Triode For Alternating Current (TRIAC)

Reset All

Part	Manufacturer	Trigger Device Type	Package Style (Meter)	Surface Mount	Terminal Position	Configuration	Case Connection	Maximum On-state Voltage	Package Body Material	Maximum DC Gate Trigger Current	Non Repetitive Peak On-state Current	Terminal Form	Package Shape	Maximum On-state Current	No. of Elements	Maximum Leakage Current	No. of Terminals	Sub-Category	Maximum Operating Temperature	Minimum Operating Temperature	Terminal Finish	Maximum RMS On-state Current	JESD-30 Code	Moisture Sensitivity Level (MSL)	Maximum DC Gate Trigger Voltage	Repetitive Peak Off-state Voltage	Minimum Critical Rate of Rise of Commutation Voltage	Minimum Critical Rate of Rise of Off-state Voltage	Maximum Holding Current	JEDEC-95 Code	JESD-609 Code	Maximum Time At Peak Reflow Temperature (s)	Peak Reflow Temperature (C)	Reference Standard
AC05DSMA-AZ	Renesas Electronics	TRIAC		NO				1.8 V		10 mA						1 mA		TRIACs	125 Cel	-40 Cel		5 A			1.5 V	400 V	5 V/us					10	260
AC16DSMA-AZ	Renesas Electronics	TRIAC		NO				1.4 V		30 mA						2 mA		TRIACs	125 Cel	-40 Cel		16 A			1.5 V	400 V	10 V/us					10	260
BTA04-600SRG	STMicroelectronics	TRIAC		NO				1.4 V		10 mA						.75 mA		TRIACs	110 Cel	-40 Cel		4 A			2.5 V	600 V	1 V/us	10 V/us	25 mA
BTA04-700TRG	STMicroelectronics	TRIAC		NO				1.4 V		5 mA						.75 mA		TRIACs	110 Cel	-40 Cel		4 A			2.5 V	700 V	1 V/us	10 V/us	15 mA
BTA06-400BRG	STMicroelectronics	TRIAC		NO				1.6 V		50 mA						.5 mA		TRIACs	110 Cel	-40 Cel		6 A			2.5 V	400 V	10 V/us	100 V/us	50 mA
BTA06-600SRG	STMicroelectronics	TRIAC		NO				1.6 V		10 mA						.75 mA		TRIACs	110 Cel	-40 Cel		6 A			2.5 V	600 V	1 V/us	10 V/us	25 mA
BTA08-700CRG	STMicroelectronics	TRIAC		NO				1.6 V		25 mA						.5 mA		TRIACs				8 A				700 V	5 V/us	50 V/us	50 mA
BTA08-700CWRG	STMicroelectronics	TRIAC		NO				1.7 V		35 mA								TRIACs	150 Cel	-40 Cel		8 A			1.5 V	700 V	4.5 V/us	250 V/us	35 mA
BTA10-400BRG	STMicroelectronics	TRIAC		NO				1.4 V		50 mA						.5 mA		TRIACs	110 Cel	-40 Cel		10 A			2.5 V	400 V	10 V/us	100 V/us	50 mA
BTA10-400CRG	STMicroelectronics	TRIAC		NO				1.4 V		25 mA						.5 mA		TRIACs				10 A				400 V	5 V/us	50 V/us	50 mA
BTA10-700BRG	STMicroelectronics	TRIAC		NO				1.4 V		50 mA						.5 mA		TRIACs	110 Cel	-40 Cel		10 A			2.5 V	700 V	10 V/us	100 V/us	50 mA
BTA12-700BRG	STMicroelectronics	TRIAC		NO				1.5 V		50 mA						.5 mA		TRIACs	110 Cel	-40 Cel		12 A			2.5 V	700 V	10 V/us	100 V/us	50 mA
BTA16-400BRG	STMicroelectronics	TRIAC		NO				1.6 V		50 mA						.5 mA		TRIACs	125 Cel	-45 Cel		16 A			2.5 V	400 V	.00001 V/us	.0001 V/us	50 mA
BTA24-700BWRG	STMicroelectronics	TRIAC		NO				1.7 V		50 mA						.01 mA		TRIACs	125 Cel	-40 Cel		25 A			1.5 V	700 V	500 V/us		75 mA
BTA26-400BRG	STMicroelectronics	TRIAC		NO				1.6 V		50 mA						3 mA		TRIACs	110 Cel	-40 Cel		25 A			3 V	400 V		150 V/us	80 mA
BTB04-600TRG	STMicroelectronics	TRIAC		NO				1.4 V		5 mA						.75 mA		TRIACs	110 Cel	-40 Cel		4 A			2.5 V	600 V	1 V/us	10 V/us	15 mA
