High Surge Current Bridge Rectifier Base Plate Insulation Module

Model NO.
module
Model
Mdc2400V 200A
Batch Number
2023+
Brand
Sailton
Price Term
Fob/CPT/CIF
Chip Type
Fast Thyristor, Rectifier Modules
Install
Parallel, Series
Application Field
Inverter, Induction Heating, Chopper, UPS Power
Delivery Time
3 Days
Sample
by Order
Payment Term
Tt/Western Union /Paypal
Delivery Way
Sea/ Air/DHL/FedEx/UPS/TNT/Sf
Others
Mds/Mda/Mkc/Mhc/Mzc
Mf Type
Mec/Mfa/Mfk
Voltage Range
600V-5000V
Outline
a-N Code, or Others Customs′ Need
MD Type
Mdc/Mda/Mdk/MD
Mt Type
Mtc/Mta/Mtk/Mtx/Mt
General Feature
Isolated Mounting Base
Transport Package
Carton Box
Specification
400*300*200
Trademark
SAILTON
Origin
China
HS Code
8504409190
Production Capacity
100000 PCS/Year
Reference Price
$ 8.10 - 9.00
Contact Us

Product Description

High surge current bridge rectifier base plate insulation module

High Surge Current Bridge Rectifier Base Plate Insulation Module

We supply a wide range of thyristor module, diode module, SCR module, power module, fast diode module, fast thyristor module. a bridge rectifier,single-phase bridge rectifier,3 phase bridge rectifier. 

 

Our Advantages

 

Power Module 

Feature

Isolated mounting base

International standard package 

Base plate insulation using AIN substrate   

Industrial compatible packaging                          

Low forward voltage drop                                          

High surge current Up to 5000V voltage available on request

Press-pack structure, excellent temperature characteristics, and power cycling capability

Below 350A modules are all forced air cooling,  above 400A modules, air-cooled and water-cooled optional

 

Application 

For motor drives, power supply, power transmission and distribution, railway transportation, metal smelting, 

machinery manufacturing, welding machines, chemical industry, renewable energy.

 

Certifications

 

CE certificate

High Surge Current Bridge Rectifier Base Plate Insulation Module

 

Product Parameters




Datasheet

Type I T(AV)   V DRM
V RRM 		I TSM    I DRM
I RRM 		di/dt dv/dt I GT V GT I H V TO r T R th(j-c) T j 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 > 8 00 <50 <2 <50 0.90 9.80 0.95 125 A
MTx40 40 1.00   10 >50 <150 <2 <150 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 > 10 0 <150 <2 <150 0.90 2.84 0.30 A, B
MTx110 110 2.40   20 > 10 0 <150 <2 <150 0.80 2.34 0.26 A, B
MTx130 130 3.60 30 > 10 0 <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 0.0 9   F,N
MTx500 500 14.5   50 >100 <200 <3 <200 0.85 0.40 0.0 8   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  ≥ 25 00V, V iso   (AC) >3000V  otherwise =2500V, F or module with V DRM /V RRM   from 2500 to 5000V please contact us         Tj =125 ºC   Tc=85 ºC       * Water cooling and Tc=55 ºC

 
Type I F (AV)   V RRM I FSM    I RRM V F O r F R th(j-c) V ISO T j 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  ≥ 25 00V, V iso   (AC) >3000V  otherwise =2500V, F or module with V DRM /V RRM   from 2500 to 5000V please contact factory           Tc= 100   ºC     * Water cooling and Tc=85 ºC
 
Type I T(AV)   V DRM
V RRM 		I TSM  
  I FSM   		I DRM
I RRM 		di/dt dv/dt I GT V GT I H V TO r T R th(j-c) T j 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 > 8 00 <50 <2 <50 0.90 9.80 0.95 125 A
MFx40 40 1.00   10 >50 <150 <2 <150 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 > 10 0 <150 <2 <150 0.90 2.84 0.30 A, B
MFx110 110 2.40   20 > 10 0 <150 <2 <150 0.80 2.34 0.26 A, B
MFx130 130 3.60 30 > 10 0 <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 0.0 9   F,N
MFx500 500 14.5   50 >100 <200 <3 <200 0.85 0.40 0.0 8   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  ≥ 25 00V, V iso   (AC) >3000V  otherwise =2500V, F or module with V DRM /V RRM   from 2500 to 5000V please contact us         Tj =125 ºC   Tc=85 ºC       * Water cooling and Tc=55 ºC
MDS
Type I O    V RRM I FSM    I RRM V F O r F R th(j-c) V ISO T j 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:Tc=100 ºC
MKC  MHC
I T(AV)   V DRM
V RRM 		I TSM   I DRM
I RRM 		di/dt dv/dt I GT V GT I H V TO r T R th(j-c) T q T j 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 > 2 00 >800 <150 <3 <150 1.66 0.14 15-35 115 D
200 5.60   30 > 2 00 <200 <3 <200 0.90 1.17 0.10 15-35 F
300 7.80   40 > 2 00 <200 <3 <200 0.88 0.80 0.07 15-35 H
 MZC
I T(AV)   V RRM I FSM   I RRM V F O R F R th(j-c) Trr T j 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:    MKC MHC @ Tc=85 ºC      MZC @Tc=100 ºC    V ISO (AC)>2500V

Outline size:

High Surge Current Bridge Rectifier Base Plate Insulation Module
High Surge Current Bridge Rectifier Base Plate Insulation Module
High Surge Current Bridge Rectifier Base Plate Insulation Module


Company Certificate

High Surge Current Bridge Rectifier Base Plate Insulation Module

High Surge Current Bridge Rectifier Base Plate Insulation Module
 

Factory

 


Factory environment display:

High Surge Current Bridge Rectifier Base Plate Insulation Module

High Surge Current Bridge Rectifier Base Plate Insulation Module

High Surge Current Bridge Rectifier Base Plate Insulation Module
High Surge Current Bridge Rectifier Base Plate Insulation Module







 

 

Semiconductor

FPMONTSERRATROIG.CAT, 2023