7-3
400 TO 1500 WATT UNIPOLAR
FLIP-DIE SPECIFICATIONS
Exclusive Sussex Semiconductor Flip-Die Technology
Each Die Fully Glass Passivated: Needs No
Encapsulation
Space Saving Substitute For SMA, SMB, and SMC
Packages
Electrical Equivalent to P4KE, P6KE, SA, and 1.5KE
Series Axial Leaded Devices
Unipolar
Each Device Individually Inspected
Available in Waffle Packs or Tape and Reel
Operating Temperature: -65 to 150C
Storage Temperature: -65 to 175C
Metallization: Ni-Ni-Au
Polarity:
GLASS PASSIVATED SURFACE MOUNT UNIPOLAR FLIP-DIE
400 TO 5000 WATT MAXIMUM POWER HANDLING
REVERSE VOLTAGES - 6.8 TO 440 VOLTS
CUSTOM ORDERING SPECIFIER
SZUFD - - -
DIE SPECIFICATIONS
UNIPOLAR TRANSIENT
SUPPRESSOR FLIP-DIE
CLAMPING VOLTAGE
REVERSE BREAKDOWN
VOLTAGE (V
BR
)
6.8 to 10 Breakdown Volts (V
BR
) 11 to 440 Breakdown Volts (V
BR
)
A-Cathode
A-Anode
B-Anode
B-Cathode
CONTACT FACTORY FOR ELECTRICAL
SPECIFICATIONS ON CUSTOM PARTS
HIGHER POWER
RATINGS AVAILABLE.
CONTACT FACTORY FOR
DIE SPECIFICATIONS
AVAILABLE SIZES
CODE
RATING
1.5
400 WATTS
PAGE 7-5,7-6
2
500 WATTS
PAGE 7-8,7-9
3
600 WATTS
PAGE 7-11,7-12
16
1500 WATTS
PAGE 7-14,7-15
STANDARD PART
LISTING ON PAGE:
`A'-SIDE METALLIZATION
CODE
MATERIAL
A
ALUMINUM
E
GOLD
BLANK
NI-NI-AU
(STANDARD)
%TOLERANCE OF V
BR
TOLERANCES
CODE TOLERANCE
5
5%
10
10%
20
20%
SIZE CODE
C
D
E
F
G
FD1.5
0.055
0.040
0.020
0.083
0.015
FD2
0.070
0.055
0.027
0.105
0.015
FD3
0.085
0.070
0.033
0.120
0.015
FD16
0.115
0.100
0.050
0.173
0.015
TABLE 3A - FLIP-DIE DIMENSION SPECIFICATIONS
ALL T OLER ANCES AR E .005"
ALL DIMENS IONS AR E IN INCHE S
12251 TOWNE LAKE DRIVE, FORT MYERS, FLORIDA, 33913 TEL: (941) 768-6800 FAX: (941) 768-6868
SUSSEX
SEMICONDUCTOR, INC.
400 TO 1500 WATT UNIPOLAR
TRANSIENT SUPPRESSOR FLIP-
DIE
7-4
CUSTOM ORDERING SPECIFIER
SZZD - - -
DIE SPECIFICATIONS
GLASS PASSIVATED SURFACE MOUNT BIPOLAR DUAL-DIE
400 TO 5000 WATT MAXIMUM POWER HANDLING
REVERSE VOLTAGES - 6.8 TO 440 VOLTS
400 TO 1500 WATT BIPOLAR
DUAL-DIE SPECIFICATIONS
Exclusive Sussex Semiconductor Dual-Die
Technology
Each Die Fully Glass Passivated: Needs No
Encapsulation
Space Saving Substitute For SMA, SMB, and SMC
Packages
Electrical Equivalent to P4KE, P6KE, SA, and 1.5KE
Series Axial Leaded Devices
Bipolar
Each Device Individually Inspected
Available in Waffle Packs or Tape and Reel
Operating Temperature: -65 to 150C
CLAMPING VOLTAGE
%TOLERANCE OF V
BR
Storage Temperature: -65 to 175C
Metallization: Ni-Ni-Au
Polarity:
6.8 to 10 Breakdown Volts (V
BR
) 11 to 440 Breakdown Volts (V
BR
)
A-Cathode
A-Anode
B-Anode
B-Cathode
REVERSE BREAKDOWN
VOLTAGE (V
BR
)
(NOTE 1)
TOLERANCES
CODE TOLERANCE
5
5%
10
10%
20
20%
BIPOLAR TRANSIENT
SUPPRESSOR
DUAL DIE
CONTACT FACTORY FOR ELECTRICAL
SPECIFICATIONS ON CUSTOM PARTS
NOTE 1:
DUAL DIE V
BR
IS MEASURED FROM A TO A.
