, 470 MHz wireless communication, strong anti-interference ability and optimal Reliability and other advantages.
This solution uses a PWM module with built-in dead zone control suitable for three-phase motor applications, and is protected by a hardware module to directly shut down the PWM in emergency situations and protect the power transistors from being burned under abnormal operations.