It is used in the control logic and for representing controlled data.
Basically a transistor has two inputs where one of the inputs decides whether or not to output the other.
Imagine you have a vacuum cleaner. If the vacuum cleaner is on then the following two conditions are met:
1. The cable is connected to the wall.
2. You have the switch in on position.
These two conditions represent the two inputs in the transistor (both being "on" if you can hear your vacuum cleaner).
The output is represented by whether or not the vacuum cleaner is on.
The switch decides whether or not to let whatever electrical signal you may have through to the vacuum cleaners engine.
If switch is on then it outputs the signal from the cable. If the cable is not connected there will still be an output but it will be an "off".
Sorry about the potentially confusing analogy.
A Unijunction Transistor is a transistor that acts solely as a switch.
the best way is to compeair the data sheet of that transistor to the readings of that transistor. . . . .and u can get the readings of that transistor by using a fungction genrator and a c.r.o
Transistor with 2 gate on top and bot of the channel
When facing the flat side of the transistor, the Emitter - E - is on the left.
typically the amplification of a transistor 100 times.
Transistor is an tiny electronic device called electronic switch,which is building block of a processor. Processor is a data processing device consists of thousands or millions of transistors. Eg- Intel 8086 microprocessor has around 29000 transistors.
each ics are made of transistors.and the ics are used in processors.
intelligent
General Purpose Medium Power NPN Transistor
In binary code, a "1" typically indicates that a transistor is in the "on" state, meaning it is conducting electricity. Conversely, a "0" represents the "off" state, where the transistor is not conducting. So, a "1" corresponds to an open (conducting) transistor, while a "0" corresponds to a closed (non-conducting) transistor.
in bc107 transistor b stands for the material i.e,silicon here and c stands for af low power signal
A simple test to determine if a transistor is in cutoff or saturation is to measure the voltage across the collector-emitter (V_CE) terminal. If V_CE is close to the supply voltage, the transistor is likely in cutoff, indicating it is off. Conversely, if V_CE is very low (typically below 0.3V for a silicon transistor), the transistor is in saturation, meaning it is fully on and allowing maximum current to flow.
A transistor has three leads, called the base, the collector, and the emitter. The voltage of the base (in relation to the ground) determines whether and how much current flows from the collector to the emitter. An NPN transistor can be off, meaning that there is no (or very little) voltage from the base; partly on, meaning that there is some voltage from the base; or saturated, meaning that it is receiving full voltage from the base. A saturated transistor allows the current to flow from the collector to the emitter unopposed; a partly on transistor provides some resistance; and a transistor that is off provides full resistance. A PNP transistor is similar to an NPN transistor except it performs the opposite function: when it is saturated, the current is fully resisted; when there is no voltage from the base, the current is not at all resisted; and when it is partly on there is some resistance. In sum, a transistor controls the flow between the collector and the emitter based upon the voltage of the base. this is carbage. a transistor is basicaly two diodes back to back base being common TO BOTH DIODES because of inpurity doping on purpose at the depletion region the transistor will control the current flow on the other diode. Once it reaches saturation both diodes conduct therefore current can flow in BOTH DIRECTIONS ACROSS IT.
An NPN device is a bipolar transistor formed by two opposing PN junctions in close proximity.Another answerNPN indicates that the transistor has Negative Positive Negative substrates
Graphics Processor Unit
A silicon transistor is a transistor made of silicon.
The active region of a transistor is when the transistor has sufficient base current to turn the transistor on and for a larger current to flow from emitter to collector. This is the region where the transistor is on and fully operating.