1N6345US(2005) View Datasheet(PDF) - Microsemi Corporation
Part Name
Description
Manufacturer
1N6345US
(Rev.:2005)
(Rev.:2005)
Microsemi Corporation
1N6345US Datasheet PDF : 3 Pages
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SCOTTSDALE DIVISION
1N6309US thru 1N6355US
VOIDLESS-HERMETICALLY-SEALED
Surface Mount 500 mW Glass Zener Diodes
ELECTRICAL CHARACTERISTICS
TYPE
Note 1
VZ2
NOM.
+/-5%
@ IZ2
VZ1
MIN.
@ IZ1
250 uA
Test
Current
IZ2
Dynamic
Impedance
ZZ
@
IZ2
Dynamic Max.
Impedance Current
ZZK
IZM
@
250 µA
Voltage
Reg.
VZ(reg)
(∆VZ)
Note 2
Max.
Surge
Current
IZSM
Reverse
Voltage
VR
Max.
Reverse
Current
IR1 @ VR
25oC
Max.
Reverse
Current
IR2 @ VR
150oC
Maximum
Noise
Density
ND
@ 250 µA
1 to 3 kHz
Max.
Temp.
Coeff. of
Zener
Voltage
αVZ
Max.
Cap.
@
OV
VOLTS VOLTS mA OHMS OHMS mA VOLTS AMPS VOLTS µA
µA
µV /√Hz %/oC
pF
1N6309US 2.4
1.1
20
30
1200
177
1.5
2.5
1.0
100
200
1.0
-.085 2000
1N6310 US 2.7
1.2
20
30
1300
157
1.5
2.2
1.0
60
150
1.0
-.080 1900
1N6311 US 3.0
1.3
20
29
1400
141
1.5
2.0
1.0
30
100
1.0
-.075 1800
1N6312 US 3.3
1.5
20
24
1400
128
1.6
1.8
1.0
5.0
20
1.0
-.065 1650
1N6313 US 3.6
1.8
20
22
1400
109
1.6
1.65
1.0
3.0
12
1.0
-.055
+.020
1600
1N6314 US 3.9
2.0
20
20
1700
118
1.6
1.5
1.0
2.0
12
1.0
-.043
+.025
1400
1N6315 US 4.3
2.4
20
18
1400
99
0.9
1.4
1.0
2.0
12
1.0
-.030
+.030
1350
1N6316 US 4.7
2.8
20
16
1500
90
0.5
1.27
1.5
5.0
12
1.0
-.028
+.032
1300
1N6317 US 5.1
3.3
20
14
1300
83
0.4
1.17
2.0
5.0
12
1.0
+.045 1200
1N6318 US 5.6
4.3
20
8.0
1200
76
0.4
1.10
2.5
5.0
10
2.0
+.050. 1150
1N6319 US 6.2
5.2
20
3.0
800
68
0.3
0.97
3.5
5.0
10
5.0
060
1050
1N6320 US 6.8
6.0
20
3.0
400
63
0.35
1.23
4.0
2.0
10
5.0
.062
1000
1N6321 US 7.5
6.6
20
4.0
400
57
0.4
1.16
5.0
2.0
10
5.0
.068
900
1N6322 US 8.2
7.5
20
5.0
400
52
0.4
1.07
6.0
1.0
10
20
.075
800
1N6323 US 9.1
8.4
20
6.0
500
47
0.5
0.97
7.0
1.0
10
40
.076
700
1N6324 US 10
9.1
20
6.0
500
43
0.5
.89
8.0
1.0
10
80
.079
600
1N6325 US 11
10
20
7.0
550
39
0.5
.83
8.5
1.0
10
100
.082
500
1N6326 US 12
11
20
7.0
550
35
0.55
.77
9.0
1.0
10
100
.083
450
1N6327 US 13
11.9 9.5
8.0
550
33
0.55
.71
9.9
.05
10
100
.079
400
1N6328 US 15
13.8 8.5
10
600
28
.70
.62
11
.05
10
100
.082
350
1N6329 US 16
14.7 7.8
12
600
27
.75
.58
12
.05
10
100
.083
325
1N6330 US 18
16.6 7.0
14
600
24
.85
.52
14
.05
10
100
.085
300
1N6331 US 20
18.5 6.2
18
500
21
.95
.47
15
.05
10
100
.086
275
1N6332 US 22
20.4 5.6
20
500
19
1.05
.43
17
.05
10
100
.087
260
1N6333 US 24
22.3 5.2
24
500
18
1.15
.39
18
.05
10
100
.088
240
1N6334 US 27
25.2 4.6
27
500
16
1.30
.35
21
.05
10
100
+.090 220
1N6335 US 30
28
4.2
32
500
14
1.45
.31
23
.05
10
100
.091
200
1N6336 US 33
30.9 3.8
40
600
13
1.60
.28
25
.05
10
100
.092
185
1N6337 US 36
33.7 3.4
50
600
12
1.75
.26
27
.05
10
100
.093
175
1N6338 US 39
36.6 3.2
55
700
11
1.90
.24
30
.05
10
100
.094
170
1N6339 US 43
40.4 3.0
65
800
9.9
2.10
.22
33
.05
10
80
.095
165
1N6340 US 47
44.2 2.7
75
900
9.0
2.25
.20
36
.05
10
80
.095
155
1N6341 US 51
48
2.5
85
1000
8.3
2.50
.18
39
.05
10
80
.096
145
1N6342 US 56
52.7 2.2
100
1200
7.6
2.70
.17
43
.05
10
80
.097
135
1N6343 US 62
58.4 2.0
125
1300
6.8
2.90
.15
47
.05
10
80
.097
130
1N6344 US 68
64.1 1.8
155
1500
6.3
3.20
.13
52
.05
10
80
.098
120
1N6345 US 75
70.8 1.7
180
1600
5.7
3.40
.125
56
.05
10
80
.098
110
1N6346 US 82
77.4 1.5
220
1800
5.2
3.80
.115
62
.05
10
80
.099
105
1N6347 US 91
86
1.4
270
2100
4.7
4.20
.100
69
.05
10
80
.099
100
1N6348 US 100
94.5
1.3
340
2400
4.3
4.40
.095
76
.05
10
80
.110
95
1N6349 US 110
104
1.1
500
2800
3.9
4.80
.085
84
.05
10
80
.110
90
1N6350 US 120
113
1.0
600
3200
3.5
5.20
.080
91
.05
10
80
.110
70
1N6351 US 130
122 0.95
850
4100
3.3
5.60
.070
99
.05
10
80
.110
70
1N6352 US 150
141
.85
1000
4500
2.8
7.00
.065
114
.05
10
80
.110
65
1N6353 US 160
151
.80
1200
5000
2.7
7.50
.060
122
.05
10
80
.110
65
1N6354 US 180
170
.68
1500
5600
2.4
9.00
.050
137
.05
10
80
.110
60
1N6355 US 200
189
.65
1800
6500
2.1
12.0
.045
152
.05
10
80
.110
55
NOTE 1: Tight tolerances available in plus or minus 2% or 1% with C or D suffix respectively, e.g. 1N6309CUS, 1N6335DUS, etc.
NOTE 2: Voltage regulation VZ(reg) is the measured voltage change at thermal equilibrium between the current of 10% and 50%
of Maximum Zener Current IZM when the lead temperature is maintained at 25°C =+8°C, -2°C.
Copyright 2005
2-02-2005 REV A
Microsemi
Scottsdale Division
8700 E. Thomas Rd. PO Box 1390, Scottsdale, AZ 85252 USA, (480) 941-6300, Fax: (480) 947-1503
Page 2
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