New Original SCR Rectifier Diode Module Mdd95-16n1b Thyristor Module

Product Description

Power Module Mdd95-16N1b Can be Replaced by SAILTON Brand

 

( Price are for reference only, please consult the salesperson for specific prices )


Introduction

We proudly offer an extensive array of power modules, including thyristor modules, diode modules, SCR modules, fast diode modules, fast thyristor modules, bridge rectifiers, single-phase bridge rectifiers, and three-phase bridge rectifiers, catering to diverse industrial needs.


Feature

Our products come in internationally standardized packages, providing ease of use and compatibility across global applications.
We utilize AIN substrate for base plate insulation, offering superior thermal conductivity and reliability.
Our industrial-compatible packaging is designed for durability, ensuring your module performs optimally in rigorous environments.
Enjoy exceptional efficiency with a low forward voltage drop, minimizing energy loss and maximizing output.
Capable of handling high surge currents, with voltage options up to 5000V available upon request, ensuring flexibility for demanding applications.
Our press-pack structure boasts exceptional temperature characteristics and power cycling capabilities, perfect for high-performance demands.
Modules below 350A are equipped with forced air cooling, while those above 400A offer both air-cooled and water-cooled options, catering to specific cooling requirements.


Application

Our modules are engineered for a wide range of applications, including motor drives, power supply systems, power transmission and distribution, railway transportation, and metal smelting.
Ideal for machinery manufacturing, welding machines, the chemical industry, and renewable energy solutions, ensuring versatility across sectors.


Product Parameters
 

Type	IT(AV)	VDRM VRRM	ITSM	IDRM IRRM	di/dt	dv/dt	IGT	VGT	IH	VTO	rT	Rth(j-c)	Tj	Fig
	A	V	Ax10^3	mA	A/μs	V/μs	mA	v	mA	V	mΩ	ºC/ W	ºC	mm
MTx25	25	600-1800	0.55	10	>50	>800	<50	<2	<50	0.90	9.80	0.95	125	A
MTx40	40		1.00	10	>50		<150	<2	<150	0.86	5.60	0.68		A
MTx55	55		1.25	10	>50		<150	<2	<150	0.87	3.70	0.54		A
MTx70	70		1.60	15	>50		<150	<2	<150	0.90	2.65	0.42		A
MTx90	90		2.00	15	>100		<150	<2	<150	0.90	2.84	0.30		A,B
MTx110	110		2.40	20	>100		<150	<2	<150	0.80	2.34	0.26		A,B
MTx130	130		3.60	30	>100		<150	<3	<150	0.90	2.12	0.20		C
MTx160	160		5.40	30	>100		<150	<3	<150	0.90	1.53	0.17		C
MTx200	200		7.20	30	>100		<200	<3	<200	0.85	1.34	0.13		D
MTx250	250		8.50	30	>100		<200	<3	<200	0.85	0.90	0.12		D
MTx300	300		9.30	40	>100		<200	<3	<200	0.85	0.75	0.10		D
MTx350	350		11.0	40	>100		<200	<3	<200	0.90	0.50	0.09		F
MTx400	400		12.0	50	>100		<200	<3	<200	0.85	0.49	0.09		F,N
MTx500	500		14.5	50	>100		<200	<3	<200	0.85	0.40	0.08		F,N
MTx600	600		17.4	50	>100		<200	<3	<200	0.86	0.45	0.075		H
MTx800	800		23.2	50	>100		<200	<3	<200	0.9	0.50	0.065		J
MTx1000 *	1000		28.0	50	>100		<200	<3	<200	0.87	0.45	0.06		J
*MTx500	500		12.0	50	>100		<200	<3	<200	0.8	0.64	0.085		G
*MTx600 *	600		15.0	50	>100		<200	<3	<200	0.85	0.5	0.07		I
*MTx800	800		18.0	50	>100		<200	<3	<200	0.9	0.4	0.05		K
MTC                    MTA                  MTK                    MTX              MT

Note : If V_DRM/V_RRM ≥2500V , V_iso (AC)>3000V otherwise =2500V, For module with V_DRM/V_RRM from 2500 to 5000V please contact us Tj=125ºC Tc=85 ºC * Water cooling and Tc=55ºC
 

Type	IF(AV)	VRRM	IFSM	IRRM	VFO	rF	Rth(j-c)	VISO	Tj	Fig
	A	V	Ax10^3	mA	V	mΩ	ºC/ W	V	ºC	mm
MDx25	25	600-1800	0.65	10	0.80	10.9	1.25	2500	150	A
MDx40	40		1.00	10	0.80	6.00	0.90			A
MDx55	55		1.30	10	0.80	3.80	0.70			A
MDx70	70		1.80	15	0.76	2.70	0.56			A
MDx90	90		2.30	15	0.77	2.20	0.45			A,B
MDx110	110		2.60	20	0.80	1.75	0.35			A,B
MDx130	130		3.90	30	0.80	1.45	0.30			C
MDx160	160		6.00	30	0.79	1.35	0.23			C
MDx200	200		8.00	30	0.76	0.90	0.14			D
MDx250	250		11.0	30	0.78	0.88	0.14			D
MDx300	300		12.5	40	0.80	0.65	0.13			D
MDx350	350		15.0	40	0.80	0.61	0.10			F
MDx400	400		17.0	50	0.78	0.50	0.10			F,N
MDx500	500		19.0	50	0.75	0.32	0.09			F,N
MDx600	600		20.8	50	0.82	0.40	0.08			H
MDx800	800		22.0	50	0.78	0.25 5	0.07			J
MDx1000	1000		25.0	50	0.75	0.45	0.065			J
*MDx500	500		13.0	50	0.78	0.50 5	0.10			G
*MDx600	600		15.0	50	0.75	0.45	0.09			I
*MDx800	800		19.0	50	0.75	0.34	0.08			K
MDC                        MDA                     MDK                      MD

