One piece SKR240/16 Stud rectifier diode The SKR240/16 is a studmounted silicon rectifier diode designed for current power applications. This single diode provides reliable ACtoDC rectification with a robust stud terminal suitable for direct heatsink mounting, helping to simplify assembly and improve thermal performance in demanding environments. Key benefits current rectification with a stud connection for efficient heat dissipation Direct heatsink mounting minimizes stray inductance and reduces temperature rise Robust silicon rectifier designed for continuous operation in power electronics Compact stud package supports reliable integration into compact power modules and assemblies Simple replacement in compatible rectifier circuits, reducing downtime Key attributes Model: SKR240/16 Type: Stud rectifier diode Mounting: Stud terminal for direct attachment to heatsinks or chassis Package: Studmounted diode Material: Silicon rectifier diode Function: Rectification for power electronics Ratings: Electrical specifications are defined by the SKR240/16 designation and should be confirmed in the datasheet for exact current, voltage, and surge characteristics Performance: Suitable for current applications with robust operation in industrial and commercial power systems Compatibility and use considerations Compatible with standard heatsink assemblies that accommodate studmounted diodes Suitable for integration into rectifier stages of power supplies, motor drives, and inverter circuits Designed for inclusion in current DC power paths requiring reliable rectification with direct heatsinking Applications Industrial DC power supplies and battery charging systems where current rectification is required Inverter modules and motor drive systems that demand durable, studmounted rectifiers Rectification stages in large power conversion equipment and similar current electronic assemblies Note For exact electrical ratings (current, reverse voltage, surge capability, and thermal limits), refer to the SKR240/16 datasheet and application notes. This description provides the modelbased context and typical uses without altering the specified model features.