NSN 5985-01-182-3636

Part Details | RADIO FREQUENCY TRANSMISSION LINE

5985-01-182-3636 An item designed primarily for the conduction of radio frequency energy, and consisting of two or more conductors supported in fixed spatial relationship(s) along their own length. Since the characteristic impedance of the line is determined by the spatial relationships of the conductors, which are sufficiently rigid to maintain these relationships between supports, the configuration of the item is usually not susceptible to mechanical manipulation; that is, it is not normally flexible. Includes a single conductor inclosed in an outer concentric conductor (coaxial) or two or more conductors laid parallel. All types have low loss or special characteristics at high frequencies. May include fittings or terminations. For items having continuous homogeneous dielectric, see CABLE, RADIO FREQUENCY. See also LINE SECTION, RADIO FREQUENCY TRANSMISSION.

Alternate Parts: A3010413, A3010413, 5985-01-182-3636, 01-182-3636, 5985011823636, 011823636

Supply Group (FSG) NSN Assigned NIIN Item Name Code (INC)
59JUN 22, 198401-182-363600884 ( LINE, RADIO FREQUENCY TRANSMISSION )
REFERENCE DRAWINGS & PICTURES
Cross Reference | NSN 5985-01-182-3636
Part Number Cage Code Manufacturer
A30104138A549PRECISION SPECIALTY CORP
A301041380063US ARMY COMMUNICATIONS &ELECTRONICS MATERIEL READINESS
Technical Data | NSN 5985-01-182-3636
Characteristic Specifications
ACCOMMODATED CONDUCTOR TYPE COAXIAL
CONDUCTOR QUANTITY1
CONDUCTOR SIZE38 AWG
CONDUCTOR MATERIAL COPPER
CONDUCTOR SURFACE TREATMENTG0000 ANY ACCEPTABLE
TUBING OUTSIDE DIAMETER0.098 INCHES NOMINAL
TUBING INSIDE DIAMETER0.020 INCHES NOMINAL
CHARACTERISTIC IMPEDANCE IN OHMS50.0
OUTER CONDUCTOR INCLUDED
OUTSIDE DIAMETER0.188 INCHES NOMINAL
MATERIAL COPPER
OVERALL LENGTH175.000 FEET
TERMINATION CONTROLLING AGENCYAMPHENOL
TERMINATION IDENTIFICATION31-315
TERMINAL FITTING INCLUDED
END ITEM IDENTIFICATION5985-01-152-5845
PRECIOUS MATERIAL SILVER
PRECIOUS MATERIAL AND LOCATIONINNER AND OUTER CONDUCTORS SILVER