35 pieces of 1N4936T fast recovery diodes in the DO41 package The 1N4936T is a silicon fast recovery rectifier diode designed for speed rectification in power electronics. Packaged in the DO41 axial form factor, these diodes are suitable for throughhole mounting on standard PCBs and are provided as a 35piece lot for convenient stocking and procurement. Key benefits Fast recovery characteristics support efficient rectification in speed and frequency power circuits, reducing switching losses. DO41 package offers a robust, throughhole mounting option for easy integration into many power and consumer electronics assemblies. Bulk quantity (35 pieces) provides ready supply for production runs, , prototyping, and field repairs without frequent reorders. Simple, reliable silicon diode design suitable for general rectification and protection tasks in a variety of applications. Key attributes Functionality: fast recovery rectifier diode Model: 1N4936T Package: DO41 (throughhole axial) Quantity: 35 pieces per package Material: silicon Performance orientation: suited for speed rectification in power circuits Compatibility and suitability Designed to be used in circuits that specify a 1N4936T fast recovery diode in a DO41 package Throughhole mounting compatible with standard PCB designs and prototyping boards that accommodate axial diodes Applications and use cases Rectification in switching power supplies and ACtoDC adapters, where fast recovery helps improve efficiency Flyback or freewheeling diode roles in DCDC converter topologies and inductive load switching General purpose rectification or protection in consumer electronics, industrial controls, and other standard electronics projects Notes 35piece quantity is ideal for stocking, , and repetitive production needs The DO41 package supports straightforward installation in compatible circuits and boards This description reflects the product model, packaging, and typical use scenarios for 1N4936T diodes in DO41 packaging, without adding or omitting details beyond the stated specifications.