250VAC Telecom & Datacom Connectors 4

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Part	Manufacturer	Connector Type	Option	Reliability	Contact Gender	Dielectric Withstanding Voltage (V)	Mating Contact Pitch (inch)	Body Length	Insulation Resistance	Mixed Contacts	Filter Feature	Body Width	Termination Contact Finish	Body Depth	MIL Conformity	Insulator Material	No. of Rows Loaded	Maximum Operating Temperature (Cel)	DIN Conformance	Board Mounting Option	PCB Contact Row Spacing (mm)	Contact Design	IEC Conformity	Minimum Operating Temperature	Empty Shell	Shell Finish	Plating Thickness (inch)	No. of Ports	No. of PCB Rows	Contact Material	UL Flammability Code	Mating Contact Finish	Polarization Key	Additional Features	Rated Current - Signal	Reference Standard	Insulator Color	Total No. of Contacts	Durability	Mounting Type	Sub-Category	Shell Material	Terminal Pitch (mm)	Mating Info.	PCB Contact Pattern	Termination Type	Minimum Withdrawal Force (N)	Contact Resistance	Body or Shell Style	Mounting Style	Contact Style	JESD-609 Code	Maximum Insertion Force (N)	Mounting Option-2	Terminal Length	Mounting Option-1	Contact Pattern
796055-2	TE Connectivity	TELECOM AND DATACOM CONNECTOR	GENERAL PURPOSE	COMMERCIAL	FEMALE	250VAC	0.031	1.681 inch	500000000 ohm	NO	NO	.269 inch	Tin/Lead (Sn/Pb)	.365 inch	NO	POLYETHYLENE	2	85	NO		1.143		NO	-55 Cel	NO	NICKEL	30u		4	NOT SPECIFIED	94V-0	NOT SPECIFIED		CHAMP, PANEL MOUNTABLE, EMI SHIELDED	1.5 A	UL	BLACK	68		BOARD AND PANEL	D Type Connectors	STEEL	1.6002		STAGGERED	SOLDER	.0834	10 mohm	RECEPTACLE	RIGHT ANGLE	DUAL PRONG	e0	.6672	INSERT	.14 inch	M2X0.4	RECTANGULAR
74337-0052	Molex	TELECOM AND DATACOM CONNECTOR	GENERAL PURPOSE	COMMERCIAL	FEMALE	250VAC	0.031	1.681 inch	500000000 ohm	NO	NO	.503 inch	Matte Tin (Sn) - with Nickel (Ni) barrier		NO	POLYETHYLENE	2+2	85	NO	PEG		PREASSEM CONN	NO	-55 Cel	NO	TIN	FLASH			PHOSPHOR BRONZE	94V-0	NOT SPECIFIED		ULTRA+, EMI/RFI SHIELDED, POLARIZED	.5 A	CSA, UL	BLACK	136	500 Cycles	PANEL	Other Rectangular Connectors	STEEL		MULTIPLE MATING PARTS AVAILABLE		PRESS FIT	.139	50 mohm	RECEPTACLE		BELLOWED TYPE	e3	.5004	INSERT		M2X0.4	RECTANGULAR
74337-0065	Molex	TELECOM AND DATACOM CONNECTOR	GENERAL PURPOSE	COMMERCIAL	FEMALE	250VAC	0.031	1.681 inch	500000000 ohm	NO	NO	.503 inch	TIN OVER NICKEL		NO	POLYETHYLENE	2+2	85	NO	PEG		PREASSEM CONN	NO	-55 Cel	NO	TIN	FLASH			NOT SPECIFIED	94V-0	NOT SPECIFIED		ULTRA+, EMI/RFI SHIELDED, POLARIZED	.5 A	CSA, UL	BLACK	136	500 Cycles	PANEL	Other Rectangular Connectors	STEEL		MULTIPLE MATING PARTS AVAILABLE		PRESS FIT	.139	50 mohm	RECEPTACLE		BELLOWED TYPE	e3	.5004	INSERT		M2X0.4	RECTANGULAR
UJ2-MIBH-4-MSMT-TR	CUI Devices	USB CONNECTOR	GENERAL PURPOSE		FEMALE	250VAC		.421 inch	100000000 ohm	NO	NO	.106 inch		.342 inch		LIQUID CRYSTAL POLYMER	1	85		COMPLIANT BOARDLOCK				-25 Cel	NO	NICKEL	30u	1	1		94V-0		POLARIZED HOUSING		1.8 A	UL	BLACK	5	10000 Cycles	BOARD		STAINLESS STEEL	0.65		RECTANGULAR	SURFACE MOUNT		30 mohm	RECEPTACLE	RIGHT ANGLE	MICRO USB2.0 B					LOCKING	RECTANGULAR

Telecom & Datacom Connectors

Telecom and datacom connectors are a type of connector used in telecommunications and data communications systems to connect various components and devices together. They are designed to provide reliable and secure connections that can handle high-speed data transmission and telecommunications signals.

Telecom and datacom connectors come in a wide range of types and configurations, including fiber optic connectors, copper connectors, and wireless connectors. Each type of connector is designed for specific applications and requirements, such as high-speed data transmission, long-distance communication, and rugged environments.

One advantage of telecom and datacom connectors is their compatibility with a wide range of devices and components, including switches, routers, servers, and other network equipment. They are also designed to provide low insertion loss and high return loss, ensuring reliable and high-quality signal transmission.

Telecom and datacom connectors are commonly used in a variety of industrial, commercial, and consumer applications, including telecommunications, data centers, and wireless networks. They may be subject to rigorous testing and qualification requirements to ensure their reliability and performance.