NSN 5915-01-023-2553 of Filter Radio Frequency Interfere - Parts Details
| Alternative NSN: 5915010232553 |
| Item Name: Filter Radio Frequency Interfere |
| FSG: 59 Electrical and Electronic Equipment Components |
| Federal Supply Class (FSC): 5915 Filters and Networks |
| NIIN: 010232553 |
| NCB Code: USA (01) |
| Manufacturers: Rohde And Schwarz Inc , Cornell Dubilier Marketing Inc , Cornell Dubilier Electronics , Diehl Aerospace Gmbh , Corcom Inc Div Cis Corcom , Alcatellucent Network Systems , Eip Microwave Inc , Autek Systems Corp , Aeroflex Wichita Inc , Tektronix Inc , Cipher Data Products Inc |
ASAP Aviation Procurement, owned and operated by ASAP Semiconductor, is the latest parts procurement platform for the aerospace and aviation industry. Check out high demanding part numbers FN2525757, APF300CEE, 4025240014, 3EF1, 3522 023 09420 under NSN 5915-01-023-2553 of Filter Radio Frequency Interfere manufactured by Rohde And Schwarz Inc, Cornell Dubilier Marketing Inc, Cornell Dubilier Electronics, Diehl Aerospace Gmbh, Corcom Inc Div Cis Corcom.
Federal Supply Class of NSN 5915-01-023-2553 is FSC 5915 contains part details of Filters and Networks. Quote for your desired part numbers.
Part Number's List for NSN 5915-01-023-2553, 5915010232553
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Part No Manufacturer Item Name QTY RFQ FN2525757 Rohde And Schwarz Inc filter radio frequency interfere Avl RFQ APF300CEE Cornell Dubilier Marketing Inc filter radio frequency interfere Avl RFQ APF300CEE Cornell Dubilier Electronics filter radio frequency interfere Avl RFQ 4025240014 Diehl Aerospace Gmbh filter radio frequency interfere Avl RFQ 3EF1 Corcom Inc Div Cis Corcom filter radio frequency interfere Avl RFQ 3522 023 09420 Alcatellucent Network Systems filter radio frequency interfere Avl RFQ 2650005-00 Eip Microwave Inc filter radio frequency interfere Avl RFQ 252.5757 Rohde And Schwarz Inc filter radio frequency interfere Avl RFQ 230-0002 Autek Systems Corp filter radio frequency interfere Avl RFQ 2220-1021-100 Aeroflex Wichita Inc filter radio frequency interfere Avl RFQ 119-0389-00 Tektronix Inc filter radio frequency interfere Avl RFQ 101151-001 Cipher Data Products Inc filter radio frequency interfere Avl RFQ
Characteristics Data of NSN 5915010232553MRC Criteria Characteristic ABHP OVERALL LENGTH 1.970 INCHES NOMINAL ABKW OVERALL HEIGHT 1.970 INCHES MAXIMUM ADAQ BODY LENGTH 1.200 INCHES NOMINAL ADAT BODY WIDTH 0.790 INCHES NOMINAL ADAU BODY HEIGHT 1.550 INCHES MAXIMUM AEBV UNTHREADED MOUNTING HOLE DIAMETER 0.132 INCHES NOMINAL AEBY DISTANCE BETWEEN CENTERLINES OF MOUNTING FACILITIES PARALLEL TO BODY LENGTH 1.575 INCHES NOMINAL AHAQ SOURCE IMPEDANCE RATING PER FUNCTION 50.0 OHMS 1ST RADIO INTERFERENCE AHAQ SOURCE IMPEDANCE RATING PER FUNCTION 50.0 OHMS 2ND RADIO INTERFERENCE AHAS LOAD IMPEDANCE PER FUNCTION 50.0 OHMS 1ST RADIO INTERFERENCE AHAS LOAD IMPEDANCE PER FUNCTION 50.0 OHMS 2ND RADIO INTERFERENCE AHBB POWER LINE FREQUENCY RATING PER FUNCTION IN HERTZ 400.0 1ST RADIO INTERFERENCE AHBB POWER LINE FREQUENCY RATING PER FUNCTION IN HERTZ 400.0 