Some transistors are as big as a bucket, and some are smaller as an average human hair's width.
A transistor can be in three conditions or states. It can be active (at a voltage higher than the emitter), in saturation or cut off (no current).
No. The Field Effect Transistor is a different technology than the Bipolar Junction Transistor. That cannot substitute for one another.
The transistor is a "single direction current flow" device. Typically, for an NPN device, the collector must be more positive than the emitter for the device to bias on. You could use the transistor in an AC circult, but it would only conduct on half the cycle.
"P" is for Positive and "N" is for Negative So basically put a PNP Transistor Would use N to Switch P, in the name "PNP" or "NPN" the first character is for the polarity of the Collector-pin, the second for the Base-Pin, and the third for the Emmiter-pin. So if you have a PNP Transistor you can`t just replace it with an NPN as the polarities differ. If you can find a way to change those polarities then sure it could work. The Collector-pin basically receives the bigger current. The Base-pin determines how much of that current will be transferred to the emmiter-pin. So in a PNP the base current could for example be 0V and the Collector 5V, this will allow a free flow of current from Collector to Emmiter, the usage of a transistor in many cases is to switch high current with lower current. The main difference is that a PNP transistor uses "holes" as carriers and an NPN transistor uses electrons as carriers (It is to be remembered that the flow of current is always in the direction opposite to that of the flow of electrons). The difference in the symbol for the two transistors are that the PNP transistor will have an arrow pointed to the base from the emitter, and the NPN has it pointing outside.
Source mode at output provides safety than sink at output
Transistors are made that are smaller than a human hair. Used as part of an integrated circuit chip, which may contain thousands of transistors.
A transistor on an integrated circuit is typically around 14 nanometers in size, while a human hair is about 50,000-100,000 nanometers thick. This means that a transistor is much smaller than a human hair by several orders of magnitude.
Transistors are made that are smaller than a human hair. Used as part of an integrated circuit chip, which may contain thousands of transistors.
A tip of a human hair is typically larger than a transistor. Transistors, being microscopic devices used in electronic circuits, are much smaller in size compared to the diameter of a human hair.
A human hair is bigger than a lymphocyte human hair- 200 micrometers, lymphocyte 20 micrometers
The tip of a human hair is smaller than a transistor. Human hair tips average around 100 micrometers in diameter, while transistors can range from a few nanometers to a few micrometers in size.
A transistor is typically smaller than the tip of a human hair. Transistors are microelectronic devices used in electronic circuits and are designed to be very small, often in the nanometer range. The tip of a human hair is usually larger in comparison.
yes one human hand is bigger than the other
bigger
Because everything in a Human is bigger than a sheep's because humans are bigger than sheep.
Rhinos are totally bigger than humans
Yes, the smallest unit of measurement, such as a nanometer, is smaller than the thickness of a strand of hair. A strand of human hair is typically around 80,000-100,000 nanometers in diameter.