Request a Quote on Corcom Inc Part Number 6VW1 with the NSN 5915-01-465-8005 Today!

Part Number: 6VW1

Manufacturer: Corcom Inc

NSN: 5915-01-465-8005

NIIN: 014658005

Item Name : Filter Radio Frequency Interfere

CAGE Code: 05245

FSC: 5915 Filters and Networks

FSG: 59 Electrical and Electronic Equipment Components

Country: USA

NCB Code: 01

Thank you for taking an interest in the Filter Radio Frequency Interfere NSN parts that we carry here on Buy Military Ground Vehicle Parts. You have reached the RFQ page for part number 6VW1, an item that traces back to the manufacturer Corcom Inc. Listed with NSN 5915014658005, this listing is available for purchase from our website at any time. If you are interested in part number 6VW1 and wish to learn more, be sure to fill out and submit the RFQ form found on this page. By presenting us information such as your target price and expected delivery date, we can best formulate and present a solution that closely caters to your unique needs and restrictions alike.

Product Details

“*” Required Fields Are Compulsory

Contact Information

* By clicking this box, I acknowledge that I have read and accept the ASAP Semiconductor Terms and Conditions and agree that all quotes and purchase orders are exclusively subject to the ASAP Semiconductor Customer Terms and Conditions.

I consent to receive email communications from ASAP Semiconductor and can unsubscribe at any time.
ASAP Semiconductor is a wholly independent aftermarket parts distributor.
This website is intended for quotations based on part numbers only. Please DO NOT submit drawings, technical data, or other specifications through this portal.

Disclaimer: This is a quotation for the goods listed above. This quotation is meant as an estimate and does not reflect a final bill or invoice. All quotations are subject to change until acceptance by ASAP Semiconductor of a binding Purchase Order, and quotations may be withdrawn or revised at the sole discretion of ASAP Semiconductor. This quotation is subject to the ASAP Semiconductor Terms & Conditions available at https://www.asapsemi.com/terms-conditions.aspx . All United States Government and Department of Defense bids are quoted as CAGE code 6RE77 from ASAP Semiconductor’s Anaheim, California facility. Any quotation from ASAP Semiconductor without 6RE77 is void.

Note : We Will Not Share Your Information To Any Third Parties.

Upload RFQ SHEET

If you have more than one item, upload your spreadsheet here

Upload File

To make the part searching process as simple as possible, we choose to list offerings with as much relevant information as we can. For example, while part number 6VW1 is manufactured by Corcom Inc, it is specifically listed along with CAGE Code 05245. With this identifier, you can trace this item back to the exact facility it was sourced from. Additionally, with the NSN 5915-01-465-8005, this signifies that the product belongs to the Federal Supply Class 5915 Filters and Networks. Alongside our easy-to-navigate database, we also offer highly competitive pricing and rapid lead times for the benefit of our customers. Get in touch with an industry expert today and see why so many customers steadily depend on us for their operational needs.

NSN Information for Part Number 6VW1 with NSN 5915-01-465-8005, 5915014658005

NSN	FSC	NIIN	CLS	Hazmat	DEMIL	Cancelled NSN
5915-01-465-8005 Item PartTypeName: FILTER,RADIO FREQUENCY INTERFERE	5915	014658005	0	P	A
	CIIC	HCC	ESD	PMIC	Criticality	ENAC
	7		A	A	0
Part Number	ISC	RNVC	RNCC	HCC	MSDS	SADC
6VW1	6	2	3

Characteristics Data of NSN 5915-01-465-8005, 5915014658005

MRC	Criteria	Characteristic
ABHP	OVERALL LENGTH	98.0 MILLIMETERS MAXIMUM
ADAT	BODY WIDTH	52.8 MILLIMETERS MAXIMUM
ADAU	BODY HEIGHT	38.9 MILLIMETERS MAXIMUM
AKNA	INCLOSURE TYPE	ENCASED
STYL	STYLE DESIGNATOR	RECTANGULAR TERMINAL/TERMINALS ON OPPOSITE SURFACES
ABHP	OVERALL LENGTH	98.0 MILLIMETERS MAXIMUM
ADAT	BODY WIDTH	52.8 MILLIMETERS MAXIMUM
ADAU	BODY HEIGHT	38.9 MILLIMETERS MAXIMUM
AKNA	INCLOSURE TYPE	ENCASED
STYL	STYLE DESIGNATOR	RECTANGULAR TERMINAL/TERMINALS ON OPPOSITE SURFACES