"Transistors" Example Sentences
1. The latest computer chip has over 10 billion transistors.
2. The transistor revolutionized the field of electronics.
3. Engineering students are learning to design and build transistors.
4. The transistor radio was a popular consumer item in the 1950s.
5. The circuit board contains several hundred transistors.
6. The invention of the transistor paved the way for the development of microprocessors.
7. Without transistors, modern electronics wouldn't exist.
8. The transistor amplifier greatly improved the quality of sound in music systems.
9. Intel's new processor uses the latest transistor technology.
10. The oldest transistor still in use dates back to the 1960s.
11. The number of transistors in a CPU has been increasing exponentially over the years.
12. The transistor switch controls the flow of current in an electronic circuit.
13. DARPA funded significant research in the field of transistors.
14. The transistorized televisions of the 1970s replaced vacuum tube TVs.
15. The use of transistors in pacemakers made them much smaller and more reliable.
16. A single transistor can perform multiple functions in an electronic circuit.
17. Innovations in transistor technology have made mobile devices more powerful and energy-efficient.
18. Fiber optic networks rely on transistors to amplify signals.
19. The first transistor was invented by Bell Labs scientists in 1947.
20. Silicon is a commonly used material for making transistors.
21. The decrease in transistor size has led to an increase in chip density.
22. The process of making tiny transistors involves photolithography and etching.
23. The energy efficiency of electronic devices depends on the performance of transistors.
24. Transistor radios were a popular way to listen to music in the 1960s.
25. The transistor's ability to amplify signals was a major breakthrough in electronic communications.
26. The use of transistors over vacuum tubes made electronic devices more portable.
27. High-end audio systems use transistors for superior performance.
28. The transistor-based logic gates form the building blocks of modern computers.
29. The cost of manufacturing a large number of transistors has decreased over time.
30. The integration of transistors with micro-electro-mechanical systems has opened up new possibilities in the field of electronics.
Common Phases
1. Connecting
transistors in a circuit;
2. Amplifying signals with
transistors;
3. Controlling current flow with
transistors;
4. Switching circuits using
transistors;
5. Creating oscillations with
transistors;
6. Designing voltage regulators with
transistors;
7. Building logic gates with
transistors;
8. Implementing digital circuits with
transistors;
9. Designing amplifiers with
transistors;
10. Creating electronic projects using
transistors.