- Today, spread spectrum devices using micro-chips, make pagers, cellular phones, and, yes, communication on the internet possible.
- These signals are appropriately described as “spread spectrum”: It’s important to understand that the total transmitted power is not reduced.
- spectrum modulation – direct sequence (DS) and frequency hopped (FH) Some hybrid spread spectrum systems exist that combine both types.
- Spread Spectrum techniques have some powerful properties which make them an excellent candidate for networking applications.
- The short pulse duration generates the spread spectrum profile. Time Hopping is used as a technique to generate a certain type of UWB signals.
- Spread spectrum communications was originally used in the military for the purpose of interference rejection and enciphering.
- The MCLK Spread Spectrum BIOS feature controls spread spectrum clocking of the memory bus.
- In the early 1980s, mobile telephones were introduced, and since then the number of wireless spread spectrum applications has never stopped growing.
- The Electromagnetic Spectrum Radiation is one way to transfer heat. To “radiate” means to send out or spread from a central location.
- This is why it is called "spread spectrum" -- you are taking the same amount of radio energy and spreading it out around the spectrum.