Part Number
Definition:
AN ITEM GENERALLY CONSISTING OF ONE OR MORE TURNS OF WIRE OR SIMILAR CONDUCTIVE MATERIAL (IN SPECIAL CASES IT MAY BE CONSIDERED AS A PARTIAL TURN). IT IS SPECIFICALLY DESIGNED TO CONCENTRATE MAGNETIC FLUX GENERATED BY THE FLOW OF AN ELECTRIC CURRENT, TO INDUCE IN ITSELF AN ELECTROMOTIVE FORCE, AND TO ADD OR SUBTRACT INDUCTIVE REACTANCE IN A CIRCUIT. IT MAY INCLUDE TUNING DEVICES, INTEGRAL RESISTORS AND CAPACITORS; HOWEVER, EXCLUDES FILTER (AS MODIFIED). FOR COILS WOUND ON RESISTORS WHICH ARE DESIGNED TO BE INSERTED INTO THE CIRCUIT OF A RADIO FREQUENCY STAGE TO SUPPRESS HIGH FREQUENCY PARASITIC OSCILLATIONS, SEE SUPPRESSOR, PARASITIC..
CAGE Information
| Code | Company |
|---|---|
| 59523 | NORTH ERIE ELECTRONICS INC DBA WESTE |
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 |
|---|---|---|
| AKDX | WINDING QUANTITY | 4 SINGLE COMPONENT |
| CRGS | DC RESISTANCE RATING IN OHMS | 62.000 SINGLE COMPONENT 1ST WINDING |
| BKPL | RATING METHOD | ELECTRICAL SINGLE COMPONENT ALL WINDING |
| ADAQ | BODY LENGTH | 2.250 INCHES NOMINAL |
| CRGS | DC RESISTANCE RATING IN OHMS | 62.000 SINGLE COMPONENT 2ND WINDING |
| ADAR | BODY OUTSIDE DIAMETER | 3.625 INCHES NOMINAL |
| ACYV | INDUCTANCE RATING | 131.00 MILLIHENRIES NOMINAL SINGLE COMPONENT 3RD WINDING |
| ACYV | INDUCTANCE RATING | 131.00 MILLIHENRIES NOMINAL SINGLE COMPONENT 4TH WINDING |
| AARG | RELIABILITY INDICATOR | NOT ESTABLISHED |
| TTQY | TERMINAL TYPE AND QUANTITY | 8 WIRE LEAD |
| ACYV | INDUCTANCE RATING | 31.50 MILLIHENRIES NOMINAL SINGLE COMPONENT 1ST WINDING |
| CRGS | DC RESISTANCE RATING IN OHMS | 122.000 SINGLE COMPONENT 3RD WINDING |
| ACYV | INDUCTANCE RATING | 31.50 MILLIHENRIES NOMINAL SINGLE COMPONENT 2ND WINDING |
| CRGS | DC RESISTANCE RATING IN OHMS | 122.000 SINGLE COMPONENT 4TH WINDING |
| AKNA | INCLOSURE TYPE | OPEN |
| AXGY | MOUNTING METHOD | TERMINAL SINGLE GROUP |