Difference between revisions of "P32 paper project"
From DIDEAS Wiki
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*{{T_lab_pca}} | *{{T_lab_pca}} | ||
| − | =Telemetry access= | + | =Telemetry access (PSW1, PSW2)= |
| − | == | + | |
| + | ==with SWIFI== | ||
*wifi_fast.py -i bmech4 -V ak_p32 -f xx -F | *wifi_fast.py -i bmech4 -V ak_p32 -f xx -F | ||
*bmech4 is access point, with lan ip 10.2.0.251, uses DMZ to route traffic. | *bmech4 is access point, with lan ip 10.2.0.251, uses DMZ to route traffic. | ||
| + | *A 4 wire cable with pins 2,3 swapped is connected from PSW1 to the SWIFI port labeled M | ||
| + | *This interface is NOT isolated and can power the SWIFI | ||
| + | |||
| + | |||
| + | |||
==with PSER2h== | ==with PSER2h== | ||
| + | *PSW1 and PSW2 are not isolated, but also do NOT provide 3.3V. The PSER2h is isolated and needs 3.3V to power the isolator. Thus it may not be possible to connect to the PSER2h without modifications | ||
| − | |||
| − | |||
==SWIFI LAN IPs== | ==SWIFI LAN IPs== | ||
*S5 = 10.2.0.218 | *S5 = 10.2.0.218 | ||
*S3 = 10.2.0.216 | *S3 = 10.2.0.216 | ||
Revision as of 13:47, 2 June 2010
- BiomechDocs BL Knee PFresearchE
- Biomech Documentation links:
- AKCPU2z BLMD6c BLFT6c PSER1c Imu_2010 Emg_2009 Ric Upd_pcb
Telemetry access (PSW1, PSW2)
with SWIFI
- wifi_fast.py -i bmech4 -V ak_p32 -f xx -F
- bmech4 is access point, with lan ip 10.2.0.251, uses DMZ to route traffic.
- A 4 wire cable with pins 2,3 swapped is connected from PSW1 to the SWIFI port labeled M
- This interface is NOT isolated and can power the SWIFI
with PSER2h
- PSW1 and PSW2 are not isolated, but also do NOT provide 3.3V. The PSER2h is isolated and needs 3.3V to power the isolator. Thus it may not be possible to connect to the PSER2h without modifications
SWIFI LAN IPs
- S5 = 10.2.0.218
- S3 = 10.2.0.216
