
Allicdata Part #: | 317-1193-ND |
Manufacturer Part#: |
MF72-003D13 |
Price: | $ 0.25 |
Product Category: | Circuit Protection |
Manufacturer: | Cantherm |
Short Description: | ICL 3 OHM 20% 6A 15.5MM |
More Detail: | Inrush Current Limiter 3 Ohms ±20% 6A 0.610" (15.5... |
DataSheet: | ![]() |
Quantity: | 1000 |
Lead Free Status / RoHS Status: | Lead free / RoHS Compliant |
1500 +: | $ 0.22789 |
Series: | MF72 |
Packaging: | Bulk |
Lead Free Status / RoHS Status: | -- |
Part Status: | Active |
R @ 25°C: | 3 Ohms |
Tolerance: | ±20% |
Current - Steady State Max: | 6A |
R @ Current: | 92 mOhms |
Diameter: | 0.610" (15.50mm) |
Lead Spacing: | 0.295" (7.50mm) |
Approvals: | -- |
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Inrush current limiters (ICLs) are devices used to manage the high current flow levels during the power-up process of many electrical circuits. High power currents, such as those often seen during the startup process, can cause serious damage to electronic components, and ICLs are essential for ensuring that this type of damage is avoided. MF72-003D13 ICLs are specifically designed for use in LED lighting applications, and offer superior stability and temperature compensation capabilities, making them ideal for these types of applications.
The MF72-003D13 ICL is a three-lead device made from a proprietary combination of semiconductor- and film-based components. It is widely used in a range of outdoor LED lighting applications, offering superior performance and reliability compared to other similar devices. The topology of the device is a simplified version of the popular three-phase current limiting circuit featured on many LED lighting solutions. This design ensures that the current levels are accurately limited at all times, regardless of the ambient temperature or load fluctuations.
The working principle of the MF72-003D13 ICL is based on the well-established concept of peak current limitation. When the device is first energized, its internal circuitry measures the peak current passing through it and then limits the current flow to a preset value. This limit value is adjusted during the manufacturing process, and is tailored to the specific application. The reduction in peak current protects the LED lights from damage, and thus allows them to last longer.
The MF72-003D13 ICL also includes an integrated thermal compensation section. This section is responsible for automatically adjusting the peak current limit as the temperature rises or falls, ensuring that the current level remains at the optimum value at all times. This temperature compensation capability is particularly important, especially in outdoor applications, as the ambient conditions can often vary significantly over the course of a day.
In summary, the MF72-003D13 ICL is an essential device for LED lighting applications, offering superior stability, temperature compensation, and peak current limitation capabilities. Its well-designed topology and comprehensive range of features make it a popular choice for these types of applications, and with its reliability and excellent performance, it is sure to be a valuable addition to any LED project.
