Pulse position (b) and bi-phase modulations (c) change an unmodulated sequence (a)
| Authors | Steve Arar |
| Main Document | Article «Assessing the Advantages of Ultra-wideband Systems Through Impulse Radios» |
| Description | Figure 4 |
| File Format / Size | PDF / 26 Kb |
| Document Language | English |
Other Materials from the Main Document
- Article «Assessing the Advantages of Ultra-wideband Systems Through Impulse Radios»
- Figure 1. Diagram of the UWB working below the "noise floor."
- Figure 2. The spectral mask for an indoor UWB transmitter
- Figure 3. A typical pulse sequence transmitted by an impulse radio
- Figure 4. Pulse position (b) and bi-phase modulations (c) change an unmodulated sequence (a)
- Figure 5. The signals transmitted by an impulse radio occupy a large frequency band
- Figure 6. Depiction of a multipath effect
- Figure 7. For every pulse transmitted, two pulses appear at the receiver input
