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This gives the results in a total of 90.58 Mbit of sensor data generated during the
entire flight.
All sensor data generated on board the FISH will be stored on the local SD-Card and
transmitted to the MAIN Payload at the same time. On the SD-Card, which is located
on the MAIN Payload both the sensor data received from the FISH as well as the
locally collected data will be stored. That amount is:
58.7912MBit
 7.3489MByte on the FISH and
8
31.763448MBit
 7.35489MByte  11.32MByte
8
This amount of data is stored on the memory cards on board the FISH and the MAIN
Payload.
3.3.8 Power Budget
The Power Budget is shown in Table 3.5 for the FISH. More details may be found in
Appendix 3.
Microprocesor Current Consumption (mA) 125 Colibry M8002.D 0.4 5 2 0 3 6 ADS1274 50 5 250 285 1 250 ADS1274 18 3.3 59.4 0 1 59.4 ADS1274 0.15 1.8 0.27 0 1 0.27 HMC6352 1 3.3 3.3 0 1 3.3 LIS3L02AQ3 0.85 3.3 2.805 0 1 2.805 Xbee 45 3.3 148.5 0 1 148.5 Unit At voltage (V) Power (mW) 3.3 412.5 Power dissipation (mW) 1500 Units sum (mW) 1 412.5 Total 882.775 Table 6 Power Budget of the FISH
The calculation showed that if the capacity of the batteries in low temperature is only
60% of the capacity stated, the system will operate for 7.5 hours. This is valid for 3
packs connected in parallel, so in case of one battery pack failure the system will still
be able to operate for 3.75 hours which is 75% of the total operation time.
RXBX-10-06-20 FINAL REPORT