PN411011

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The PN411011 is a diode array fabricated using low-cost, mass production process technology. It is composed of two series of four bidirectional parallel diodes connected in a common cathode arrangement. The device is designed for use in medium to high-current buck, boost and flyback converters, as well as for bootstrap, clamp, and charge pump applications. Its wide operating temperature range and surge current capabilities make it well-suited for use in harsh industrial applications.

The common anode configuration of the PN411011 allows for bidirectional current conduction in a single package. The alternative anode connections (anode1 and anode2) accept input currents ranging from -100V through +100V. The device also provides a common cathode connection (cathode) used to dissipate the resulting forward voltages. The PN411011 is able to sustain peak voltages up to 500V, with instantaneous peak currents up to 1.5A per diode.

The device is packaged in a surface mount SOIC-8 (Small Outline IC) package, and can also be used as a drop-in replacement for other small package manufacturers’ 8-pin SOIC components. This makes it an ideal choice for industrial, automotive and computer applications, as well as for applications requiring mechanical shock and vibration resistance.

The PN411011 features low forward voltage drop characteristics and high breakdown voltage ratings. Its low forward voltage drop reduces the overall dissipation of the device for improved energy efficiency, while its high breakdown voltage rating ensures reliable operation even in harsh conditions. As with all diodes, the PN411011 exhibits a diode’s typical resistance to reverse currents, preventing unwanted current flow from the downstream side back to the source.

The PN411011 is an advantageous device for a wide range of industrial, automotive and computer applications. Its wide operating temperature range and surge current capabilities make it well-suited for use in harsh industrial, automotive and computer applications. Additionally, its common cathode configuration and low forward voltage drop characteristics allows for optimal electrical performance with minimal power dissipation. The device is also packaged in a small 8-pin SOIC package, making it compatible with existing layout designs.

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