Blog
Tell us What You Think
We want to know what you thought about this Discussion. Let us know by adding a comment.
Profiling power: real-time current monitor
Jack Ganssle
3/18/2013 3:01 PM EDT
Consumers want their electronic gizmos to run from batteries for weeks, months, and sometimes years between recharges or primary cell replacements. Some devices are even harvesting their power from the environment. Achieving these feats means processors must be positively anorexic in their electron intake. And that suggests we need equipment to profile a product's power usage.
Recently I reviewed the µCurrent, a small device designed to help monitor current consumption down to the nA range. It's aimed mostly at those who need accurate measurements of static power. It won't help profile a system that's dynamically going from nA to mA and back, since there's a range switch that has to be manipulated manually.
A brand new unit has appeared: the Real-Time Current Monitor (I'll call it the RTCM, uncomfortably close to the acronym used to suggest one should consult a manual rather than ask questions). This device is rather innovative and a bit different from any other current monitor.
Click to read the rest of this article on Embedded.com.
Recently I reviewed the µCurrent, a small device designed to help monitor current consumption down to the nA range. It's aimed mostly at those who need accurate measurements of static power. It won't help profile a system that's dynamically going from nA to mA and back, since there's a range switch that has to be manipulated manually.
A brand new unit has appeared: the Real-Time Current Monitor (I'll call it the RTCM, uncomfortably close to the acronym used to suggest one should consult a manual rather than ask questions). This device is rather innovative and a bit different from any other current monitor.
Click to read the rest of this article on Embedded.com.
Navigate to related information

