2-5332070-1

Heilind Number:	AMP2-5332070-1
Manufacturer:	TE Connectivity
Manufacturer Number:	2-5332070-1
Datasheet:	Datasheet
ECAD Model:

Description:

SOCKET,MIN-SPR SN-AU SER-4

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Specifications

Attribute	Value
Product Category:	Transistor & Discrete Component Sockets Discrete Sockets
Manufacturer:	TE Connectivity
Manufacturer Part Number:	TE Connectivity 2-5332070-1
Termination Method:	Through Hole - Press-Fit
Contact Material:	Beryllium Copper
Contact Type:	Socket
Socket Type:	Discrete
Hole Size:	.072 in, 1.83 mm
Cable Type:	Discrete Wire
Contact Amperage:	7.5 A
GPL:	377
Profile:	Zero
Packaging:	Bag, Loose Piece
Operating Temperature Range:	-65 - 125 °C, -85 - 257 °F
Circuit Application:	Power & Signal
PCB Thickness (Recommended):	.031 - .125 in, .79 - 3.18 mm
Sealable:	No
GPL Description:	Data and Devices
Connector and Contact Terminate To:	Printed Circuit Board
Product Code:	3076
Wire Size:	19 - 20 AWG, .518 - .653 mm²
Contact Transmits:	Signal/Power
Pin Diameter Accepted:	.034 - .037 in, .86 - .94 mm
Connector System:	Cable-to-Board
ECCN:	EAR99
Spring Material:	Beryllium Copper
Socket Length:	.143 in, 3.63 mm
Sleeve Material:	Copper
Sleeve Plating:	Tin
Sealant:	No
Contact Spring Plating Material:	Gold
Sleeve Style:	Closed Bottom
Insertion Method:	Hand/Semi-Automatic
Part Aliases:	2-5332070-1
SKU:	AMP2-5332070-1

Detailed Description

Introducing the 2-5332070-1, a high-performance SOCKET designed for demanding applications in Power & Signal circuitry. This rugged through-hole Press-Fit termination socket features a durable Beryllium Copper contact for reliable conductivity. With a contact amperage rating of 7.5 A, it is suitable for use with 19-20 AWG Discrete Wire cables. The Gold-plated contact spring ensures excellent signal and power transmission, while the Tin-plated Copper sleeve offers added durability. Operating in a wide temperature range from -65 to 125 °C, this RoHS-compliant socket is perfect for industrial and commercial use. Trust in the 2-5332070-1 for secure and efficient cable-to-board connections in your electronic systems.