V
BR
MEASURED FROM A TO B WILL RESULT IN A
LOWER V
BR
. CONTACT THE FACTORY FOR
SPECIFIC INFORMATION.
NOTES
HIGHER POWER
RATINGS AVAILABLE.
CONTACT FACTORY FOR
DIE SPECIFICATIONS
AVAILABLE SIZES
CODE
RATING
1.5
400 WATTS
PAGE 7-5,7-6
2
500 WATTS
PAGE 7-8,7-9
3
600 WATTS
PAGE 7-11,7-12
16
1500 WATTS
PAGE 7-14,7-15
STANDARD PART
LISTING ON PAGE:
`A'-SIDE METALLIZATION
CODE
MATERIAL
A
ALUMINUM
E
GOLD
BLANK
NI-NI-AU
(STANDARD)
SIZE CODE
C
D
E
F
D1.5
0.055
0.040
0.110
0.015
D2
0.070
0.055
0.140
0.015
D3
0.085
0.070
0.160
0.015
D16
0.115
0.100
0.230
0.015
TABLE 4A - DUAL-DIE DIMENSION SPECIFICATIONS
ALL T OLER ANCES AR E .005"
ALL DIME NS IONS AR E IN INCHES
12251 TOWNE LAKE DRIVE, FORT MYERS, FLORIDA, 33913 TEL: (941) 768-6800 FAX: (941) 768-6868
SUSSEX
SEMICONDUCTOR, INC.
400 TO 1500 WATT BIPOLAR
TRANSIENT SUPPRESSOR
DUAL-DIE
NOTES
NOTE 1
:
:
:
:
:
ELECTRICAL CHARACTERISTICS ARE AT A JUNCTION TEMPERATURE (T
J
) OF 25C
NOTE 2:
INDUSTRY STANDARD PART NUMBERS REFER TO PACKAGED DEVICES. THE DIES
INDICATED BY THESE NUMBERS, IF PROPERLY PACKAGED, WILL OPERATE WITH THE
SAME PERFORMANCE
NOTE 3:
FOR BIPOLAR DEVICES WITH A V
BR
OF 10 VOLTS OR LESS, THE I
R
LIMIT IS
DOUBLED
NOTE 4:
DUAL DIE V
BR
IS MEASURED FROM TOP TO TOP OF DIE. V
BR
MEASURED FROM TOP TO BOTTOM WILL RESULT IN A LOWER V
BR
NOTE 5:
SURGE CURRENT WAVEFORM SHOWN IN FIGURE 2A ON PAGE 7-7
PEAK PULSE POWER DERATING SHOWN IN FIGURE 3A ON PAGE 7-7
THIS TABLE CONTINUES
7-5
( N OT E 2 )
4 0 0 W A T T
P 4 K E
S E R IE S
S U S S E X
O R D E R
C O D E
S T A N D O F F
V O L T A G E
(V
S O
)
V o l ts
M A X .
R E V E R S E
L E A K A G E
(I
R
)@ V
S O
( N OT E 3 )
A
M I N .
V o l ts
M A X .
V o l ts
T E S T
C U R R E N T
(I
T
)
m A
V
C L
V o l ts
I
P P
A m p s
M A X . T E M P .
