2
IXC Series
TO-220 AB Outline
Symbol
Definition
Maximum Ratings
V
AK
Drain Source Voltage
450
V
P
D
Power Dissipation IXC_02M to IXC_50M
25
W
(T
C
= 25癈)
IXC_60M & IXC_100M
40
W
I
RM
Maximum Reverse Current
1
A
T
J
Junction Operating Temperature
-55 to +150
癈
T
stg
Storage Temperature
-55 to +150
癈
T
L
Temperature for soldering (max. 10 s)
260
癈
M
D
Mounting torque with screw M3 (TO-220)
0.45/4  Nm/lb.in.
with screw M3.5 (TO-220)
0.55/5  Nm/lb.in.
Symbol
Definition/Condition
Characteristic Values
(T
J
= 25癈, unless otherwise specified)
min.
typ.
max.
BV
AK
*
Breakdown
__M45   I
D
= 1.5 I
A(P)
450
V
voltage:
I
A(P)
Plateau
02M__   V
AK
= 10 V
1.9
2.0
2.5
mA
Current
10M__
9.0
10
11.8
mA
20M__
18
20
22
mA
40M__
36
40
44
mA
50M__
45
50
55
mA
60M__
56
60
64
mA
100M__
88
100
110
mA
  
  I
A(P)
/    T
Plateau Current Shift
V
AK
= 10 V
?0
ppm/K
with Temperature
  
  V
AK
/     I
A(p)
Dynamic
02M__   V
AK
= 10 V
800
900
k&
Resistance
10M__
160
180
k&
20M__
78
85
k&
50M__
19
21
k&
60M__
15
17
k&
100M__
8
9
k&
V
F
Diode forward voltage drop; I
F
= 50mA
1.8
V
R
thJC
Thermal Resistance junction-to-case
IXC_02M to IXC_50M   5.0   K/W
IXC_60M & IXC_100M  3.1   K/W
R
thJA
Thermal Resistance junction-to-ambient  TO-220
80   K/W
TO-252
100   K/W
* Pulse test to limit power dissipation to within device capability.
Non-Switchable DC Current Regulators
TO-252 AA Outline
Pin connections
1 = No connection
2, 4 = Positive terminal A
3 = Negative terminal K
Product Marking
TO-220 types - full part number
TO-252 - last 7 alpha-numeric characters of the
part number, e.g. CY02M45
Dim. Millimeter
Inches
Min. Max.   Min.    Max.
A    2.19  2.38   0.086   0.094
A1   0.89  1.14   0.035   0.045
A2
0  0.13
0   0.005
b    0.64  0.89   0.025   0.035
b1    0.76  1.14   0.030   0.045
b2    5.21  5.46   0.205   0.215
c    0.46  0.58   0.018   0.023
c1    0.46  0.58   0.018   0.023
D    5.97  6.22   0.235   0.245
D1   4.32  5.21   0.170   0.205
E    6.35  6.73   0.250   0.265
E1   4.32  5.21   0.170   0.205
e
2.28 BSC    0.090 BSC
e1
4.57 BSC    0.180 BSC
H    9.40 10.42   0.370   0.410
L    0.51  1.02   0.020   0.040
L1    0.64  1.02   0.025   0.040
L2    0.89  1.27   0.035   0.050
L3    2.54  2.92   0.100   0.115