2.1 A Electrical Wires & Cables 6

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Part	Manufacturer	Connector Accessory Type	Connector Side-1	Connector Side-2	Rated Voltage	Rated Current	Shielding	Approvals (V)	Cross Section Area	Conductor Material	Construction	Jacket Material	Resistance	Conductor Finish	MIL Conformity	Insulator Material	Maximum Operating Temperature	DIN Conformity	IEC Conformity	Minimum Operating Temperature	Wire Gauge (AWG)	Diameter	No. of Conductors	Additional Features	Length	Wire & Cable Name	Stranding
9841060100	Belden	WIRE AND CABLE			300 V	2.1 A	YES	CE; CEC; CUL; NEC; UL		TINNED COPPER	STRANDED	POLYVINYL CHLORIDE	.079 ohm			POLYETHYLENE	90 Cel			-30 Cel	24		2		30.48 mm	COMMUNICATION CABLE	7X32
94300601000	Belden	WIRE AND CABLE			300 V	2.1 A	NO	CEC; CPR; CSA; CUL; NEC; UL		TINNED COPPER	STRANDED	PVC	.051 ohm		NO	PVC	80 Cel	NO	NO	-20 Cel	22	5.44 mm	7			COMMUNICATION AND CONTROL CABLE	7X30
MMSD-02-30-L-29.37-D-K-MUS	Samtec	CABLE ASSEMBLY	SOCKET	SOCKET	300 V	2.1 A	NO	UL	.05 mm2	COPPER ALLOY	STRANDED		.354 ohm	TIN	NO	POLYVINYL CHLORIDE	80 Cel	NO	NO	-10 Cel	30	.813 mm	4	POLARIZED	.746 mm	POWER CABLE	7
MH113-MH1RP-01BJ1-0100	Samtec	CABLE ASSEMBLY	MHF1 PLUG	SMA JACK	170 V	2.1 A	YES		.032 mm2	COPPER ALLOY		FLUORINATED ETHYLENE PROPYLENE		TIN	NO	FLUORINATED ETHYLENE PROPYLENE	90 Cel	NO	NO	-40 Cel	32	1.13 mm	1		.1 mm	COMMUNICATION CABLE
MH113-MH1RP-01SB1-1143	Samtec	CABLE ASSEMBLY	MHF1 PLUG	SMA JACK	170 V	2.1 A	YES		.032 mm2	COPPER ALLOY		FLUORINATED ETHYLENE PROPYLENE		TIN	NO	FLUORINATED ETHYLENE PROPYLENE	90 Cel	NO	NO	-40 Cel	32	1.13 mm	1		1.143 mm	COMMUNICATION CABLE
09180107001	Harting Electronics & Kg	WIRE AND CABLE			300 V	2.1 A	NO	CE; UL	.081 mm2	COPPER ALLOY	STRANDED			TIN	NO	POLYVINYLCHLORIDE	105 Cel	NO	NO	-20 Cel	28		10	DIAMETER OF INDIVIDUAL CONDUCTOR IS 0.93 MM	30.48 mm	FLAT CABLE	7X28

Electrical Wires & Cables

Electrical wires and cables are conductive materials that are used to transmit electrical power and signals from one location to another. They are an essential component of any electrical system, ranging from small electronic devices to large industrial installations.

Electrical wires are typically made of a conductive material, such as copper or aluminum, that is coated in an insulating material to prevent electrical leakage or short-circuits. They are available in various gauges and thicknesses to handle different levels of electrical current and resistance.

Cables, on the other hand, are bundles of two or more electrical wires that are wrapped in an outer jacket for protection and insulation. They are designed for specific purposes, such as transmitting high-speed data, audio, or video signals, and can be shielded or unshielded to reduce electromagnetic interference.

Both electrical wires and cables are critical components of modern electrical systems and are used in a wide range of applications, including residential and commercial buildings, automotive and aerospace industries, telecommunications, and more.