C O E F F I C I E N T
O F V
B R
(% / C )
P4 K E6 .8
6.8- 10 .8 - 10
5.50
10 00
6.12
7.48
10
10 .8
38 .0
0.05 7
P4 K E6 .8 A
6.8- 10 .5 - 5
5.80
10 00
6.45
7.14
10
10 .5
40 .0
0.05 7
P4 K E7 .5
7.5- 11 .7 - 10
6.05
50 0
6.75
8.25
10
11 .7
35 .0
0.06 1
P4 K E7 .5 A
7.5- 11 .3 - 5
6.40
50 0
7.13
7.88
10
11 .3
37 .0
0.06 1
P4 K E8 .2
8.2- 12 .5 - 10
6.63
20 0
7.38
9.02
10
12 .5
33 .0
0.06 5
P4 K E8 .2 A
8.2- 12 .1 - 5
7.02
20 0
7.79
8.61
10
12 .1
34 .0
0.06 5
P4 K E9 .1
9.1- 13 .8 - 10
7.37
50
8.19
10 .0 0
1
13 .8
30 .0
0.06 8
P4 K E9 .1 A
9.1- 13 .4 - 5
7.78
50
8.65
9.55
1
13 .4
31 .0
0.06 8
P4 K E1 0
10 - 15 .0- 1 0
8.10
10
9.00
11 .0 0
1
15 .0
28 .0
0.07 3
P4 K E1 0 A
10 - 14 .5- 5
8.55
10
9.50
10 .5 0
1
14 .5
29 .0
0.07 3
P4 K E1 1
11 - 16 .2- 1 0
8.92
5.0
9.90
12 .1 0
1
16 .2
26 .0
0.07 5
P4 K E1 1 A
11 - 15 .6- 5
9.40
5.0
10 .5 0
11 .6 0
1
15 .6
27 .0
0.07 5
P4 K E1 2
12 - 17 .3- 1 0
9.72
5.0
10 .8 0
13 .2 0
1
17 .3
24 .0
0.07 8
P4 K E1 2 A
12 - 16 .7- 5
10 .2 0
5.0
11 .4 0
12 .6 0
1
16 .7
25 .0
0.07 8
P4 K E1 3
13 - 19 .0- 1 0
10 .5 0
5.0
11 .7 0
14 .3 0
1
19 .0
22 .0
0.06 1
P4 K E1 3 A
13 - 18 .2- 5
11 .1 0
5.0
12 .4 0
13 .7 0
1
18 .2
23 .0
0.08 1
P4 K E1 5
15 - 22 .0- 1 0
12 .1 0
5.0
13 .5 0
16 .5 0
1
22 .0
19 .0
0.08 4
P4 K E1 5 A
15 - 21 .2- 5
12 .8 0
5.0
14 .3 0
15 .8 0
1
21 .2
20 .0
0.08 4
P4 K E1 6
16 - 23 .5- 1 0
12 .9 0
5.0
14 .4 0
17 .6 0
1
23 .5
17 .8
0.08 6
P4 K E1 6 A
16 - 22 .5- 5
13 .6 0
5.0
15 .2 0
16 .8 0
1
22 .5
18 .6
0.08 6
P4 K E1 8
18 - 26 .5- 1 0
14 .5 0
5.0
16 .2 0
19 .8 0
1
26 .5
16 .0
0.08 8
P4 K E1 8 A
18 - 25 .2- 5
15 .3 0
5.0
17 .1 0
18 .9 0
1
25 .2
16 .5
0.08 8
P4 K E2 0
20 - 29 .1- 1 0
16 .2 0
5.0
18 .0 0
22 .0 0
1
29 .1
14 .0
0.09 0
P4 K E2 0 A
20 - 27 .7- 5
17 .1 0
5.0
19 .0 0
21 .0 0
1
27 .7
15 .0
0.09 0
P4 K E2 2
22 - 31 .9- 1 0
17 .8 0
5.0
19 .8 0
24 .2 0
1
31 .9
13 .0
0.09 2
P4 K E2 2 A
22 - 30 .6- 5
18 .8 0
5.0
20 .9 0
23 .1 0
1
30 .6
13 .7
0.09 2
P4 K E2 4
24 - 34 .7- 1 0
19 .4 0
5.0
21 .6 0
26 .4 0
1
34 .7
12 .0
0.09 1
P4 K E2 4 A
24 - 33 .2- 5
20 .5 0
5.0
22 .8 0
25 .2 0
1
33 .2
12 .6
0.09 4
P4 K E2 7
27 - 39 .1- 1 0
21 .8 0
5.0
24 .3 0
29 .7 0
1
39 .0
10 .7
0.09 6
P4 K E2 7 A
27 - 37 .5- 5
23 .1 0
5.0
25 .7 0
28 .4 0
1
37 .5
11 .0
0.09 6
P4 K E3 0
30 - 43 .5- 1 0
24 .3 0
5.0
27 .0 0
33 .0 0
1
43 .5
9.6
0.09 7
P4 K E3 0 A
30 - 41 .4- 5
25 .6 0
5.0
28 .5 0
