I'm wondering if electrical devices are damaged by the current or by the temperature. Imagine we have a little device with a maximum input current of 500mA. I'm sure that if we subject it to 1A or 4A it will become very hot and probably explode. The question I'm asking is whether the high temperature induced by the current is the principal cause or it's the high amount of current that is the cause. I'm wondering if we cooled the device at -230 Celsius (we're accepting that it's still working) and then we applied that high amount of current would it survive?
Subscribe to:
Post Comments (Atom)
arduino - Can I use TI's cc2541 BLE as micro controller to perform operations/ processing instead of ATmega328P AU to save cost?
I am using arduino pro mini (which contains Atmega328p AU ) along with cc2541(HM-10) to process and transfer data over BLE to smartphone. I...
-
Related question: Ceramic capacitors: how to read 3-digit markings? I have some ceramic capacitors with a 2-digit marking. How to read them?...
-
operational amplifier - What is the advantage of the inverting opamp circuit over non-inverting one?Op amp circuits are designed to achieve a specific gain regardless of the differences between individual op amps. One very common circuit ha...
-
I'm having an issue with my Silicon Photomultiplier (SiPM) feedback circuit. The output is not behaving as expected. My board schematic ...
-
Can you please give me a definition, or at least a more specific context, of the term "point-of-load" converter/regulator? I have ...
-
My application has a small device, which draws about a watt, and is powered through a small dynamo, backed by a battery: The dynamo generate...
-
My input is an FM carrier of 80.00MHz. It is FM modulated with 625kbpsec data. The deviation from carrier is about +/-700kHz. The data never...
-
Looking at all the various schematics of op amps, regulators, etc. I see lots of multicollector or multiemitter BJTs (and why no multibase?)...
No comments:
Post a Comment