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CMJH120

Central Semiconductor
Part Number CMJH120
Manufacturer Central Semiconductor
Description SURFACE MOUNT SILICON CURRENT LIMITING DIODE
Published Feb 16, 2012
Detailed Description CMJ0130 THRU CMJH220 SURFACE MOUNT SILICON CURRENT LIMITING DIODES w w w. c e n t r a l s e m i . c o m DESCRIPTION: Th...
Datasheet PDF File CMJH120 PDF File

CMJH120
CMJH120

Overview
CMJ0130 THRU CMJH220 SURFACE MOUNT SILICON CURRENT LIMITING DIODES w w w.
c e n t r a l s e m i .
c o m DESCRIPTION: The CENTRAL SEMICONDUCTOR CMJ0130 series devices are silicon field effect current regulator diodes designed for applications requiring a constant current over a wide voltage range.
These devices are manufactured in the epoxy molded, low profile SOD-123FL case.
Special selections of IP (regulator current) are available for critical applications.
SOD-123FL CASE MARKING: SEE MARKING CODES ON ELECTRICAL CHARACTERISTICS TABLE FEATURES: • High reliability • Special selections available • Through hole devices available MAXIMUM RATINGS: (TA=60°C) Peak Operating Voltage (CMJ0130 THRU CMJ5750) Peak Operating Voltage (CMJH080 THRU CMJH220) Power Dissipation Operating and Storage Junction Temperature Typical Thermal Resistance SYMBOL UNITS POV POV PD TJ, Tstg ΘJA 100 50 500 -65 to +150 180 V V mW °C °C/W ELECTRICAL CHARACTERISTICS: (TA=25°C unless otherwise noted) Type CMJ0130 Regulator Current (Note 1) Minimum Dynamic Impedance Minimum Knee Impedance Maximum Limiting Voltage IP @ VT=25V MIN NOM MAX mA mA mA 0.
05 0.
13 0.
21 ZT @ VT=25V ZK @ VK=6.
0V VL @ IL=0.
8 x IP MIN MΩ kΩ V 6.
0 2,000 0.
6 CMJ0300 0.
20 0.
31 0.
42 4.
0 1,000 0.
8 CMJ0500 0.
40 0.
515 0.
63 2.
0 500 1.
1 CMJ0750 0.
60 0.
76 0.
92 1.
0 200 1.
4 CMJ1000 0.
88 1.
1 1.
32 0.
65 100 1.
7 CMJ1500 1.
28 1.
5 1.
72 0.
45 70 2.
0 CMJ2000 1.
68 2.
0 2.
32 0.
35 50 2.
3 CMJ2700 2.
28 2.
69 3.
1 0.
30 30 2.
7 CMJ3500 3.
0 3.
55 4.
1 0.
25 20 3.
2 CMJ4500 3.
9 4.
5 5.
1 0.
20 10 3.
7 CMJ5750 5.
0 5.
75 6.
5 0.
05 5.
0 4.
5 CMJH080 6.
56 8.
2 9.
84 0.
32 15 3.
1 CMJH100 8.
0 10 12 0.
17 6.
0 3.
5 CMJH120 9.
6 12 14.
4 0.
08 3.
0 3.
8 CMJH150 12 15 18 0.
03 2.
0 4.
3 CMJH180 16 18 20 0.
02 1.
8 4.
6 CMJH220 20 22.
5 25 0.
01 1.
6 5.
3 Notes: 1) Pulsed Method: Pulse Width (ms) = 27.
5 divided by IP NOM (mA) 2) The Temperature Coefficient is measured between + 25°C a...


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