31 .5 0
1
41 .4
10 .0
0.09 7
P4 K E3 3
33 - 47 .7- 1 0
26 .8 0
5.0
29 .7 0
36 .3 0
1
47 .7
8.8
0.09 8
P4 K E3 3 A
33 - 45 .7- 5
28 .2 0
5.0
31 .4 0
34 .7 0
1
45 .7
9.0
0.09 8
P4 K E3 6
36 - 52 .0- 1 0
29 .1 0
5.0
32 .4 0
39 .6 0
1
52 .0
8.0
0.09 9
P4 K E3 6 A
36 - 49 .9- 5
30 .8 0
5.0
34 .2 0
37 .8 0
1
49 .9
8.4
0.09 9
P4 K E3 9
39 - 56 .4- 1 0
31 .6 0
5.0
35 .1 0
42 .9 0
1
56 .4
7.4
0.10 0
P4 K E3 9 A
39 - 53 .9- 5
33 .3 0
5.0
37 .1 0
41 .0 0
1
53 .9
7.7
0.10 0
P4 K E4 3
43 - 61 .9- 1 0
34 .8 0
5.0
38 .7 0
47 .3 0
1
61 .9
6.7
0.10 1
P4 K E4 3 A
43 - 59 .3- 5
36 .8 0
5.0
40 .9 0
45 .2 0
1
59 .3
7.0
0.10 1
P4 K E4 7
47 - 67 .8- 1 0
38 .1 0
5.0
42 .3 0
51 .7 0
1
67 .8
6.2
0.10 1
P4 K E4 7 A
47 - 64 .8- 5
40 .2 0
5.0
44 .7 0
49 .4 0
1
64 .8
6.4
0.10 1
P4 K E5 1
51 - 70 .1- 1 0
41 .3 0
5.0
45 .9 0
56 .1 0
1
73 .5
5.7
0.10 2
T AB L E 5 A - 4 0 0 W AT T T R AN S IE N T S U P P R E S S O R D IE E L E C T R IC AL S P E C IF IC AT IO N S
( N OT E 1 )
L OO S E L IP S
S IN K
S H I P S !
M A X . C L A M P IN G
V O L T A G E ( V
C L
) @
P E A K P U L S E C U R R E N T
( I
P P
)
(N O T E 5 )
R E V E R S E
B R E A K D O W N
V O L T A G E
( V
B R
) @ I
T
(N O T E 4 )
IN D U S T R Y
S T A N D A R D
P A R T
N U M B E R S
R E F E R T O
P A G E 7 - 7 F OR
OR D E R
S P E C IF IE R
12251 TOWNE LAKE DRIVE, FORT MYERS, FLORIDA, 33913 TEL: (941) 768-6800 FAX: (941) 768-6868
SUSSEX
SEMICONDUCTOR, INC.
400 WATT TRANSIENT
SUPPRESSOR
DIE SPECIFICATIONS
7-6
NOTES
NOTE 1
:
:
:
:
:
ELECTRICAL CHARACTERISTICS ARE AT A JUNCTION TEMPERATURE (T
J
) OF 25C
NOTE 2:
INDUSTRY STANDARD PART NUMBERS REFER TO PACKAGED DEVICES. THE DIES
INDICATED BY THESE NUMBERS, IF PROPERLY PACKAGED, WILL OPERATE WITH THE
SAME PERFORMANCE
NOTE 3:
FOR BIPOLAR DEVICES WITH A V
BR
OF 10 VOLTS OR LESS, THE I
R
LIMIT IS
DOUBLED
NOTE 4:
DUAL DIE V
BR
IS MEASURED FROM TOP TO TOP OF DIE V
BR
MEASURED FROM TOP TO BOTTOM WILL RESULT IN A LOWER V
BR
NOTE 5:
SURGE CURRENT WAVEFORM SHOWN IN FIGURE 1A ON PAGE 7-7
PEAK PULSE POWER DERATING SHOWN IN FIGURE 2A ON PAGE 7-7
( N OT E 2 )
4 0 0 W A T T
P 4 K E
S E R IE S
S U S S E X
O R D E R
C O D E
S T A N D O F F
V O L T A G E
(V
S O
)
V o l ts
M A X .
R E V E R S E
L E A K A G E
(I
R
)@ V
S O
( N OT E 3 )
A
M I N .
V o l ts
M A X .
V o l ts
T E S T
C U R R E N T
(I
T
)
m A
V
C L
V o l ts
I
P P
A m p s
M A X . T E M P .
