VACS:Projects:Software:Pcs
From VACS
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| + | {{ProjectDef|Power Control System| | ||
| + | 2000|today| | ||
| + | Control the electrical power of the computers and its peripherials| | ||
| + | http://carrez.dyndns.org/wiki/index.php/VACS:Projects:Software:Gnu68hc1x | ||
| + | http://carrez.dyndns.org/wiki/index.php/VACS:Projects:Software:Gel}} | ||
| + | |||
| + | |||
| + | This is a new project I'm starting. I want to control the electrical power of all computers and peripherials I'm using. It will have 3x 68HC11 organized as follows: | ||
| + | |||
| + | * A first 68HC11 directly manages 8-triacs to control the mains of the local computers and peripherals (PC, screen, printer, scanner, modem, ...). It is directly connected to the 220V mains. It communicates with main 68HC11 using the serial line (opto-isolated). The program will be in the 512-byte EEProm. | ||
| + | |||
| + | * A second 68HC11 controls the remote pheripherals. It is intended to control the mains of a Sun3, a remote PC server, a noisy hard disk, ... (well, few noisy boxes). It communicates with the main 68HC11 using the SPI. | ||
| + | |||
| + | * The third 68HC11 controls everything and gives orders to the above. It is connected to the local PC using the serial line. For the user interface, I'm thinking about the Touch LCD Panel. | ||
| + | |||
| + | In addition to these, 4 separate 9V supplies will be available. Two of them will be used for power supply of my Axiom Manufacturing boards. | ||
<flowchart>TCPClient:TCPServer:Server | <flowchart>TCPClient:TCPServer:Server | ||
Revision as of 14:37, 10 September 2006
| Project | Power Control System |
| Date | 2000 - today |
| Goals | Control the electrical power of the computers and its peripherials |
| Dependencies |
http://carrez.dyndns.org/wiki/index.php/VACS:Projects:Software:Gnu68hc1x http://carrez.dyndns.org/wiki/index.php/VACS:Projects:Software:Gel |
This is a new project I'm starting. I want to control the electrical power of all computers and peripherials I'm using. It will have 3x 68HC11 organized as follows:
- A first 68HC11 directly manages 8-triacs to control the mains of the local computers and peripherals (PC, screen, printer, scanner, modem, ...). It is directly connected to the 220V mains. It communicates with main 68HC11 using the serial line (opto-isolated). The program will be in the 512-byte EEProm.
- A second 68HC11 controls the remote pheripherals. It is intended to control the mains of a Sun3, a remote PC server, a noisy hard disk, ... (well, few noisy boxes). It communicates with the main 68HC11 using the SPI.
- The third 68HC11 controls everything and gives orders to the above. It is connected to the local PC using the serial line. For the user interface, I'm thinking about the Touch LCD Panel.
In addition to these, 4 separate 9V supplies will be available. Two of them will be used for power supply of my Axiom Manufacturing boards.
<flowchart>TCPClient:TCPServer:Server TCPClient TCPServer Syn TCPServer TCPClient Syn+Ack TCPClient TCPServer Syn+Ack TCPClient Server HTTPGet Server TCPClient HTTPResponse<flowchart></flowchart> </hide>
