Bistatic – Definition & Meaning

Bistatic is a term that is commonly used in the field of radar and communication systems. It refers to a system that uses two separate antennas, one for transmitting and the other for receiving signals. In this article, we will explore the definition, origin, meaning, and associations of bistatic, as well as its synonyms and antonyms.

Definitions

The term bistatic is derived from the Greek word “bi” meaning “two” and “static” meaning “stationary”. In radar and communication systems, bistatic refers to a system that uses two separate antennas, one for transmitting and the other for receiving signals.

Origin

The term bistatic was first used in the early 20th century by radar engineers who were developing new systems for detecting and tracking objects in the air. The use of two separate antennas allowed for greater flexibility and accuracy in detecting and tracking targets.

Meaning in different dictionaries

According to the Oxford English Dictionary, bistatic is defined as “relating to or involving two separate antennas, one for transmitting and the other for receiving signals”. The Merriam-Webster Dictionary defines it as “having two stations or antennas for transmitting and receiving signals”.

Associations

Bistatic is commonly associated with radar and communication systems, particularly those used in military and aerospace applications. It is also used in scientific research, such as in the study of atmospheric phenomena.

Synonyms

Some synonyms of bistatic include dual-static, two-station, and two-antenna.

Antonyms

There are no direct antonyms of bistatic, but it can be contrasted with monostatic, which refers to a system that uses a single antenna for both transmitting and receiving signals.

The same root words

The root words of bistatic are “bi” meaning “two” and “static” meaning “stationary”. These same root words are found in other words such as bilingual, bilateral, and static.

Example Sentences

1. The bistatic radar system allowed for greater accuracy in tracking the target.
2. The two-antenna communication system was more reliable than the monostatic system.
3. The study of atmospheric phenomena required the use of a bistatic radar system.
4. The dual-static approach to communication was more efficient than the traditional method.
5. The two-station system was able to handle a greater volume of traffic than the single-station system.