Electronic design automation training platform

Electronic design automation tr--ning platform,IoT Smart Home Tr--ning Desk

1. Product overview:

Electronic Design Automation (EDA) tr--ning platform is a high -end experimental development platform based on Altera -based Cycloneiii/IV/V series FPGA. The unique GUI man -machine operation interface, the flexible design of the system bottom plate+core board+expansion board, and equipped with a variety of expansion modules for users to choose configuration.

   Electronic design automation (EDA) tr--ning platform adopts the design method of system bottom plate+core board+expansion board. By selecting different core boards and extended boards to form a different functional development platform. Be able to meet the performance needs of users. The modular design allows users to have a clear understanding of the system design.

2. M--n technical indicators:

1. Input voltage: single -phase three -line ～ 220V ± 10% 50Hz 50Hz

2. Device capacity: <1kva

3. Working environment: temperature -10 ℃ ～+40 ℃ relative humidity <85 % (25 ℃)

4. Device capacity: <500VA

5. Dimensions: The size of a single tr--ning platform is 1.6m × 0.7m × 1.15m.

Electronic design automation tr--ning platform,IoT Smart Home Tr--ning Desk

1. System function summary

The Internet of Things smart home and wiring tr--ning system adopts a new generation of IP+wireless smart home network system, m--nly including smart hosting, IP smart gateway, monitoring equipment, and being accused (smart security, smart electrical appliances, smart lighting, smart curt--ns, etc.), etc.), etc.) In the part, smart hosting and IP intelligent gateway and monitoring devices perform two -way communication through IP. IP intelligent gateway and accused devices perform two -way communication between wireless (WIFI or RF recognition (RFID)). At the same time Control distance, form a unique smart home IP+wireless control network.

The system can remotely control the lighting, curt--ns, home appliances, etc. through mobile phones or computers. At the same time, you can also view environmental parameters such as home temperature and humidity. You can see the situation at home in real time. Equipment such as human sensing switch, combustible gas sensor, smoke sensor and other equipment can monitor the safety status of the home in real time. The system also includes access control systems, visible intercom, wireless sirens, etc. to form a security system.

Second, system design

The system model adopts a room -style structure design. A total of three typical households in living room, bedroom, and kitchen are designed. Each room has different equipment according to actual needs. Among them, the living room m--nly includes access control system, visual intercom system, smart home appliance control system (including electric curt--ns), network camera monitoring system, security alarm system, lighting system (including chandeliers (including chandeliers lamps , Floor lamp, wall lamp, etc.), environmental monitoring system (including infrared sensor, temperature and humidity sensor, etc.), network management system (including router, switch, mixer frame, voice and network information point, etc.); It is composed of lighting scenario control system, security alarm system, smart home appliance control system (--r conditioning and TV, etc.), background music, etc. The kitchen m--nly includes the gas leakage alarm system and the smart home appliance control system. The entire system cont--ns centralized control and remote Web control, and all the above systems are not independent, but are connected with other systems, integrate into a unified whole, and respond to each other to achieve a true smart home control system.