C O E F F I C I E N T
O F V
B R
(% / C )
P 4 K E 5 1 A
51- 70.1-5
43.60
5.0
48.50
53.60
1
70.1
6.0
0.102
P 4 K E 5 6
56- 80.5-10
45.40
5.0
50.40
61.60
1
80.5
5.2
0.103
P 4 K E 5 6 A
56- 77.0-5
47.80
5.0
53.20
58.80
1
77.0
5.4
0.103
P 4 K E 6 2
62- 89.0-10
50.20
5.0
55.80
68.80
1
89.0
4.7
0.104
P 4 K E 6 2 A
62- 85.0-5
53.00
5.0
58.90
65.10
1
85.0
5.0
0.104
P 4 K E 6 8
68- 96.0-10
55.10
5.0
61.20
74.80
1
96.0
4.2
0.104
P 4 K E 6 8 A
68- 92.0-5
58.10
5.0
64.60
71.40
1
92.0
4.5
0.104
P 4 K E 7 5
75- 108.0-10
60.70
5.0
67.50
82.50
1
108.0
3.8
0.105
P 4 K E 7 5 A
75- 103.0-5
64.10
5.0
71.30
78.80
1
103.0
4.0
0.105
P 4 K E 8 2
82- 118.0-10
66.40
5.0
73.80
90.20
1
118.0
3.5
0.105
P 4 K E 8 2 A
82- 113.0-5
70.10
5.0
77.90
86.10
1
113.0
3.7
0.105
P 4 K E 9 1
91- 131.0-10
73.70
5.0
81.90
100.00
1
131.0
3.2
0.106
P 4 K E 9 1 A
91- 125.0-5
77.80
5.0
86.50
95.50
1
125.0
3.3
0.106
P 4 K E 1 0 0
100- 144.0-10
81.00
5.0
90.00
110.00
1
144.0
2.9
0.106
P 4 K E 1 0 0 A
100- 137.0-5
85.50
5.0
95.00
105.00
1
137.0
3.0
0.106
P 4 K E 1 1 0
110- 158.0-10
89.20
5.0
99.00
121.00
1
158.0
2.6
0.107
P 4 K E 1 1 0 A
110- 152.0-5
94.00
5.0
105.00
116.00
1
152.0
2.7
0.107
P 4 K E 1 2 0
120- 173.0-10
97.20
5.0
108.00
132.00
1
173.0
2.4
0.107
P 4 K E 1 2 0 A
120- 165.0-5
102.00
5.0
114.00
126.00
1
165.0
2.5
0.107
P 4 K E 1 3 0
130- 187.0-10
105.00
5.0
117.00
143.00
1
187.0
2.2
0.107
P 4 K E 1 3 0 A
130- 179.0-5
111.00
5.0
124.00
137.00
1
179.0
2.3
0.107
P 4 K E 1 5 0
150- 215.0-10
121.00
5.0
135.00
165.00
1
215.0
1.9
0.108
P 4 K E 1 5 0 A
150- 207.0-5
128.00
5.0
143.00
158.00
1
207.0
2.0
0.108
P 4 K E 1 6 0
160- 230.0-10
130.00
5.0
144.00
176.00
1
230.0
1.8
0.108
P 4 K E 1 6 0 A
160- 219.0-5
136.00
5.0
152.00
168.00
1
219.0
1.9
0.108
P 4 K E 1 7 0
170- 244.0-10
138.00
5.0
153.00
187.00
1
244.0
1.7
0.108
P 4 K E 1 7 0 A
170- 234.0-5
145.00
5.0
162.00
179.00
1
234.0
1.8
0.108
P 4 K E 1 8 0
180- 256.0-10
146.00
5.0
162.00
198.00
1
256.0
1.6
0.108
P 4 K E 1 8 0 A
180- 246.0-5
154.00
5.0
171.00
189.00
1
246.0
1.7
0.108
P 4 K E 2 0 0
200- 287.0-10
162.00
5.0
180.00
220.00
1
287.0
1.4
0.108
P 4 K E 2 0 0 A
200- 274.0-5
171.00
5.0
190.00
210.00
1
274.0
1.51
0.108
P 4 K E 2 2 0
220- 344.0-10
175.00
5.0
198.00
242.00
1
344.0
1.2
0.108
P 4 K E 2 2 0 A
220- 328.0-5
185.00
5.0
209.00
231.00
1
328.0
1.3
0.108
P 4 K E 2 5 0
250- 360.0-10
202.00
5.0
225.00
275.00
1
360.0
1.1
0.110
P 4 K E 2 5 0 A
250- 344.0-5
214.00
5.0
237.00
267.00
1
344.0
1.2
0.110
P 4 K E 3 0 0
