Thyristor Modules for DC motor control frd moudle

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Incoterm:

FOB,CFR,CIF

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Transportation:

Ocean,Air

Port:

SHANGHAI

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Product Description

Product Attributes
Supply Ability & Additional Information
Packaging & Delivery

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Overview

Product Attributes

Model No.: YZPST-MTC800A1600V-3

Brand: YZPST

Supply Ability & Additional Information

Packaging: 1. Anti-electrostatic packaging 2. Carton box 3. Plastic protective packaging

Productivity: 100

Transportation: Ocean,Air

Place of Origin: CHINA

Supply Ability: 500

Certificate: ISO9001-2008,ROHS

HS Code: 85044409190

Port: SHANGHAI

Payment Type: L/C,T/T,Paypal

Incoterm: FOB,CFR,CIF

Packaging & Delivery

Package Type:: 1. Anti-electrostatic packaging 2. Carton box 3. Plastic protective packaging

Style Temperature control Dual Thyristor Modules 800A MTC800A 1600V

YZPST-MTC800A1600V

The MTC800A 1600V Semiconductor SCR Diode Modules transfers heat through alumnium nitride ceramic isolated metal baseplate, it can used in the tmperature control field, DC motor control. the amplifying gate is in the thyristor. The product's good reliability is based on the precious metal contacts. The product may employed in the professional light dimming as well.

Maximum Ratings

Symbol	Condition	Ratings	Unit
I_T(AV)	Single phase,half wave,180° conduction ;T_C=85°C	800	A
I_TRMS	Single phase,half wave,180° conduction	1372	A
I_TSM	T_j=125°C	18.9	kA
I²t	T_j=125°C	1.79×10³	kA²S
V_DRM/V_RRM	T_j=125°C	1600/1600	V
di/dt	non-repetitive	400	A/us
V_iso	A.C.1minute	3000	V
T_j		-40 ~ + 125	°C
T_stg		-40 ~ + 125	°C
W	About	2.1	Kg

Electrical Characteristics

Symbol	Condition	Ratings	Unit
I_DRM /I_RRM	AtV_DRM,Single phase,half wave,T_j=125°C	100	mA
V_TM	On-State Current 2400A,T_j=125°C	1.52	V
V_T(TO)	T_j=125°C	0.93	V
R_K1G1		-	Ω
R_K2G2		-	Ω
t_gd	T_j=25°C;V_D=0.4V_DRM;I_TM=I_TAV	2.5	us
t_q	dv_D/dt=50V/us;T_j=125°C; I_TM=I_TAV	320	us
I_GT/V_GT	T_j=25°C,I_T=1A,V_D=6V	250 / 2.5	mA/V
V_GD	V_D=67%V_DRM	0.25	V
DV/DT	V_D=67%V_DRM	1000	V/us
I_H	T_j=25°C	300	mA
I_L	T_j=25°C	-	mA
R_th(j-c)	Per Module	0.025	K/kW