D6015L58

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D6015L58 is a high-performance diode that infers single rectifier applications. The rectifier is built with a low forward a voltage drop while offering high current handling capability. The use of diffused junction technology within the diode ensures thermal operational stability, with a maximum surge voltage up to 400V, a total capacitance of 31pF and a non-repetitive peak reverse current of 2A.

Application fields for D6015L58 are multiple and variegated. Its use in high current, low voltage power circuits to limit power dissipation make it a useful rectifier in a variety of applications, while its low leakage current of 0.3mA at 25°C and its wide temperature range of –55°C to 125°C make it applicable in DC/DC converters, battery charging systems and other power related systems. Furthermore, this diode is particularly well suited to protecting sensitive circuits, like those used in opto-coupler gate drives.

The working principle of D6015L58 is based on well-established electronics. It does so by using a principle known as PN junction, which allows for an electric current to flow in only one direction. The diode starts conducting once a positive voltage is applied at the anode and will begin conducting until the anode voltage reaches a reverse-biased level. The voltage at the cathode has to reach the breakdown voltage of the junction (the breakdown voltage of D6015L58 is 400V) for the diode to stop conducting.

The D6015L58’s epitaxial planar construction heavily reduces forward voltage drop while ensuring an outstanding thermal stability. The combination of a low forward voltage drop, high surge voltage and low capacitance ensures a low power dissipation, allowing for a more efficient power supply. Furthermore, the PN junction delivers fast switching times, which is ideal for transient protection.

With its excellent properties, the D6015L58 is a great choice for low power applications that require a robust, highly efficient and reliable diode. It’s suitable for a wide variety of applications, ranging from protection circuits, power supplies and DC/DC converters. Moreover, its low forward voltage drop, wide temperature range and high current capabilities make it an ideal choice for modern power designs.

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