Powerblock Modules, Rectifier Modules

Powerblock Modules

RECTIFIER MODULES

I_T(AV) per Device	55A (Note 1)	60A (Note 1)	90A (Note 1)	100A (Note 2)	195A (Note 2)	250A (Note 2)	320A (Note 2)
Circuit Number	NTE No.	NTE No.	NTE No.	NTE No.	NTE No.	NTE No.	NTE No.
4	6220	6222	6230	6232	6234	6236	6238
V_RRM	1200V	1600V	1200V	1600V	1600V	1600V	1600V
V_F (Max)	1.40V @ 165A	1.40V @ 165A	1.40V @ 270A	1.30V @ 282A	1.32V @ 612A	1.29V @ 785A	1.28V @ 1004A
T_J	-40°C to +125°C	-40°C to +125°C	-40°C to +125°C	-40°C to +150°C	-40°C to +150°C	-40°C to +150°C	-40°C to +150°C
di/dt (T_J = +125°C)	100A/µs	100A/µs	100A/µs	-	-	-	-
dv/dt	500V/µs	500V/µs	500V/µs	-	-	-	-
I_TSM (1/2 Cycle, 60Hz)	1500A	1500A	1950A	2020A	4750A	7345A	10580A
I²T (t = 8.3ms)	9350A²sec	9350A²sec	15800A²sec	18650A²sec	103000A²sec	225000A²sec	466000A²sec
I_GT (Max @ +25°C)	150mA	150mA	150mA	-	-	-	-
V_GT (Max @ +25°C)	3.0V	3.0V	3.0V	-	-	-	-
P_G(AV)	500mW	500mW	500mW	-	-	-	-
V_GM (Max, Reverse)	5V	5V	5V	-	-	-	-
R_thJC (Per Module)	0.25°C/W	0.25°C/W	0.14°C/W	0.22°C/W	0.20°C/W	0.16°C/W	0.125°C/W
V_ISOL	2500V_RMS	2500V_RMS	2500V_RMS	3500V_RMS	3000V_RMS	3000V_RMS	3000V_RMS
Diag. No.	422	422	422	422	609	610	610

Note 1. T_C = +85°C Note 2. T_C = +100°C

Circuit 4

Diag. 422 Diag. 609 Diag. 610

POWERBLOCK NOTES:

MOUNTING:
Careful mounting of powerblocks on the heatsink is one of the most important requirements of reliable satisfactory application. The contact surfaces of powerblock and heatsink must be clean, free from contamination and damage. Finish and flatness of heatsink contact surface should be310mm. A thin and uniform film of interface thermal compound should be applied to contact surface of powerblock and heatsink. Fixing bolts have to be uniformly tightened with the specified mounting torque. Cross sections of busbars or cables have to be dimensioned so that heating up the powerblock will be avoided. This applies in particular for series connected fuses.

MAINTENANCE:
Powerblocks are maintenance-free. The assembly group should, however, be cleaned from time to time to ensure the insulation capability, the heat dissipation and thus the availability of the power converter.

WARNING:
Beryllium oxide is used in the powerblock assembly for insulation. Do not destroy the powerblock case because the beryllium oxide dust resulting from such action is hazardous if inhaled.

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