500VAC MCX & MMCX Connectors 6

Reset All

Part	Manufacturer	Connector Type	Option	Reliability	Contact Gender	Dielectric Withstanding Voltage (V)	Panel Mount	Body Length	Body Diameter	Insulation Resistance	Insertion Loss	Filter Feature	Body Width	Termination Contact Finish	Body Depth	MIL Conformity	Coupling Type	Insulator Material	Maximum Operating Temperature (Cel)	DIN Conformance	IEC Conformity	Minimum Operating Temperature	Shell Finish	No. of Ports	Contact Material	Mating Contact Finish	Additional Features	Voltage Standing Wave Ratio	Reference Standard	Total No. of Contacts	Durability	Mounting Type	Characteristic Impedance	Sub-Category	Shell Material	Cable Types	Mating Info.	Termination Type	Minimum Withdrawal Force (N)	Manufacturer Series	Contact Resistance	Body or Shell Style	Mounting Style	Contact Style	JESD-609 Code	Maximum Insertion Force (N)	Terminal Length	Mounting Option-1	Maximum Operating Frequency
MCX7-J-P-H-ST-SM1	Samtec	RF MCX CONNECTOR	GENERAL PURPOSE	COMMERCIAL	FEMALE	500VAC	NO	.236 inch		1000000000 ohm		NO	.236 inch	NOT APPLICABLE	.266 inch	NO	SNAP	POLYTETRAFLUOROETHYLENE		NO	NO			1	NOT SPECIFIED	NOT SPECIFIED		1.3	UL	1		BOARD	75 ohm	RF MCX/MMCX Connectors	BRASS		MULTIPLE MATING PARTS AVAILABLE	SURFACE MOUNT	20.016		5 mohm	JACK	STRAIGHT	COAX		20.016			6 GHz
R113.182.000	Radiall S A	RF MCX CONNECTOR	GENERAL PURPOSE	COMMERCIAL	MALE	500VAC	NO			1000000000 ohm	1.22 dB	NO	.197 inch	Gold (Au) - with Nickel (Ni) barrier	.338 inch	NO	SNAP	POLYTETRAFLUOROETHYLENE	155	NO	NO	-55 Cel	GOLD	1	NOT SPECIFIED	NOT SPECIFIED	CAPTIVE CONTACT	1.55		1	500 Cycles	CABLE	50 ohm	RF MCX/MMCX Connectors	BRASS	RG-188		CRIMP				PLUG	RIGHT ANGLE	COAX	e4			LOCKING	6 GHz
R113.240.000	Radiall S A	RF MCX CONNECTOR	GENERAL PURPOSE	COMMERCIAL	FEMALE	500VAC	NO		.197 inch	1000000000 ohm	.1 dB	NO		GOLD OVER NICKEL	.665 inch	NO	SNAP	POLYTETRAFLUOROETHYLENE	155	NO	NO	-55 Cel	GOLD	1	NOT SPECIFIED	NOT SPECIFIED	APPLICABLE CABLES: RG 188, RG 316, RG 174	1.34		1	500 Cycles	CABLE	50 ohm	RF MCX/MMCX Connectors	BRASS	RG-188		CRIMP				JACK	STRAIGHT	COAX	e4			LOCKING	6 GHz
R113.182.000W	Radiall S A	RF MCX CONNECTOR		COMMERCIAL	MALE	500VAC				1000000000 ohm	.5 dB		.197 inch		.338 inch			POLYTETRAFLUOROETHYLENE	155			-55 Cel	GOLD	1				1.1		1	500 Cycles	CABLE	50 ohm	RF MCX/MMCX Connectors	BRASS	RG-188		CRIMP		R113		PLUG	RIGHT ANGLE	COAX				LOCKING	6 GHz
135-3801-201	Bel Fuse	RF MMCX CONNECTOR		COMMERCIAL	MALE	500VAC		.136 inch		1000000000 ohm			.136 inch		.186 inch			POLYTETRAFLUOROETHYLENE	155			-55 Cel		1						1	500 Cycles	BOARD	50 ohm	RF MCX/MMCX Connectors	BRASS			SOLDER	6.2272	135	8 mohm	PLUG	STRAIGHT	COAX		35.584	.115 inch	LOCKING	6 GHz
R113.082.000	Radiall S A	RF MCX CONNECTOR	GENERAL PURPOSE	COMMERCIAL	MALE	500VAC			.252 inch	1000000000 ohm	.25 dB			GOLD OVER NICKEL		NO		POLYTETRAFLUOROETHYLENE	155	NO	NO	-55 Cel	GOLD	1	NOT SPECIFIED	NOT SPECIFIED		1.1		1	500 Cycles	CABLE	50 ohm	RF MCX/MMCX Connectors	BRASS	RG-188		CRIMP				PLUG	STRAIGHT	COAX					6 GHz

MCX & MMCX Connectors

MCX and MMCX connectors are types of coaxial connectors that are commonly used in wireless communication applications. They are similar in design to the more common SMA connector, but are smaller and lighter, making them ideal for use in compact devices such as smartphones and GPS receivers.

MCX connectors are designed for use with coaxial cables that have a diameter of 1.5mm, while MMCX connectors are designed for use with cables that have a diameter of 2.5mm. Both connector types feature a snap-on design, with a male and female connector that snap together to provide a secure connection.

One advantage of MCX and MMCX connectors is their small size and low profile, which makes them ideal for use in portable devices where space is limited. They are also known for their ease of use, with a simple snap-on design that allows for quick and easy installation and removal.

Another advantage of MCX and MMCX connectors is their high frequency performance, with a frequency range of up to 6GHz. This makes them ideal for use in wireless communication applications, where high-speed data transfer is critical.