Sorry for not explaining my measurements in more detail in the first place.
I've used a CR2032 coin cell as energy source and measured the voltage drop on a 10R high precision resistor (uCurrent). Therefore the see-saw supposedly shows the different phases of the uC cycle:
power up
pre-processing
transmit (I assume 3 consecutive re-transmits)
power down
I'm using the DSO's math functions to calculate the integral (shown in purple) on channel 1 (yellow). The integral of this particular measurement is 11.44uU = 11.44uA/advertisement. However measurements are never exact. Hence I decided to state the value at ~12uA/advertisement, in my post above.
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Sorry for not explaining my measurements in more detail in the first place.
I've used a CR2032 coin cell as energy source and measured the voltage drop on a 10R high precision resistor (uCurrent). Therefore the see-saw supposedly shows the different phases of the uC cycle:
I'm using the DSO's math functions to calculate the integral (shown in purple) on channel 1 (yellow). The integral of this particular measurement is 11.44uU = 11.44uA/advertisement. However measurements are never exact. Hence I decided to state the value at ~12uA/advertisement, in my post above.