
Mention the applications of a transistor.
Answer
167.4k+ views
Hint: A transistor is a device that works as a gate or switch for electrical signals and manages voltage or current flow. Three layers of a semiconductor material make up a transistor, each capable of conducting a current.
Complete step by step solution:
We will name each of the components where the transistors can be used and explain it.
1. Transistor as an amplifier: The transistor acts as an amplifier when it is in the active area. Because a minor change in base current creates a significant change in collector current, this is the case.
2. Transistor as a switch: When the transistor works in the cut-off (open switch) and saturation regions, it can be employed as a switch (closed switch).
3. Transistor amplifier as Oscillator: The transistor amplifier with positive feedback can work as an oscillator in presence of inductive coupling (or mutual inductance) or through an RC or LC network.
4. Integrated Circuits: Transistors, capacitors, diodes, and resistors are all joined on a single wafer-thin silicon chip to make an integrated circuit (IC).
So, the applications of a transistor are transistor as an amplifier, transistor as a switch, transistor amplifier as an Oscillator, and integrated circuits.
Note: Make sure to mention the uses of transistors that are used in our daily life to get a more clear idea about them. Explain where the transistors are used instead of why they are used. Do not explain the components of transistors that are used and just mention their applications.
Complete step by step solution:
We will name each of the components where the transistors can be used and explain it.
1. Transistor as an amplifier: The transistor acts as an amplifier when it is in the active area. Because a minor change in base current creates a significant change in collector current, this is the case.
2. Transistor as a switch: When the transistor works in the cut-off (open switch) and saturation regions, it can be employed as a switch (closed switch).
3. Transistor amplifier as Oscillator: The transistor amplifier with positive feedback can work as an oscillator in presence of inductive coupling (or mutual inductance) or through an RC or LC network.
4. Integrated Circuits: Transistors, capacitors, diodes, and resistors are all joined on a single wafer-thin silicon chip to make an integrated circuit (IC).
So, the applications of a transistor are transistor as an amplifier, transistor as a switch, transistor amplifier as an Oscillator, and integrated circuits.
Note: Make sure to mention the uses of transistors that are used in our daily life to get a more clear idea about them. Explain where the transistors are used instead of why they are used. Do not explain the components of transistors that are used and just mention their applications.
Recently Updated Pages
Classification of Elements and Periodicity in Properties | Trends, Notes & FAQs

Difference Between Orbit and Orbital in Chemistry Explained (With Table & Diagram)

Difference Between Intensive and Extensive Properties in Chemistry

Difference Between Evaporation and Boiling: Key Concepts, Table & Examples

Difference Between CNG and LPG: Explained with Table, Properties & Uses

Difference Between Cell and Battery – Key Differences, Diagram, and Examples

Trending doubts
JEE Main 2025 Session 2: Application Form (Out), Exam Dates (Released), Eligibility, & More

Uniform Acceleration

Electric field due to uniformly charged sphere class 12 physics JEE_Main

Displacement-Time Graph and Velocity-Time Graph for JEE

JEE Main 2025: Derivation of Equation of Trajectory in Physics

Atomic Structure - Electrons, Protons, Neutrons and Atomic Models

Other Pages
JEE Advanced Marks vs Ranks 2025: Understanding Category-wise Qualifying Marks and Previous Year Cut-offs

JEE Advanced Weightage 2025 Chapter-Wise for Physics, Maths and Chemistry

Learn About Angle Of Deviation In Prism: JEE Main Physics 2025

Wheatstone Bridge for JEE Main Physics 2025

Electric Field Due to Uniformly Charged Ring for JEE Main 2025 - Formula and Derivation

Ideal and Non-Ideal Solutions Raoult's Law - JEE