300- 430.0-10
243.00
5.0
270.00
330.00
1
430.0
0.97
0.110
P 4 K E 3 0 0 A
300- 414.0-5
256.00
5.0
285.00
315.00
1
414.0
1.0
0.110
P 4 K E 3 5 0
350- 504.0-10
284.00
5.0
315.00
385.00
1
504.0
0.83
0.110
P 4 K E 3 5 0 A
350- 482.0-5
300.00
5.0
332.00
368.00
1
482.0
0.87
0.110
P 4 K E 4 0 0
400- 574.0-10
324.00
5.0
360.00
440.00
1
571.0
0.73
0.110
P 4 K E 4 0 0 A
400- 548.0-5
342.00
5.0
380.00
420.00
1
548.0
0.76
0.110
P 4 K E 4 4 0
440- 598.0-10
356.00
5.0
396.00
484.00
1
598.0
0.66
0.110
P 4 K E 4 4 0 A
440- 590.0-5
376.00
5.0
418.00
462.00
1
590.0
0.69
0.110
T AB L E 5 A - 4 0 0 W AT T T R AN S IE N T S U P P R E S S O R D IE E L E C T R IC AL S P E C IF IC AT IO N S
( N OT E 1 )
L OOS E L I P S
S I N K
S H IP S !
M A X . C L A M P IN G
V O L T A G E ( V
C L
) @
P E A K P U L S E C U R R E N T
( I
P P
)
(N O T E 5 )
R E V E R S E
B R E A K D O W N
V O L T A G E
( V
B R
) @ I
T
(N O T E 4 )
IN D U S T R Y
S T A N D A R D
P A R T
N U M B E R S
R E F E R T O
P A GE 7 - 7 F OR
OR D E R
S P E C IF IE R
12251 TOWNE LAKE DRIVE, FORT MYERS, FLORIDA, 33913 TEL: (941) 768-6800 FAX: (941) 768-6868
SUSSEX
SEMICONDUCTOR, INC.
400 WATT TRANSIENT
SUPPRESSOR
DIE SPECIFICATIONS
12251 TOWNE LAKE DRIVE, FORT MYERS, FLORIDA, 33913 TEL: (941) 768-6800 FAX: (941) 768-6868
SUSSEX
SEMICONDUCTOR, INC.
7-7
ORDERING SPECIFIER
% PEAK PULSE CURRENT
,
I
PP
TIME (ms)
FIGURE 3A - PULSE DERATING CURVE
0
2 5
5 0
7 5
1 00
0
2 5
5 0
7 5
1 00
1 25
1 50
1 75
2 00
N O N -RE P E T IT IV E
C U RR E N T P U LS E
P E R F IG U RE 2A
4 00
3 00
2 00
1 00
JUNCTION TEMPERATURE, T
J
(C)
PEAK PULSE PO
WER (W
A
TTS)
FIGURE 2A - PULSE WAVEFORM
400 WATT DIE SPECIFICATIONS
CONTINUED
6.8 - 10.8 - 10
ORDER CODE FROM
PREVIOUS PAGES
BREAKDOWN VOLTAGE, V
BR
(Volts)
JUNCTION CAP
A
CIT
ANCE (pF)
FIGURE 1A - TYPICAL JUNCTION
CAPACITANCE
10
0
10
1
10
2
10
3
10
4
10
0
10
1
10
2
10
3
M e asured @ 10 0m V
M easu red @ V so
Tj=25 C
f= 1kH z
T H IS G R AP H D E M O N ST R AT E S T H E
P E R F O R M AN C E O F A U N IPO LAR D IE.
B IPO L AR D IE S W ILL H A VE A L O W E R
C A P A C IT A N C E
C O N T AC T FA C T O R Y F O R M O R E
D E T A ILE D IN F O R M A T IO N
0
50
100
150
0
1
2
3
I
PP
I
PP
10:1000 W AVEFORM
CODE
DIE TYPE
DIE
SPECIFICATIONS
REFER TO:
SZU1.5
400 WATT UNIPOLAR DIE
PAGE 7-1
SZZ1.5
400 WATT BIPOLAR DIE
PAGE 7-2
SZUFD1.5 400 WATT UNIPOLAR FLIP-DIE PAGE 7-3
SZZD1.5
400 WATT BIPOLAR DUAL-DIE PAGE 7-4
TABLE 6A - AVAILABLE DIE SIZES
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