NSN 5985-00-907-3856

Part Details | VARIABLE ATTENUATOR

5985-00-907-3856 A device for reducing the strength of an alternating current signal either continuously or in steps, without causing appreciable signal distortion, by maintaining substantially constant output and/or input impedance match. Continuously variable resistive devices must consist of at least two sections or one section with at least two rotating contacts. The item must have an overall attenuation rating. Includes tandem mounted variable resistors designed to function as an attenuator but whose terminals are not connected. See also RESISTOR, VAIABLE (as modified).

Alternate Parts: JJ68619, 68619, 3830040000, 383-0040-000, 5985-00-907-3856, 00-907-3856, 5985009073856, 009073856

Supply Group (FSG) NSN Assigned NIIN Item Name Code (INC)
59JAN 01, 196000-907-385600838 ( ATTENUATOR, VARIABLE )
REFERENCE DRAWINGS & PICTURES

CYLINDRICAL W/SIDE TERMINALS

Cross Reference | NSN 5985-00-907-3856
Part Number Cage Code Manufacturer
JJ6861901121ROCKWELL AUTOMATION, INC.
6861901121ROCKWELL AUTOMATION, INC.
383-0040-00095105ROCKWELL COLLINS, INC.DIV GOVERNMENT SYSTEMS - DALLAS
Technical Data | NSN 5985-00-907-3856
Characteristic Specifications
APPLICATION DESIGN AUDIO
IMPEDANCE RATING IN OHMS1200.0 INPUT-OUTPUT
POWER RATING2.0 WATTS AVERAGE
OVERALL ATTENUATION RANGE IN DECIBELSP0.0/P61.0
BODY STYLE CYLINDRICAL W/SIDE TERMINALS
OVERALL LENGTH2.090 INCHES NOMINAL
OVERALL WIDTH1.406 INCHES NOMINAL
BODY DIAMETER1.000 INCHES MAXIMUM
BUSHING LENGTH0.375 INCHES NOMINAL
BODY LENGTH1.593 INCHES MAXIMUM
ADJUSTMENT DEVICE TYPE AND QUANTITY1 SHAFT
SHAFT TYPE ROUND, FLATTED
FLAT HEIGHT0.216 INCHES NOMINAL
SHAFT DIAMETER0.250 INCHES NOMINAL
SHAFT LENGTH0.825 INCHES NOMINAL
TERMINAL TYPE AND QUANTITY6 TAB, SOLDER LUG
MOUNTING FACILITY TYPE AND QUANTITY1 THREADED BUSHING
MOUNTING FACILITY SCREW THREAD SERIES DESIGNATOR UNEF
MOUNTING FACILITY NOMINAL SCREW THREAD DIAMETER0.375 INCHES
MOUNTING THREAD QUANTITY32 PER INCH
SCALE LINEARITY LINEAR
OPERATING TEMP RANGE-55.0 TO +120.0 DEG CELSIUS