2ND RADIO INTERFERENCE AHBC OPERATING CURRENT RATING PER FUNCTION IN AMPS 3.0 1ST RADIO INTERFERENCE AHBC OPERATING CURRENT RATING PER FUNCTION IN AMPS 3.0 2ND RADIO INTERFERENCE AHBL PRINCIPAL CIRCUITRY TYPE PER FUNCTION INDUCTANCE-CAPACITANCE 1ST RADIO INTERFERENCE AHBL PRINCIPAL CIRCUITRY TYPE PER FUNCTION INDUCTANCE-CAPACITANCE 2ND RADIO INTERFERENCE AKNA INCLOSURE TYPE ENCASED AXHR MOUNTING FACILITY TYPE AND QUANTITY 2 UNTHREADED HOLE CQDW FUNCTIONAL TERMINAL TYPE AND QUANTITY 1 CONNECTOR, RECEPTACLE INPUT 1ST FUNCTION CQDW FUNCTIONAL TERMINAL TYPE AND QUANTITY 1 TAB, SOLDER LUG GROUND 3RD FUNCTION CQDW FUNCTIONAL TERMINAL TYPE AND QUANTITY 2 TAB, SOLDER LUG OUTPUT 2ND FUNCTION CQGC OPERATING VOLTAGE RATING AND TYPE PER FUNCTION 250.0 VOLTS AC 1ST RADIO INTERFERENCE 1ST FUNCTION CQGC OPERATING VOLTAGE RATING AND TYPE PER FUNCTION 250.0 VOLTS AC 2ND RADIO INTERFERENCE 2ND FUNCTION CQRG BODY MATERIAL METAL CRST BODY SURFACE TREATMENT TIN STYL STYLE DESIGNATOR RECTANGULAR TERMINAL/TERMINALS ON OPPOSITE SURFACES
| MRC | Criteria | Characteristic |
|---|---|---|
| ABHP | OVERALL LENGTH | 1.970 INCHES NOMINAL |
| ABKW | OVERALL HEIGHT | 1.970 INCHES MAXIMUM |
| ADAQ | BODY LENGTH | 1.200 INCHES NOMINAL |
| ADAT | BODY WIDTH | 0.790 INCHES NOMINAL |
| ADAU | BODY HEIGHT | 1.550 INCHES MAXIMUM |
| AEBV | UNTHREADED MOUNTING HOLE DIAMETER | 0.132 INCHES NOMINAL |
| AEBY | DISTANCE BETWEEN CENTERLINES OF MOUNTING FACILITIES PARALLEL TO BODY LENGTH | 1.575 INCHES NOMINAL |
| AHAQ | SOURCE IMPEDANCE RATING PER FUNCTION | 50.0 OHMS 1ST RADIO INTERFERENCE |
| AHAQ | SOURCE IMPEDANCE RATING PER FUNCTION | 50.0 OHMS 2ND RADIO INTERFERENCE |
| AHAS | LOAD IMPEDANCE PER FUNCTION | 50.0 OHMS 1ST RADIO INTERFERENCE |
| AHAS | LOAD IMPEDANCE PER FUNCTION | 50.0 OHMS 2ND RADIO INTERFERENCE |
| AHBB | POWER LINE FREQUENCY RATING PER FUNCTION IN HERTZ | 400.0 1ST RADIO INTERFERENCE |
| AHBB | POWER LINE FREQUENCY RATING PER FUNCTION IN HERTZ | 400.0 2ND RADIO INTERFERENCE |
| AHBC | OPERATING CURRENT RATING PER FUNCTION IN AMPS | 3.0 1ST RADIO INTERFERENCE |
| AHBC | OPERATING CURRENT RATING PER FUNCTION IN AMPS | 3.0 2ND RADIO INTERFERENCE |
| AHBL | PRINCIPAL CIRCUITRY TYPE PER FUNCTION | INDUCTANCE-CAPACITANCE 1ST RADIO INTERFERENCE |
| AHBL | PRINCIPAL CIRCUITRY TYPE PER FUNCTION | INDUCTANCE-CAPACITANCE 2ND RADIO INTERFERENCE |
| AKNA | INCLOSURE TYPE | ENCASED |
| AXHR | MOUNTING FACILITY TYPE AND QUANTITY | 2 UNTHREADED HOLE |
| CQDW | FUNCTIONAL TERMINAL TYPE AND QUANTITY | 1 CONNECTOR, RECEPTACLE INPUT 1ST FUNCTION |
| CQDW | FUNCTIONAL TERMINAL TYPE AND QUANTITY | 1 TAB, SOLDER LUG GROUND 3RD FUNCTION |
| CQDW | FUNCTIONAL TERMINAL TYPE AND QUANTITY | 2 TAB, SOLDER LUG OUTPUT 2ND FUNCTION |
| CQGC | OPERATING VOLTAGE RATING AND TYPE PER FUNCTION | 250.0 VOLTS AC 1ST RADIO INTERFERENCE 1ST FUNCTION |
| CQGC | OPERATING VOLTAGE RATING AND TYPE PER FUNCTION | 250.0 VOLTS AC 2ND RADIO INTERFERENCE 2ND FUNCTION |
| CQRG | BODY MATERIAL | METAL |
| CRST | BODY SURFACE TREATMENT | TIN |
| STYL | STYLE DESIGNATOR | RECTANGULAR TERMINAL/TERMINALS ON OPPOSITE SURFACES |