The Filter,radio Frequency Interfere, cataloged under National Stock Number 5915-01-064-0512, is classified within Federal Supply Class 5915 (No Item Name Available) of the Electrical and Electronic Equipment Components group. The primary manufacturer of record is Raytheon Company Dba Raytheon Co. Government technical data includes 29 verified specifications, sourced from the Federal Logistics Information System (FLIS). This item has 4 commercial cross-references from 4 manufacturers, enabling identification through both NSN and commercial part number lookups. 2 verified substitutes exist in the FLIS interchangeability database. Current acquisition status: Active.
| Parameter | Value |
|---|---|
| NSN | 5915-01-064-0512 |
| Primary Part Number | 937663-1 |
| Item Name | Filter,radio Frequency Interfere |
| FSC / FSG | 5915 / 59 — No Item Name Available |
| Manufacturer | Raytheon Company Dba Raytheon Co |
| Status | ACTIVE |
| Maximum Temp Rise | 35.0 CELSIUS DEGC |
| Distance Between Centerlines of Mounting Facilities Parallel to Body Width | 0.625 INCHES NOMINAL IN |
| Body Width | 1.120 INCHES NOMINAL IN |
| Body Length | 2.000 INCHES NOMINAL IN |
| Power Line Frequency Rating Per Function in Hertz | 65.0 1ST RADIO INTERFERENCE FIRST FUNCTION |
| Operating Voltage Rating and Type Per Function | 115.0 VOLTS AC 2ND RADIO INTERFERENCE SECOND FUNCTION |
| Maximum Voltage Drop Per Function | 1.15 VOLTS AC 2ND RADIO INTERFERENCE SECOND FUNCTION |
| Source Impedance Rating Per Function | 50.0 OHMS 2ND RADIO INTERFERENCE SECOND FUNCTION |
| Operating Current Rating Per Function in Amps | 2.0 1ST RADIO INTERFERENCE FIRST FUNCTION |
| Mounting Facility Screw Thread Series Designator | UNIFIED NATIONAL COARSE (UNC) |
| Maximum Voltage Drop Per Function | 1.15 VOLTS AC 1ST RADIO INTERFERENCE FIRST FUNCTION |
| Maximum Dielectric Withstanding DC Voltage | 1000.0 VOLTS AT SEA LEVEL |
| Nominal Thread Size | 0.112 INCHES IN |
| Input Terminal Identification | MS3406D16-10P |
| Operating Current Rating Per Function in Amps | 2.0 2ND RADIO INTERFERENCE SECOND FUNCTION |
| Load Impedance Per Function | 50.0 OHMS 1ST RADIO INTERFERENCE FIRST FUNCTION |
| Functional Terminal Type and Quantity | 1 CONNECTOR, RECEPTACLE INPUT FIRST FUNCTION |
| Load Impedance Per Function | 50.0 OHMS 2ND RADIO INTERFERENCE SECOND FUNCTION |
| Operating Voltage Rating and Type Per Function | 115.0 VOLTS AC 1ST RADIO INTERFERENCE FIRST FUNCTION |
| Input Terminal Manufacturer Code | 96906 |
| Distance Between Centerlines of Mounting Facilities Parallel to Body Length | 1.500 INCHES NOMINAL IN |
| Functional Terminal Type and Quantity | 2 THREADED STUD OUTPUT SECOND FUNCTION |
| Source Impedance Rating Per Function | 50.0 OHMS 1ST RADIO INTERFERENCE FIRST FUNCTION |
| Mounting Facility Type and Quantity | 4 THREADED HOLE(S) LOCATION NOT OTHERWISE SPECIFIED |
| Power Line Frequency Rating Per Function in Hertz | 65.0 2ND RADIO INTERFERENCE SECOND FUNCTION |
| Body Height | 2.500 INCHES NOMINAL IN |
| Vibration Resistance Range in Hertz | +10.0 TO 500.0 |
| Functional Terminal Type and Quantity | 1 THREADED STUD GROUND THIRD FUNCTION |
| Inclosure Type | HERMETICALLY SEALED |
| Acquisition Status | ACTIVE |
| HAZMAT | No |
NSN 5915-01-064-0512 is a Filter,radio Frequency Interfere, manufactured by Raytheon Company Dba Raytheon Co, classified under FSC 5915 (No Item Name Available). Status: active.
NSN 5915-01-064-0512 has 4 cross-referenced part numbers: A-2956 (The Captor Corporation), 937663-1 (Raytheon Company), 937663-1 (Raytheon Company Dba Raytheon Co), 937663-1 (Raytheon Company Div Corp).
There are 2 known substitutes for 5915-01-064-0512: 5340-00-024-6679, 5977-00-351-6952. Verify interchangeability with system specifications before substitution.
Key specifications for 937663-1: Maximum Temp Rise: 35.0 CELSIUS DEGC; Distance Between Centerlines of Mounting Facilities Parallel to Body Width: 0.625 INCHES NOMINAL IN; Body Width: 1.120 INCHES NOMINAL IN; Body Length: 2.000 INCHES NOMINAL IN. 30 total characteristics are documented in the Federal Logistics Information System.