Find Part Number TSX AEY 420 With NSN 5998-01-603-0632 by Schneider Electric Gmbh!

Part Number: TSX AEY 420

Alternate P/N: TSXAEY420

Manufacturer: Schneider Electric Gmbh

NSN: 5998-01-603-0632

NIIN: 016030632

Item Name : Electronic Components Assembly

CAGE Code: 56365

FSC: 5998 Electrical and Electronic Assemblies Boards Cards and Associated Hardware

FSG: 59 Electrical and Electronic Equipment Components

Country: USA

NCB Code: 01

Welcome to National Stock Numbers Quotes, your go-to solution for Electronic Components Assembly components by Schneider Electric Gmbh. With over 2 billion ready-to-purchase products in our inventory, customers can easily meet rigid time constraints and inflexible budget parameters. National Stock Numbers Quotes maintains a diverse database of items that suit a myriad of industry verticals, including aerospace, defense, and civil sectors, among others. On this page, you can submit a quote request for part number TSX AEY 420 with NSN 5998016030632 to receive a customized solution in as little as 15 minutes or less.

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

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 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are subject to change until acceptance by ASAP Semiconductor of a binding Purchase Order, and quotations may be withdrawn or revised at the sole discretion of ASAP Semiconductor.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.

Upload RFQ SHEET

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

Upload File

At National Stock Numbers Quotes, we make it a priority to meet our customers’ operational requirements, so we keep catalogs fully stocked with in-demand NSN parts like those with the FSC 5998 Electrical and Electronic Assemblies Boards Cards and Associated Hardware by Schneider Electric Gmbh. For additional specification regarding your part needs, you can also find a wide range of items by their respective CAGE Code, such as 56365, and many other designations for your ease-of-search. Kick off the procurement process with a competitive quote for NSN 5998-01-603-0632 today and see why customers continuously rely on National Stock Numbers Quotes time and time again. For one-on-one assistance, contact us via phone or email at any time; we are available around the clock!

NSN Information for Part Number TSX AEY 420 with NSN 5998-01-603-0632, 5998016030632

NSN	FSC	NIIN	CLS	Hazmat	DEMIL	Cancelled NSN
5998-01-603-0632 Item PartTypeName: ELECTRONIC COMPONENTS ASSEMBLY	5998	016030632	0	N	A
	CIIC	HCC	ESD	PMIC	Criticality	ENAC
	U		A	A	0
Part Number	ISC	RNVC	RNCC	HCC	MSDS	SADC
TSX AEY 420	5	2	3

Characteristics Data of NSN 5998-01-603-0632, 5998016030632

MRC	Criteria	Characteristic
AGAV	END ITEM IDENTIFICATION	PANEL, SMARTPAC
CXCY	III PART NAME ASSIGNED BY CONTROLLING AGENCY	ANALOG INPUT MODULE
FEAT	SPECIAL FEATURES	HAS HIGH LEVEL INPUTS WITH COMMON PULSE. HAS 4 CHANNELS. THE COMMON MODE VOLTAGE BETWEEN THE CHANNELS AND GROUND THAT IS ACCEPTABLE IN OPERATION IS 240 VAC RMS AND 150 VDC. THE DIAPHONY BETWEEN CHANNELS IS 80 DB. THE MAX POWER DISSIPATION I