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Part Number | Manufacturer | Price | Quantity | Description |
---|
MF72-030D9 | Cantherm | 0.12 $ | 1000 | ICL 30 OHM 20% 1A 11MMInr... |
MF72-060D9 | Cantherm | 0.28 $ | 1267 | ICL 60 OHM 20% 800MA 11MM... |
MF72-003D20 | Cantherm | 2.29 $ | 705 | ICL 3 OHM 20% 8A 22.5MMIn... |
MF72-010D25 | Cantherm | 3.61 $ | 183 | ICL 10 OHM 20% 7A 27.5MMI... |
MF72-000.7D20 | Cantherm | 2.29 $ | 364 | ICL 0.7 OHM 20% 11A 22.5M... |
MF72-001.3D20 | Cantherm | 1.33 $ | 1000 | ICL 1.3 OHM 20% 9A 22.5MM... |
MF72-012D20 | Cantherm | 1.33 $ | 1000 | ICL 12 OHM 20% 5A 22.5MMI... |
MF72-060D11 | Cantherm | 0.33 $ | 3076 | ICL 60 OHM 20% 1.5A 13MMI... |
MF72-010D7 | Cantherm | 0.26 $ | 6016 | ICL 10 OHM 20% 1A 9MMInru... |
MF72-005D25 | Cantherm | 3.61 $ | 238 | ICL 5 OHM 20% 8A 27.5MMIn... |
MF72-033D9 | Cantherm | 0.12 $ | 1000 | ICL 33 OHM 20% 1A 11MMInr... |
MF72-008D11 | Cantherm | 0.33 $ | 445 | ICL 8 OHM 20% 3A 13MMInru... |
MF72-001.3D15 | Cantherm | 0.36 $ | 1000 | ICL 1.3 OHM 20% 8A 17.5MM... |
MF72-001.5D13 | Cantherm | 0.25 $ | 1000 | ICL 1.5 OHM 20% 7A 15.5MM... |
MF72-004D11 | Cantherm | 0.33 $ | 20 | ICL 4 OHM 20% 4A 13MMInru... |
MF72-006D11 | Cantherm | 0.14 $ | 1000 | ICL 6 OHM 20% 3A 13MMInru... |
MF72-020D11 | Cantherm | 0.14 $ | 1000 | ICL 20 OHM 20% 2A 13MMInr... |
MF72-010D13 | Cantherm | 0.25 $ | 1000 | ICL 10 OHM 20% 4A 15.5MMI... |
MF72-006D13 | Cantherm | 0.58 $ | 698 | ICL 6 OHM 20% 4A 15.5MMIn... |
MF72-003D13 | Cantherm | 0.25 $ | 1000 | ICL 3 OHM 20% 6A 15.5MMIn... |
MF72-120D9 | Cantherm | 0.28 $ | 12995 | ICL 120 OHM 20% 800MA 11M... |
MF72-033D7 | Cantherm | 0.26 $ | 4893 | ICL 33 OHM 20% 500MA 9MMI... |
MF72-016D9 | Cantherm | 0.12 $ | 1000 | ICL 16 OHM 20% 1A 11MMInr... |
MF72-020D13 | Cantherm | 0.58 $ | 1514 | ICL 20 OHM 20% 3A 15.5MMI... |
MF72-005D11 | Cantherm | 0.33 $ | 1000 | ICL 5 OHM 20% 4A 13MMInru... |
MF72-007D15 | Cantherm | 0.36 $ | 1000 | ICL 7 OHM 20% 5A 17.5MMIn... |
MF72-006D9 | Cantherm | 0.28 $ | 1539 | ICL 6 OHM 20% 2A 11MMInru... |
MF72-002.5D13 | Cantherm | 0.58 $ | 28244 | ICL 2.5 OHM 20% 6A 15.5MM... |
MF72-120D15 | Cantherm | 0.8 $ | 813 | ICL 120 OHM 20% 1.8A 17.5... |
MF72-020D9 | Cantherm | 0.28 $ | 2611 | ICL 20 OHM 20% 1A 11MMInr... |
MF72-012D11 | Cantherm | 0.33 $ | 4352 | ICL 12 OHM 20% 2A 13MMInr... |
MF72-012D13 | Cantherm | 0.58 $ | 282 | ICL 12 OHM 20% 3A 15.5MMI... |
MF72-012D7 | Cantherm | 0.26 $ | 2881 | ICL 12 OHM 20% 1A 9MMInru... |
MF72-200D9 | Cantherm | 0.28 $ | 8997 | ICL 200 OHM 20% 500MA 11M... |
MF72-016D15 | Cantherm | 0.36 $ | 1000 | ICL 16 OHM 20% 4A 17.5MMI... |
MF72-003D25 | Cantherm | 3.61 $ | 1238 | ICL 3 OHM 20% 9A 27.5MMIn... |
MF72-008D7 | Cantherm | 0.26 $ | 1409 | ICL 8 OHM 20% 1A 9MMInrus... |
MF72-047D15-LI | Cantherm | 0.8 $ | 219 | ICL 47 OHM 20% 3A 27.5MMI... |
MF72-001.5D15 | Cantherm | 0.8 $ | 36 | ICL 1.5 OHM 20% 8A 17.5MM... |
MF72-004D13 | Cantherm | 0.58 $ | 303 | ICL 4 OHM 20% 5A 15.5MMIn... |
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ICL 16 OHM 25% 4A 19.56MMInrush Current ...

ICL 33 OHM 20% 2.5A 15MMInrush Current L...
