1N5615 Diode Derating Guide Lines




1N5615 Diode Temperature-Current Derating Curve [Axial Lead]
Power Rectifier Fast Recovery Diode.

1N5615 Temperature-Current Derating Curve in Still Air
1N5615 Diode Temperature-Current Derating Curve

Use the Curve to determine maximum operational forward current based on ambient temperature for the 1N5615 Diode. Diode Derating Curves
Temperature derating for a 1N5615 diode begins at 250C. How ever with the application of forced air cooling the diode will operate above 25C with out the need to derate or reduce the current. The derating curve shows operational limits for still air. Use the curves in gray to produce the longest component life. As with any axial leaded component use short leads to aid in heat conduction into the PWB.





Refer to MIL-PRF-19500/429; Semiconductor Device, Diode, Silicon, Power Rectifier, Fast Recovery, Types 1N5615, 1N5617, 1N5619, 1N5621, 1N5623, 1N5615US, 1N5617US, 1N5619US, 1N5621US, 1N5623US, JAN, JANTX, JANTXV, JANS, JANHC, AND JANKC, [Axial Lead, D-5A Surface Mount].
Note; the surface mount package is not covered by this temperature curve.

1N5615 Maximum Operation Ratings:
Maximum Repetitive Reverse Voltage = xx volts
Average Rectified Forward Current = xx mA
Power Dissipation 250C = xx mW
Operating Temperature = -65 to +175 0C
This spec sheet covers a number of diodes.
Refer to the data sheet for maximum device ratings.



Drawing of an axial lead diode package
Axial Lead Package

Related topics:
Diode Manufacturers
Zener Diodes Manufacturers
Derating Electronic Component Derating

Engineering topic:
Axial Lead component reliability,
based on diode current and Rated Temp.


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