Whirlybird/RS41: Difference between revisions
RS41 TEST --> BETA |
pressure output |
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Documenting a particular fork in this where the focus is integration via serial communications with [[Vaisala RS41 Radiosonde Weather Balloon Sensor Payload]] for details on the overall project see the main page [[Whirlybird]]. | |||
Expanding ESP32-S3 capabilities with RS41 Radiosonde integration utilizing UART communications. One proof of concept <code>TEST</code> prototype has been constructed using point to soldered connections. The current <code>BETA</code> is being constructed using a modified 10 conductor 1mm spaced flat ribbon cable and 2x5 2mm IDC connector. This makes for a "plug-able" adapter between the sonde and main PCB. The position and connections utilized are an interim test of developing a custom M.2 Key E form factor adapter. | Expanding ESP32-S3 capabilities with RS41 Radiosonde integration utilizing UART communications. One proof of concept <code>TEST</code> prototype has been constructed using point to soldered connections. The current <code>BETA</code> is being constructed using a modified 10 conductor 1mm spaced flat ribbon cable and 2x5 2mm IDC connector. This makes for a "plug-able" adapter between the sonde and main PCB. The position and connections utilized are an interim test of developing a custom M.2 Key E form factor adapter. | ||
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=== Connector Pin Out === | === Connector Pin Out === | ||
This is the mapping to a IDC flat ribbon cable with the red stripe indicating Pin 1. | |||
# GROUND | # GROUND | ||
# SWDIO | # SWDIO | ||
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# RX | # RX | ||
# GROUND | # GROUND | ||
Sample output via serial of sensor reading with the additional RS41-SG'''P''' barometric pressure sensor module. | |||
<pre> | |||
# (S)ensors | |||
RH: 41.65 RHtu: 31.19 Trh: 31.24 T: 26.24 Tref: 33.38 | |||
Tmcu: 31.44 C: 47.58 Rt: 1138.87 Rts: 1097.28 Tp: 0.0624 Cp: 0.3628 | |||
Pressure: 1000.49 PressureT(NTC): 31.95 | |||
</pre> | |||