MCC162-14IO1B Littelfuse IXYS Phase Leg Thyristor Module Designed for Line Frequency and PCB Mounting

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Product Description

Product Overview

The MCC162-14io1B is a phase leg thyristor module featuring planar passivated chips and a Direct Copper Bonded Al2O3-ceramic construction. It offers long-term stability and is designed for line frequency applications. The module is RoHS compliant and suitable for PCB mounting, providing an industry-standard outline with reduced weight and advanced power cycling capabilities.

Product Attributes

Brand: IXYS
Part Number: MCC162-14io1B
Backside: Isolated
Certifications: RoHS compliant
Package: Y4 (Industry standard outline)
Construction: Direct Copper Bonded Al2O3-ceramic, DCB ceramic base plate

Technical Specifications

Symbol	Definition	Conditions	Unit	typ.	max.	min.
V_RRM / V_DRM	max. repetitive reverse/forward blocking voltage		V		1400
I_TAV	RMS forward current	T_AV 180 sine	A	180
I_T(RMS)	RMS current per terminal		A	300
V_ISO	Isolation Voltage	50/60 Hz, RMS; I_S 1 mA	V_RMS	3600
P_tot	total power dissipation	T_C = 125C	W		150
R_thJC	thermal resistance junction to case		K/W	1.03
T_VJ	virtual junction temperature		C		150
T_stg	storage temperature		C	-40		125
V_GT	gate trigger voltage	V_D = 6 V, T_VJ = 25C	V		2.5
I_GT	gate trigger current	V_D = 6 V, T_VJ = 25C	mA		0.2
I_L	latching current	T_VJ = 25C	mA		300
I_H	holding current	V_D = 6 V, T_VJ = 25C	mA		200
t_q	turn-off time	V_D = V_DRM, I_T = 180 A, T_VJ = 150C	s		150
I_TSM	max. forward surge current	t = 10 ms; (50 Hz), sine, T_VJ = 45C	kA		5.10
It	value for fusing	t = 10 ms; (50 Hz), sine, T_VJ = 45C	kAs		130.1
(dv/dt)_cr	critical rate of rise of voltage	T_VJ = 125C; method 1 (linear voltage rise)	V/s	1000
(di/dt)_cr	critical rate of rise of current	repetitive, I_T = 125C; f = 50 Hz	A/s	150