BTB06-700BWRG	STMicroelectronics	TRIAC		NO				1.7 V		50 mA								TRIACs	150 Cel	-40 Cel		6 A			1.5 V	700 V	5 V/us	500 V/us	50 mA
BTB08-700BWRG	STMicroelectronics	TRIAC		NO				1.7 V		50 mA								TRIACs	125 Cel	-40 Cel		8 A			1.5 V	700 V	7 V/us	500 V/us	50 mA
Z0107DA2AL2	STMicroelectronics	TRIAC		NO				1.8 V		5 mA						.01 mA		TRIACs	125 Cel	-45 Cel		.8 A			1.5 V	400 V			10 mA
HQ6025NH5RP	Littelfuse	ALTERNISTOR TRIAC		YES						50 mA						6 mA		TRIACs	150 Cel	-40 Cel	MATTE TIN	25 A			1.3 V	600 V	20 V/us	350 V/us	80 mA		e3	40	260
HQ6025LH5TP	Littelfuse	ALTERNISTOR TRIAC		NO						50 mA						6 mA		TRIACs	150 Cel	-40 Cel	MATTE TIN	25 A			1.3 V	600 V	20 V/us	350 V/us	80 mA		e3	40	260
Q6016NH2TP	Littelfuse	TRIAC		YES						10 mA								TRIACs	125 Cel	-40 Cel	MATTE TIN	16 A			1.3 V	600 V	2 V/us	150 V/us	15 mA		e3	40	260
Q6016NH2RP	Littelfuse	TRIAC		YES						10 mA								TRIACs	125 Cel	-40 Cel	MATTE TIN	16 A			1.3 V	600 V	2 V/us	150 V/us	15 mA		e3	40	260
Q6016RH2TP	Littelfuse	ALTERNISTOR TRIAC		NO						10 mA								TRIACs	125 Cel	-40 Cel	MATTE TIN	16 A			1.3 V	600 V	2 V/us	150 V/us	15 mA		e3	40	260
Q8016LH2TP	Littelfuse	ALTERNISTOR TRIAC		NO						10 mA								TRIACs	125 Cel	-40 Cel	MATTE TIN	16 A			1.3 V	800 V	2 V/us	100 V/us	15 mA		e3	40	260
L4008R6TP	Littelfuse	4 QUADRANT LOGIC LEVEL TRIAC		NO						10 mA						.5 mA		TRIACs	110 Cel	-40 Cel	MATTE TIN	8 A			1.3 V	400 V			10 mA		e3	40	260
L6008R6TP	Littelfuse	4 QUADRANT LOGIC LEVEL TRIAC		NO						10 mA						.5 mA		TRIACs	110 Cel	-40 Cel	MATTE TIN	8 A			1.3 V	600 V			10 mA		e3	40	260
L6008R8	Littelfuse	TRIAC		NO						20 mA						.5 mA		TRIACs	110 Cel	-40 Cel	MATTE TIN	8 A			1.3 V	600 V			20 mA		e3	40	260
L6008R8TP	Littelfuse	4 QUADRANT LOGIC LEVEL TRIAC		NO						20 mA						.5 mA		TRIACs	110 Cel	-40 Cel	MATTE TIN	8 A			1.3 V	600 V			20 mA		e3	40	260
Q4008RH3	Littelfuse	TRIAC		NO						10 mA						2 mA		TRIACs	110 Cel	-40 Cel	MATTE TIN	8 A			1.3 V	400 V	20 V/us	75 V/us	15 mA		e3	40	260
Q4008RH3TP	Littelfuse	ALTERNISTOR TRIAC		NO						10 mA						2 mA		TRIACs	110 Cel	-40 Cel	MATTE TIN	8 A			1.3 V	400 V	20 V/us	75 V/us	15 mA		e3	40	260
Q6008RH3TP	Littelfuse	ALTERNISTOR TRIAC		NO						10 mA						2 mA		TRIACs	110 Cel	-40 Cel	MATTE TIN	8 A			1.3 V	600 V	20 V/us	50 V/us	15 mA		e3	40	260
L6006R6TP	Littelfuse	TRIAC		NO						10 mA						.5 mA		TRIACs	150 Cel	-40 Cel	MATTE TIN	6 A			1.3 V	600 V			10 mA		e3	40	260
Q4006RH3TP	Littelfuse	ALTERNISTOR TRIAC		NO						10 mA						3 mA		TRIACs	150 Cel	-40 Cel	MATTE TIN	6 A			1.3 V	400 V	20 V/us	75 V/us	15 mA		e3	40	260
Q6006RH3TP	Littelfuse	ALTERNISTOR TRIAC		NO						10 mA						3 mA		TRIACs	150 Cel	-40 Cel	MATTE TIN	6 A			1.3 V	600 V	20 V/us	50 V/us	15 mA		e3	40	260
BT136-600E/02,127	NXP Semiconductors	TRIAC		NO						25 mA						.5 mA		TRIACs	150 Cel	-40 Cel		4 A			1.5 V	600 V			15 mA
Q6008NH3RP	Littelfuse	ALTERNISTOR TRIAC		YES						10 mA						2 mA		TRIACs	110 Cel	-40 Cel	MATTE TIN	8 A			1.3 V	600 V	20 V/us	50 V/us	15 mA		e3	40	260
