부품 정보
The iceland nato radar (inr) is a frequency agile l-band radar with an array antenna that electronically phase scans a pencil beam in elevation while continually rotating at 5 rpm to provide real-time tri-coordinate radar data and beacon replies on all targets within the surveillance volume
MRC:
The value,or range of values,of root mean square potential for which the item is rated.ACYN
Ac Voltage Rating:
Between 120.0 volts and 208.0 volts
MRC:
The number of complete cyclic changes,per unit of time,for which an item is rated.ACZB
Frequency Rating:
50.0 hertz
MRC:
The national stock number or the identification information of the end equipment for which the item is a part.AGAV
End Application:
Radar system, an/fps-11 (v)
MRC:
The name assigned to the item by the joint electronics type designation system.AKWA
Joint Electronics Type Designation System Item Name:
Radar system
MRC:
The type number assigned to the item by the joint electronics type designation system.AKWB
Joint Electronics Type Designation System Item Type Number:
An/fps-11 (v) 5
MRC:
The relationship of the electrical power source to the item.AKWC
Electrical Power Source Relationship:
Operating
MRC:
The number of complete cyclic changes,per unit of time,for which the transmitted signal is rated.AMKF
Transmitted Signal Frequency Rating:
Between 1000.0 megahertz and 2000.0 megahertz
MRC:
The number of complete cyclic changes,per unit of time,for which the received signal is rated.AMKN
Received Signal Frequency Rating:
Between 1000.0 megahertz and 2000.0 megahertz
MRC:
The installation for which the item is designed.AMQY
Installation Design:
Fixed
MRC:
The number of alternating current phases.FAAZ
Phase:
Three
MRC:
Describes the capabilities,intended use,and/or purpose for which the item is provided.FTLD
Functional Description:
System functions include search radar functions, beacon radar functions, report processing functions, performance monitoring functions, communications processing functions, control processing functions, display processing functions, scenario generation functions, and the simulation functions
