Interesting Information for Students
Note to Visitors
The content viewed in this blog is a collection of various articles & newsletters and is placed only for educational purpose.
An Anemometer Circuit
Air Flow Differences:
Q1 has a Higher Collector to Emitter Voltage than Q2, Therefore a Greater Power Dissipation. Air Flow causes Cooling which causes the Collector to Emitter Voltage of Q1 to Change. This Results in Different Power Dissipations and Also a Different Voltage across R1, which is detected and amplified by A2.
Thus the Air Flow MUST Pass over Both Transistor Equally.
Popular Posts
-
A magnet under the train operates reed switches positioned on the track. The trigger reed switch starts the sequence by s...
-
This lead acid battery charger circuit is designed in response to a request from Mr.Devdas .C. His requirement was a circuit to char...
Hi,
ReplyDeleteVery nice blog!I’m an instant fan, I have bookmarked you and I’ll be checking back on a regular.See u.
Vibration Data Logger
Nice Blog!!!
ReplyDeleteAnemometer
Ur doing great bro look at my recently launched website.I will be writing soon about arduino and raspberry pi projects bro. great work keep going.
ReplyDeleteArduino projects for beginners