We are considering upgrade to ens161, but we still have stocks of sensor board with ens160 installed.
Currently our operation procedure is:
1 wake up mcu from deep sleep
2 put ens160 into standard op_mode
3 deep sleep mcu again for 3 minutes, while ens160 is working in standard op_mode
4 collect datas, and then again put everything including ens160 to deep sleep for an hour.
This procedure ens160 alone will consume around 1.45 ma per hour, need a 10,000 mah battery to work for a year.
are there any suggestion about how to balance the energy consumption and accuracy.
Hello,
unfortunately there is no other option to reduce current further while ensuring accurate reading within ENS160.
For low power options we have invented ENS161 with different modes.
We are considering upgrade to ens161, but we still have stocks of sensor board with ens160 installed. Currently our operation procedure is: 1 wake up mcu from deep sleep 2 put ens160 into standard op_mode 3 deep sleep mcu again for 3 minutes, while ens160 is working in standard op_mode 4 collect datas, and then again put everything including ens160 to deep sleep for an hour. This procedure ens160 alone will consume around 1.45 ma per hour, need a 10,000 mah battery to work for a year.
are there any suggestion about how to balance the energy consumption and accuracy.