Intermediate power amplifier: Difference between revisions

From Wikipedia, the free encyclopedia
Content deleted Content added
Attempted to de-orphan. Wikiproject Orphanage: You can help!
Cewbot (talk | contribs)
m Normalize {{Multiple issues}}: Remove {{Multiple issues}} for only 1 maintenance template(s): Unreferenced
Tag: Reverted
Line 1: Line 1:
{{multiple issues|
{{Unreferenced|date=December 2009}}
{{Unreferenced|date=December 2009}}
{{Orphan|date=February 2009|att=February 2020}}
{{Orphan|date=February 2009|att=February 2020}}
}}


An '''Intermediate power amplifier''' (IPA) is one stage of the [[amplifier|amplification]] process in a [[Transmitter|radio transmitter]] which usually occurs prior to the final high power amplification. The IPA provides lower power [[Radio frequency|RF]] energy necessary to drive the final. In very high power transmitters, such as 10 [[kilowatt]]s and above, multiple IPAs are combined to provide enough drive for the final.
An '''Intermediate power amplifier''' (IPA) is one stage of the [[amplifier|amplification]] process in a [[Transmitter|radio transmitter]] which usually occurs prior to the final high power amplification. The IPA provides lower power [[Radio frequency|RF]] energy necessary to drive the final. In very high power transmitters, such as 10 [[kilowatt]]s and above, multiple IPAs are combined to provide enough drive for the final.

Revision as of 00:30, 31 May 2020

An Intermediate power amplifier (IPA) is one stage of the amplification process in a radio transmitter which usually occurs prior to the final high power amplification. The IPA provides lower power RF energy necessary to drive the final. In very high power transmitters, such as 10 kilowatts and above, multiple IPAs are combined to provide enough drive for the final.

An exciter, an even lower power transmitter, provides a similar service to the IPA by driving it; although an exciter usually encompasses other important functions, such as choosing the frequency of the RF.