OT406,135	NXP Semiconductors	TRIAC		YES						5 mA						.5 mA		TRIACs	150 Cel	-40 Cel		1 A			1.3 V	600 V	.5 V/us	10 V/us	7 mA
OT407,126	NXP Semiconductors	TRIAC		NO						7 mA						.5 mA		TRIACs	150 Cel	-40 Cel		1 A			1.3 V	800 V	1 V/us	20 V/us	10 mA
ACS108-6SUF-TR	STMicroelectronics	TRIAC	SMALL OUTLINE	YES	DUAL	SINGLE			PLASTIC/EPOXY	10 mA	7.6 A	FLAT	RECTANGULAR	.8 A	1		3	TRIACs	150 Cel	-40 Cel	Matte Tin (Sn) - annealed	.8 A	R-PDSO-F3	1	1 V	600 V					e3	30	260
HQ6025LH5	Littelfuse	TRIAC		NO						50 mA						6 mA		TRIACs	150 Cel	-40 Cel	MATTE TIN	25 A			1.3 V	600 V	20 V/us	350 V/us	80 mA		e3	40	260
L6006R6	Littelfuse	TRIAC	FLANGE MOUNT	NO	SINGLE	SINGLE	MAIN TERMINAL 2		PLASTIC/EPOXY	10 mA		THROUGH-HOLE	RECTANGULAR		1	.5 mA	3	TRIACs	110 Cel	-40 Cel	MATTE TIN	6 A	R-PSFM-T3		1.3 V	600 V			10 mA	TO-220AB	e3	40	260
Q4006RH3	Littelfuse	TRIAC	FLANGE MOUNT	NO	SINGLE	SINGLE	MAIN TERMINAL 2		PLASTIC/EPOXY	10 mA		THROUGH-HOLE	RECTANGULAR		1	3 mA	3	TRIACs	125 Cel	-40 Cel	MATTE TIN	6 A	R-PSFM-T3		1.3 V	600 V	20 V/us	75 V/us	15 mA	TO-220AB	e3	40	260
Q6006RH3	Littelfuse	TRIAC	FLANGE MOUNT	NO	SINGLE	SINGLE	MAIN TERMINAL 2		PLASTIC/EPOXY	10 mA		THROUGH-HOLE	RECTANGULAR		1	3 mA	3	TRIACs	125 Cel	-40 Cel	MATTE TIN	6 A	R-PSFM-T3		1.3 V	600 V	20 V/us	50 V/us	15 mA	TO-220AB	e3	40	260
TPDV640RG	STMicroelectronics	TRIAC		NO		SINGLE	ISOLATED			200 mA					1	5 mA		TRIACs	125 Cel	-40 Cel		40 A		1	2.5 V	600 V	.00001 V/us	.0002 V/us						UL RECOGNIZED
TPDV1025RG	STMicroelectronics	TRIAC	FLANGE MOUNT	NO	SINGLE	SINGLE	ISOLATED		PLASTIC/EPOXY	150 mA		THROUGH-HOLE	RECTANGULAR		1	2 mA	3	TRIACs	125 Cel	-40 Cel	MATTE TIN	25 A	R-PSFM-T3		2.5 V	1000 V	10 V/us	200 V/us			e3			UL RECOGNIZED
AC01DJM-T1-AZ	Renesas Electronics	TRIAC		YES						10 mA						.1 mA		TRIACs	150 Cel	-55 Cel	MATTE TIN	1 A		1	1.5 V	400 V	.5 V/us		10 mA		e3
AC05DGM-AZ	Renesas Electronics	TRIAC		NO						10 mA						1 mA		TRIACs	125 Cel	-45 Cel		5 A			1.5 V	400 V	5 V/us					10	260

A Triode for Alternating Current (TRIAC) is a semiconductor device that is used to control the flow of electrical current in AC circuits. It is a bidirectional device that can conduct current in both directions, making it useful for AC power control applications.

TRIACs consist of a bidirectional switching element that allows for the control of AC current in both directions. They are typically used in applications where AC voltage needs to be controlled, such as in lighting control, motor speed control, and power supplies.

TRIACs work by applying a small current or voltage to the gate terminal, which allows current to flow through the device. Once the current reaches a certain level, the TRIAC turns on and conducts current in both directions until the current drops below a certain threshold, at which point the TRIAC turns off.

TRIACs are commonly used in conjunction with other components such as capacitors, inductors, and diodes to form complete electronic circuits. They are often used in power control circuits that require precise control of AC voltage or current.