Note : If V_DRM/V_RRM ≥2500V , V_iso (AC)>3000V otherwise =2500V, For module with V_DRM/V_RRM from 2500 to 5000V please contact factory Tc=100 ºC * Water cooling and Tc=85ºC
 

Type	IT(AV)	VDRM VRRM	ITSM   IFSM	IDRM IRRM	di/dt	dv/dt	IGT	VGT	IH	VTO	rT	Rth(j-c)	Tj	Fig
	A	V	Ax10^3	mA	A/μs	V/μs	mA	v	mA	V	mΩ	ºC/ W	ºC	mm
MFx25	25	600-1800	0.55	10	>50	>800	<50	<2	<50	0.90	9.80	0.95	125	A
MFx40	40		1.00	10	>50		<150	<2	<150	0.86	5.60	0.68		A
MFx55	55		1.25	10	>50		<150	<2	<150	0.87	3.70	0.54		A
MFx70	70		1.60	15	>50		<150	<2	<150	0.90	2.65	0.42		A
MFx90	90		2.00	15	>100		<150	<2	<150	0.90	2.84	0.30		A,B
MFx110	110		2.40	20	>100		<150	<2	<150	0.80	2.34	0.26		A,B
MFx130	130		3.60	30	>100		<150	<3	<150	0.90	2.12	0.20		C
MFx160	160		5.40	30	>100		<150	<3	<150	0.90	1.53	0.17		C
MFx200	200		7.20	30	>100		<200	<3	<200	0.85	1.34	0.13		D
MFx250	250		8.50	30	>100		<200	<3	<200	0.85	0.90	0.12		D
MFx300	300		9.30	40	>100		<200	<3	<200	0.85	0.75	0.10		D
MFx350	350		11.0	40	>100		<200	<3	<200	0.90	0.50	0.09		F
MFx400	400		12.0	50	>100		<200	<3	<200	0.85	0.49	0.09		F,N
MFx500	500		14.5	50	>100		<200	<3	<200	0.85	0.40	0.08		F,N
MFx600	600		17.4	50	>100		<200	<3	<200	0.86	0.45	0.075		H
MFx800	800		23.2	50	>100		<200	<3	<200	0.9	0.50	0.065		J
MFx1000	1000		28.0	50	>100		<200	<3	<200	0.87	0.45	0.06		J
*MFx500	500		12.0	50	>100		<200	<3	<200	0.8	0.64	0.085		G
*MFx600	600		15.0	50	>100		<200	<3	<200	0.85	0.5	0.07		I
*MFx800	800		18.0	50	>100		<200	<3	<200	0.9	0.4	0.05		K
MFC                                MFA                                MFK

Note : If V_DRM/V_RRM ≥2500V , V_iso (AC)>3000V otherwise =2500V, For module with V_DRM/V_RRM To explore voltage ranges from 2500V to a striking 5000V, we kindly invite you to reach out to us. Tj=125ºC Tc=85 ºC * Featuring advanced water cooling technology with Tc=55ºC
MDS

Type	IO	VRRM	IFSM	IRRM	VFO	rF	Rth(j-c)	VISO	Tj	Fig
	A	V	Ax10^3	mA	V	mΩ	ºC/ W	V	ºC	mm
MDS75	75	600-1800	1.00	10	0.80	4.70	0.36	2500	150	L
MDS100	100		1.50	10	0.80	4.33	0.29			L
MDS160	160		2.60	10	0.80	1.80	0.18			M
MDS200	200		3.20	15	0.80	1.60	0.15			M
MDS

Note: With a Tc=100 ºC
MKC MHC

IT(AV)

VDRM VRRM

ITSM

IDRM IRRM

di/dt

dv/dt

IGT

VGT

IH

VTO

rT

Rth(j-c)

Tq

Tj

Fig

A

V

Ax10^3

mA

A/μs

V/μs

mA

v

mA

V

mΩ

ºC/ W

μs

ºC

mm

160

600-1600

4.30

30

>200

>800

<150

<3

<150

0.86

1.66

0.14

15-35

115

D

200

5.60

30

>200

<200

<3

<200

0.90

1.17

0.10

15-35

F

300

7.80

40

>200

<200

<3

<200

0.88

0.80

0.07

15-35

H

MZC

IT(AV)	VRRM	IFSM	IRRM	VFO	RF	Rth(j-c)	Trr	Tj	Fig
A	V	Ax10^3	mA	V	mΩ	ºC/ W	μs	ºC	mm
160	600-1600	4.50	30	0.85	1.40	0.18	2.0	140	D
200		6.00	30	0.88	0.95	0.14	3.0		F
300		8.30	40	0.86	0.60	0.10	4.0		H

                       
         MKC                           MHC                         MZC

 

Note: If V_DRM/V_RRM ≥2500V , V_iso (AC)>3000V otherwise =2500V, For module with V_DRM/V_RRM To explore voltage ranges from 2500V to a striking 5000V, we kindly invite you to reach out to us. Tj=125ºC Tc=85 ºC * Featuring advanced water cooling technology with Tc=55ºC



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Factory environment display

 

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