IRK2.6 Datasheet, PDF (2/8 Pages) International Rectifier – ADD-A-pak-TM GEN V Power Modules

IRK.26 Series
Bulletin I27130 rev. G 10/02
ELECTRICAL SPECIFICATIONS
Voltage Ratings
Type number
Voltage
Code
-
04
06
08
V_RRM , maximum
repetitive
peak reverse voltage
V
400
600
800
V_RSM , maximum V_DRM , max. repetitive
non-repetitive peak off-state voltage,
peak reverse voltage gate open circuit
V
V
500
400
700
600
900
800
IRK.26
10
1000
12
1200
14
1400
1100
1300
1500
1000
1200
1400
16
1600
1700
1600
I_RRM
I_DRM
125°C
mA
15
On-state Conduction
Parameters
IRK.26
Units Conditions
I_T(AV) Max. average on-state
current (Thyristors)
27
180^o conduction, half sine wave,
I_F(AV) Max. average forward
27
current (Diodes)
T_C = 85^oC
I_O(RMS)
Max. continuous
on-state current.
RMS
As AC switch
I_TSM Max. peak, one cycle
or non-repetitive on-state
I_FSM or forward current
60
A
or
I_(RMS)
I_(RMS)
400
t=10ms No voltage
Sinusoidal
420
t=8.3ms reapplied
half wave,
335
t=10ms 100% V_RRM
Initial T_J = T_J max.
350
t=8.3ms reapplied
470
490
I²t Max. I²t for fusing
800
t=10ms
t=8.3ms
t=10ms
T_J = 25^oC,
no voltage reapplied
No voltage
730
560
A²s
t=8.3ms reapplied
t=10ms 100% V_RRM
Initial T_J = T_J max.
510
t=8.3ms reapplied
1100
1000
t=10ms T_J = 25^oC,
t=8.3ms no voltage reapplied
I²âˆšt Max. I²âˆšt for fusing (1)
V_T(TO) Max. value of threshold
voltage (2)
8000
0.92
0.95
A²âˆšs
V
t= 0.1 to 10ms, no voltage reappl. T_J =T_J max
Low level (3)
T_J = T_J max
High level (4)
r_t
Max. value of on-state
slope resistance (2)
V_TM Max. peak on-state or
V_FM forward voltage
di/dt Max. non-repetitive rate
of rise of turned on
current
I_H
Max. holding current
12.11
11.82
1.95
150
200
mΩ
V
A/µs
mA
Low level (3)
High level (4)
T_J = T_J max
I_TM = π x I_T(AV)
I_FM = π x I_F(AV)
T_J = 25^oC
T_J = 25^oC, from 0.67 V_DRM,
I_TM =π x , I_T(AV) I_g = 500mA,
t_r < 0.5 µs, t_p > 6 µs
T_J = 25^oC, anode supply = 6V,
resistive load, gate open circuit
I_L
Max. latching current
400
T_J = 25^oC, anode supply = 6V, resistive load
(1) I²t for time t_x = I²âˆšt x √t_x
(4) I > π x I_AV
(2) Average power = V_T(TO) x I_T(AV) + r_t x (I_T(RMS))²
(3) 16.7% x π x I_AV < I < π x I_AV
2
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