NSN 5915-01-331-5894

Radio Frequency Interfere Filter

FSC: 5915 NIIN: 013315894

DODParts.com distributes filters and networks, aircraft parts and consumables, electrical parts, fittings and other components for the aerospace and defense industries. Submit the short price quote form for NSN 5915-01-331-5894 to receive an up to date pricing and availability quote by email.

Product Characteristics

NSN:

5915013315894

Demilitarization:

DEMIL/MLI

INC:

00765

Shelf Life:

N/A

Overall Length:

2.187 inches

Overall Height:

1.710 inches

Overall Width:

1.710 inches

Operating Tempurature Range:

-55.0/+125.0 degrees celsius

Source Impedance Rating Per Function:

50.0 ohms 4th radio interference

Load Impedance Per Function:

50.0 ohms 5th radio interference

Power Line Frequency Rating Per Function In Hertz:

400.0 6th radio interference

Operating Current Rating Per Function In Amps:

5.0 3rd radio interference

Principal Circuitry Type Per Function:

Inductance-capacitance 6th radio interference

Inclosure Type:

Hermetically sealed

Mounting Facility Type And Quantity:

1 connector

Features Provided:

Moisture resistant and shock resistant

Functional Terminal Type And Quantity:

10 friction w/grounding strap and pin input-output

Operating Voltage Rating And Type Per Function:

250.0 volts ac 6th radio interference 6th function and 800.0 volts dc 6th radio interference 6th function

Body Material:

Aluminum

Maximum Dielectric Withstanding Dc Voltage:

1.2 kilovolts at sea level

Special Features:

Ten filtered functions

Precious Material And Location:

Contact surfaces gold

Precious Material:

Gold

Style Designator:

Filter connector

Demand History (Solicitations)

Solicitation	Qty	End Date	Purchase Request	Small Business
SPE7M522T735F	1	10/07/2022	0096101890	0%
SPE7M522T735F	1	10/07/2022	0096120920	0%
SPE7M522T735F	1	10/07/2022	0096120981	0%
SPE7M522T735F	1	10/07/2022	0096123811	0%
SPE7M522T735F	1	10/07/2022	0096123881	0%
SPE7M522T735F	1	10/07/2022	0096123926	0%
SPE7M522T735F	1	10/07/2022	0096123958	0%