What does N/B mean in NASA
Narrow Band (NB) is an abbreviation used in telecommunications to describe a communication system that uses a narrow range of radio frequencies. It is commonly used in devices such as modems, two-way radios, and digital cellular phones. In this article, we will explain what NB stands for and discuss the advantages and disadvantages of using narrowband technology.
N/B meaning in NASA in Governmental
N/B mostly used in an acronym NASA in Category Governmental that means Narrow Band
Shorthand: N/B,
Full Form: Narrow Band
For more information of "Narrow Band", see the section below.
» Governmental » NASA
Essential Questions and Answers on Narrow Band in "GOVERNMENTAL»NASA"
What does NB stand for?
NB stands for Narrow Band.
Why is NB used in telecommunications?
Narrow Band is used in telecommunications as it offers greater efficiency compared to other communications systems by sending more signals over less spectrum space at lower power levels. This makes it ideal for applications that require longer range communication.
Are there any disadvantages to using NB technology?
Yes, one of the main disadvantages of NB technology is the limited bandwidth available for transmission which can cause interference if multiple signals are trying to use the same channels. Additionally, the low power levels mean that reception may be affected by obstacles such as hills or buildings blocking its path.
How is NB different from broadband technologies?
Unlike broadband technologies which send wide swaths of data across multiple channels at higher power levels, narrowband technologies only send small amounts of data over very specific frequencies with low power levels.
What are some common applications of NB technology?
Common applications of Narrow band technology include modems, two-way radios, digital cellular phones and wireless local area networks (WLANs).
Final Words:
Narrow Band (NB) is an abbreviation used in telecommunications to describe a communication system that uses a narrow range of radio frequencies. It offers greater efficiency than other communications systems but also has some drawbacks such as limited bandwidth available for transmission and susceptibility to interference when multiple signals share the same channel. Despite this, it remains a popular choice due to its affordability and efficiency in certain situations.