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National Stock Number:
5915-00-139-1628
Federal Supply Class:
5915
National Item Identification Number:
001391628
Description:
FILTER,RADIO FREQUENCY INTERFERE
Detail:
An item designed to suppress undesired (interfering) frequencies and have a minimal effect on the desired frequencies when inserted in an electrical power circuit. Excludes items which consist of a single capacitor, inductor, resistor, or devices consisting of only two or more circuit elements of the same basic name. Excludes FILTER, LOW PASS and SUPPRESSOR, IGNITION INTERFERENCE. For items designed to be inserted in a line which is primarily intended to carry high frequency waves modulated with signals, such as antenna lead-in, see FILTER, BAND SUPPRESSION and FILTER, BAND PASS. See also LIMITER, ELECTRICAL NOISE.
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Manufacturer Information:
| 537416-4 | 96214 | RAYTHEON COMPANY | | F17315-4 | 0AM43 | LCR ELECTRONICS, INC | | M400P5 | 05245 | TE CONNECTIVITY CORPORATION |
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Techincal Specification:
| BODY LENGTH | 0.618 INCHES NOMINAL | | BODY OUTSIDE DIAMETER | 0.406 INCHES NOMINAL | | FUNCTIONAL TERMINAL TYPE AND QUANTITY | 1 TAB, SOLDER LUG INPUT 1ST FUNCTION | | FUNCTIONAL TERMINAL TYPE AND QUANTITY | 1 TAB, SOLDER LUG OUTPUT 2ND FUNCTION | | INCLOSURE TYPE | HERMETICALLY SEALED | | LOAD IMPEDANCE PER FUNCTION | 50.0 OHMS BLANK | | OPERATING CURRENT RATING PER FUNCTION IN AMPS | 5.0 BLANK | | OPERATING TEMP RANGE | -55.0 TO 85.0 CELSIUS | | OPERATING VOLTAGE RATING AND TYPE PER FUNCTION | 115.0 VOLTS AC BLANK AND 400.0 VOLTS DC BLANK | | OVERALL LENGTH | 1.128 INCHES NOMINAL | | MOUNTING FACILITY SCREW THREAD SERIES DESIGNATOR | UNF | | MOUNTING FACILITY TYPE AND QUANTITY | 1 THREADED BUSHING 3RD FUNCTION | | NOMINAL THREAD SIZE | 0.250 INCHES | | SOURCE IMPEDANCE RATING PER FUNCTION | 50.0 OHMS BLANK | | POWER LINE FREQUENCY RATING PER FUNCTION IN HERTZ | 400.0 BLANK | | PRINCIPAL CIRCUITRY TYPE PER FUNCTION | INDUCTANCE-CAPACITANCE BLANK | | VIBRATION RESISTANCE RANGE IN HERTZ | +10.0 TO 2000.0 | | STYLE DESIGNATOR | ROUND TERMINAL/TERMINALS ON OPPOSITE SURFACES |
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