NIIN Output Data
Definition:
AN ITEM CONSISTING OF A PARTIAL TURN AS ONE OR MORE TURNS OF WIRE OR OTHER CONDUCTIVE MATERIAL WHICH CONSTITUTES ONE CONTINUOUS UNTAPPED WINDING. IT MAY BE WOUND OR FORMED IN OTHER THAN A CIRCULAR MANNER AND MAY BE SELF-SUPPORTING, REQUIRING NO COIL FORM. IT IS SPECIFICALLY DESIGNED TO FURNISH INDUCTIVE REACTANCE IN A CIRCUIT CARRYING RADIO FREQUENCY CURRENT RANGING FROM 20 KILOHERTZ (KILOCYCLES) AND ABOVE. IT MAY INCLUDE TUNING DEVICES, INTEGRAL RESISTORS AND CAPACITORS; HOWEVER, EXCLUDES FILTER (AS MODIFIED). THE COIL HAS ONLY TWO ELECTRICAL TERMINALS. FOR ITEMS HAVING TAPPED WINDING OR MORE THAN ONE WINDING - SEE TRANSFORMER, RADIO FREQUENCY. FOR COILS WOUND ON RESISTORS, WHICH ARE DESIGNED TO BE INSERTED IN THE CIRCUIT OF A RADIO FREQUENCY STAGE TO SUPPRESS HIGH FREQUENCY PARASITIC OSCILLATIONS, SEE SUPPRESSOR, PARASITIC.
Reference/Part Number
Part Number | CAGE | Status | RNCC | RNVC | DAC | RNAAC | MSDS | SADC |
---|---|---|---|---|---|---|---|---|
K688-10 | 49675 | F | 3 | 9 | X | XX |
CAGE Information
Code | Company |
---|---|
49675 | RCA CORP GOVERNMENT AND COMMERCIAL S |
Federal Supply Class
Title
COILS AND TRANSFORMERS
Inclusions:
INCLUDES COILS, EXCEPT IGNITION AND MAGNETO; COIL ASSEMBLIES; REACTORS; TRANSFORMERS.
Exclusions:
Characteristics (Decoded)
MRC | Requirements Statement | Clear Text Reply |
---|---|---|
ACYV | INDUCTANCE RATING | 1.41 MICROHENRIES NOMINAL SINGLE COMPONENT SINGLE WINDING |
ABHY | TURN QUANTITY | 20 SINGLE COMPONENT SINGLE WINDING |
TTQY | TERMINAL TYPE AND QUANTITY | 2 WIRE LEAD |
AKNA | INCLOSURE TYPE | FULLY INCLOSED |
ACZP | COIL FORM TYPE | SOLID SINGLE COMPONENT |
CQPZ | WINDING CONDUCTOR SIZE | 0.00795 INCHES AMERICAN WIRE GAGE SINGLE COMPONENT SINGLE WINDING |
AARG | RELIABILITY INDICATOR | NOT ESTABLISHED |
ADAQ | BODY LENGTH | 0.625 INCHES NOMINAL |
CRGS | DC RESISTANCE RATING IN OHMS | 0.187 SINGLE COMPONENT SINGLE WINDING |
ADAV | OVERALL DIAMETER | 0.188 INCHES NOMINAL |
AXGY | MOUNTING METHOD | TERMINAL SINGLE GROUP |
BKPL | RATING METHOD | ELECTRICAL SINGLE COMPONENT SINGLE WINDING AND WINDING TURNS SINGLE COMPONENT SINGLE WINDING |