HAND Pushbutton Switches 5

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Part	Manufacturer	Switch Type	Mounting Feature	Switch Function	Type (Actuator)	Contact Function	Solderability	AC Maximum Rating R Load (Contact)	Center Contact Plating	Color (Actuator)	Housing Material	Dielectric Withstand Volts (V)	Terminal Material	Electrical Life	DC Maximum Power Rating R Load (Contact)	Insulation Resistance	Packing Method	Body Length/Diameter	Body Width	Length (Bushing)	Sealing	Contact Timing	Maximum Operating Force	Insulator Material	End Contact Plating	Body Height	DC Maximum Rating R Load (Contact)	Finish (Actuator)	Washability	Maximum Operating Temperature	Maximum AC Contact Current	Center Contact Material	Minimum Operating Temperature	Length (Actuator)	Terminal Finish	Switch Action	Maximum DC Contact Current	Termination Type	No. of Independent Keys	Contact Resistance	Diameter (Bushing)	Actuator Travel (mm)	End Contact Material	PCB Hole Count	Maximum DC Contact Voltage	Additional Features	Maximum AC Contact Voltage	Type (Bushing)	Terminal Length	Material (Actuator)
MPG206RPC	TE Connectivity	PUSHBUTTON SWITCH	PANEL MOUNT	DPDT	EXTENDED TYPE		HAND	3A@250VAC	GOLD OVER SILVER	NATURAL	THERMOSET	1500VRMS	COPPER ALLOY	50000 Cycle(s)		1000000000 ohm	BULK	12.954 mm	12.954 inch		MOLDED	BREAK-BEFORE-MAKE	11.9952 N	THERMOSET 94V-0	GOLD	33.147 mm	4A@28VDC		SOLVENT	80 Cel	6 A		-20 Cel	.315 inch	Gold Flash (Au)	MOMENTARY	6 A	WIRE	1	10 mohm	.469 inch	3.5052	SILVER OVER COPPER	6	28 V	PANEL MOUNTABLE	250 V	15/32-32	.245 inch	PHENOL RESIN
MPA406R	TE Connectivity	PUSHBUTTON SWITCH	PANEL MOUNT	4PDT	PLUNGER		HAND	6A@125VAC	GOLD OVER SILVER	NATURAL	THERMOSET	1500VRMS	COPPER ALLOY	50000 Cycle(s)		1000000000 ohm	BULK	22.63 mm	13.03 inch	.28 inch	MOLDED	BREAK-BEFORE-MAKE	11.9952 N	THERMOSET 94V-0	GOLD	14.2 mm	4A@28VDC	NICKEL	SOLVENT	85 Cel	6 A		-20 Cel	.48 inch		MOMENTARY	6 A	WIRE	1	10 mohm	.25 inch	3.556	SILVER OVER COPPER		28 V		250 V	1/4-40	.16 inch	NICKEL PLATED COPPER ALLOY
TPC11CGPC0	TE Connectivity	PUSHBUTTON SWITCH	PANEL MOUNT	SPST	ROUND TYPE	OFF-(ON)	HAND	.02A@20VAC	GOLD OVER NICKEL	BLACK	POLYESTER	1000VAC		100000 Cycle(s)	0.4VA@28VDC	1000000000 ohm	BULK	8.13 mm	5.33 inch	.22 inch	EPOXY TERMINAL SEALED	BREAK-BEFORE-MAKE	2.548 N	HIGH TEMP POLYESTER	GOLD OVER NICKEL	8.64 mm	.02A@20VDC			65 Cel	.4 A		-30 Cel	.137 inch		MOMENTARY	.4 A	WIRE	1	20 mohm	.19 inch	.762	COPPER ALLOY	3	20 V	PANEL MOUNTABLE	20 V	10-48	.13 inch	POLYAMIDE
MSPS103B	TE Connectivity	PUSHBUTTON SWITCH	PANEL MOUNT-THREADED	SPST	ROUND/EXTENDED TYPE	(ON)-OFF	HAND	0.5A@125VAC		BLACK		1000VAC	SILVER	10000 Cycle(s)		1000000000 ohm	BULK	10.16 mm		.245 inch		BREAK-BEFORE-MAKE		THERMOPLASTIC		26.67 mm			SOLVENT	80 Cel	.5 A	SILVER	-20 Cel	.2 inch		MOMENTARY	.5 A	SOLDER		100 mohm		2.4892	SILVER				125 V	1/4-40	.22 inch	THERMOPLASTIC
MSPS103C0	TE Connectivity	PUSHBUTTON SWITCH	PANEL MOUNT-THREADED	SPST	ROUND/EXTENDED TYPE	OFF-(ON)	HAND	0.5A@125VAC		BLACK		1000VAC	SILVER	10000 Cycle(s)		1000000000 ohm	BULK	10.16 mm		.245 inch		BREAK-BEFORE-MAKE		THERMOPLASTIC		26.67 mm			SOLVENT	80 Cel	.5 A	SILVER	-20 Cel	.2 inch		MOMENTARY	.5 A	SOLDER		100 mohm		2.4892	SILVER				125 V	1/4-40	.22 inch	THERMOPLASTIC

Pushbutton Switches

Pushbutton switches are electronic switches that are activated by pressing a button or actuator. They are commonly used in a variety of applications, such as industrial control systems, consumer electronics, and medical devices.

Pushbutton switches typically consist of a housing, a button or actuator, and a set of electrical contacts. When the button or actuator is pressed, it completes a circuit between the contacts, allowing electrical current to flow through the switch.

Pushbutton switches come in different configurations, including momentary, latching, and toggle switches. Momentary switches are activated only while the button or actuator is pressed, while latching switches remain in the on or off position until manually reset. Toggle switches have a lever or toggle that can be flipped to turn the switch on or off.

Pushbutton switches offer several advantages over other types of switches. They provide a simple and easy-to-use means of controlling circuits, and they offer tactile feedback that can help to ensure reliable operation. They are also highly durable and can withstand frequent use and harsh environments.