DDF BTA16-600 TRIAC Featuring 600 Volt Repetitive Peak Voltage and 16 Amp RMS Current for AC Switching

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Product Description

TRIAC BTA16

The TRIAC BTA16 is a glass-passivated junction device designed for high voltage and surge capability. It features low thermal resistance and durability, along with low thermal resistance insulation ceramic, providing an insulating voltage of 2500V(RMS). This TRIAC is ideal for mains power AC switching applications, including static relays, light dimmers, heater control, and motor speed controllers.

Product Attributes

Brand: DingDeFeng
Origin: Shenzhen DingDeFeng Technology Co.,Ltd
Insulating Voltage: 2500V(RMS)

Technical Specifications

Parameter	Symbol	BTA16-600(C/B)	BTA16-800(C/B)	BTA16-600(SW/CW/BW)	BTA16-800(SW/CW/BW)	Unit
Repetitive Peak Off-State Voltages	VDRM, VRRM	600 (4Q)	800 (4Q)	600 (3Q)	800 (3Q)	V
RMS on-State Current	IT(RMS)	16				A
Non-Repetitive Peak On-State Current	ITSM	160				A
I2t for fusing	I2t	144				A2s
Repetitive rate of rise of on-state current after triggering	di/dt	50				A/uS
Peak gate current	IGM	4				A
Peak Gate Power	PGM	5				W
Average Gate Power	PG(AV)	1				W
Operating junction temperature	TJ	-40~+125
Storage Temperature	TSTG	-40 ~ +150
Peak Repetitive Forward or Reverse Blocking Current	IDRM, IRRM	MAX 5 (4Q)	MAX 5 (4Q)	MAX 5 (3Q)	MAX 5 (3Q)	uA
Gate Trigger Current	IGT	MAX 50 (4Q C) / 100 (4Q B)	MAX 50 (4Q C) / 100 (4Q B)	MAX 10 (3Q SW) / 35 (3Q CW) / 50 (3Q BW)	MAX 10 (3Q SW) / 35 (3Q CW) / 50 (3Q BW)	mA
Gate Trigger Voltage	VGT	MAX 1.3				V
Gate NonTrigger Voltage	VGD	MIN 0.2 (Tj=125C)				V
Peak Forward On-State Voltage	VTM	MAX 1.55 (IT=22.5A)				V
Latch Current	IL	MAX 40 (4Q I-II-III) / 80 (4Q II)	MAX 40 (4Q I-II-III) / 80 (4Q II)	MAX 25 (3Q I-III) / 30 (3Q II)	MAX 25 (3Q I-III) / 30 (3Q II)	mA
Holding Current	IH	MAX 25 (4Q)	MAX 25 (4Q)	MAX 15 (3Q SW) / 35 (3Q CW) / 50 (3Q BW)	MAX 15 (3Q SW) / 35 (3Q CW) / 50 (3Q BW)	mA
Critical Rate of Rise of Off-State Voltage	dV/dt	MIN 200 (4Q)	MIN 400 (4Q)	MIN 40 (3Q SW) / 400 (3Q CW) / 1000 (3Q BW)	MIN 40 (3Q SW) / 400 (3Q CW) / 1000 (3Q BW)	V/s