"Multiplexers" Example Sentences
1. The multiplexers are responsible for combining multiple signals into a single output.
2. These multiplexers can handle both analog and digital signals.
3. The video output is fed into the multiplexers for display on the screen.
4. We need to connect the sensor outputs to the multiplexers for data analysis.
5. With the use of multiplexers, we can transmit multiple signals over a single line.
6. The multiplexers are controlled by a microcontroller for efficient signal switching.
7. The laboratory equipment includes several high-quality multiplexers for signal processing.
8. The audio system employs multiplexers to handle complex audio inputs.
9. Our communication system uses multiplexers to transmit data over a shared channel.
10. The multiplexers are designed with a low signal delay for increased efficiency.
11. We need to troubleshoot the multiplexers to identify any signal loss.
12. The multiplexers can be cascaded for larger signal transmission requirements.
13. The signal quality is maintained through the use of advanced multiplexers.
14. The transmission system employs multiplexers for signal amplification.
15. The multiplexers are tested for compatibility with various types of signals.
16. The signal routing is efficiently managed by the multiplexers.
17. The multiplexers are commonly used in telecommunications systems for signal modulation.
18. These multiplexers are modular and can be easily configured to handle different signal inputs.
19. The process control system relies on multiplexers to monitor various production parameters.
20. The video conferencing system uses multiplexers for seamless audio and video transmission.
21. The multiplexers can be remotely controlled for convenient signal management.
22. The multiplexers are built with robust hardware for maximum signal reliability.
23. We have used high-speed multiplexers to handle complex video input streams.
24. The signal integrity is improved by using specialized multiplexers.
25. The multiplexers can process signals from different sources simultaneously.
26. We need to optimize the multiplexers for maximum signal throughput.
27. The video distribution system employs multiplexers for efficient signal delivery.
28. The multiplexers can be programmed for automated signal switching.
29. These multiplexers use advanced algorithms for signal multiplexing and demultiplexing.
30. The signal processing pipeline includes several stages of multiplexers for optimal management.
Common Phases
1. Select input signal using a multiplexer;
2. Combine multiple input signals into one using a multiplexer;
3. Route signals to different outputs using a multiplexer;
4. Increase the capacity of a communication channel using a multiplexer;
5. Switch between two or more signals using a multiplexer;
6. Enable communication between multiple devices using a multiplexer;
7. Address multiple memory locations using a multiplexer;
8. Time-share signals using a multiplexer;
9. Demultiplex a single input signal into multiple outputs using a demultiplexer;
10. De-multiplex digital data streams using a multiplexer.