I performed a few battery tests today on a Xenon running Firmware 1.3.1-rc.1
Current Measured with µCurrent GOLD.
Li-Po @ 3.90V resting, on Li-Po Connector.
Xenon: Mesh and Particle.connected
8.2 mA @ 3.90V = 32 mW
Xenon: Sleeping using System.sleep( {}, {}, 600);
48 µA (0.048 mA) @ 3.90V = 0.19 mW
Xenon: DEEP Sleep using System.sleep(SLEEP_MODE_DEEP); Req's external wake
26 µA (0.026 mA) @ 3.90V = 0.10 mW
Direct Drive the 3V3 Pin @ 3.29V, "NO Li-Po"
Xenon: Mesh and Particle.connected
9.2 mA @ 3.29V = 30 mW
Xenon: Sleeping using System.sleep( {}, {}, 600);
47 µA (0.047 mA) @ 3.29V = 0.15 mW
Xenon: DEEP Sleep using System.sleep(SLEEP_MODE_DEEP); Req's external wake
338 µA (0.338 mA) @ 3.29V = 1.11 mW
[Edit 08/26/19]: Added DEEP Sleep measurements to above results.
When using DEEP Sleep w/ Xenon: Energy Usage is over 10 Times more using the 3V3 pin verses Li-Po…strange…?
3V3 Pin = 1.11 mW
Li-Po = 0.10 mW