50 Seaview Blvd. Port Washington, NY 11050-4618 PH.(516)625-1313 FAX(516)625-8845 E-mail: semi@sanrex.com
DD200KB
DIODE MODULE
Maximum Ratings
Tj25 unless otherwise specified
Symbol
Item
Ratings
DD200KB40
400
480
DD200KB80
800
960
Unit
V
RRM
V
RSM
Repetitive Peak Reverse Voltage
Non-Repetitive Peak Reverse Voltage
DD200KB120
1200
1300
DD200KB160
1600
1700
V
V
Symbol
Item
Average Forward Current
Conditions
Ratings
Unit
A
I
F
AV
Single phase, half wave, 180
conduction, Tc=106
200
I
F
RMS
I
FSM
R.M.S. Forward Current
Surge Forward Current
Single phase, half wave, 180
conduction, Tc=106
1cycle, 50/60H
Z
, peak value, non-repetitive
310
5000/5500
A
A
I
2
t
I
2
t
Value for one cycle of surge current
125000
A
2
S
Tj
Operating Junction Temperature
-40 to 150
Tstg
Storage Temperature
-40 to 125
V
ISO
Isolation Breakdown Voltage
R.M.S.
Mounting
Torque
A.C. 1minute
2500
V
Mounting
M6
Terminal
M6
Mass
Recommended Value 2.5-3.9
25-40
Recommended Value 2.5-3.9
25-40
4.7
48
4.7
48
N
m
fB
g
Typical Value
240
94.0
24.5
13.0
24.5
80.00.25
3-M610
30 max
33.9
16.9
2-
6.5
1
2
3
NAME PLATE
Unit
Electrical Characteristics
Symbol
I
RRM
Item
Repetitive Peak Reverse Current, max.
Conditions
T
j
150V
R
V
RRM
Ratings
50
1.30
0.17
Unit
mA
V
FM
Forward Voltage Drop, max.
T
j
25I
F
620A
V
Rth
j-c Thermal Impedance, max.
Junction to case
/W
Power Diode Module DD200KB Series are designed for various rectifier circuits.
DD200KB has two diode chips connected in series and the mounting base is electrically
isolated from elements for simple heatsink construction. Wide voltage rating up to,
1600V is available for various input voltages.
Isolated mounting base
Two elements in a package for simple (single and three phase) bridge
connections
Highly reliable glass passivated chips
High surge current capability
Applications
Various rectifiers, Battery chargers, DC motor drives
UL;E76102
M
SanRex
50 Seaview Blvd. Port Washington, NY 11050-4618 PH.(516)625-1313 FAX(516)625-8845 E-mail: semi@sanrex.com
DD200KB
Maximum Forward Characteristics
Forward Voltage DropV
Forward Current
A
=
Maximum
Per one element
Average Forward Current vs.
Power Dissipation
Average Forward CurrentA
Power Dissipation Pav
W
Single Phase
Three Phase
Per one element
D.C.
Average Forward CurrentA
Average Forward Current vs.
Allowable Case Temperature
Allowable Case Temperature Tc
Single Phase
Per one element
Three Phase
D.C.
Cycle Surge Forward Current Rating
Non-Repetitive
TimeCycles
Surge Forward Current
A
Hz
Per one element
Hz
= Start
Transient Thermal Impedance
Time
t
sec
Transient Thermal Impedance
j-c
/
W
Junction to Case
Per one element
Maximum
SanRex
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