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.../LL4448/LL914B series are hermetically sealed glass fast switching diodes designed for surface mount applications. These diodes feature fast switching speeds with a typical reverse recovery time (TRR) of les...
Product Overview The ElecSuper BAW56/BAV70/BAV99 are high-performance, plastic-encapsulated switching diodes designed for fast switching applications. These diodes offer a fast switching time of less than 6ns, ...
...) of less than 4.0ns, a power dissipation of 350mW, high stability and reliability, and low reverse leakage. This diode is housed in a SOT-23 small outline plastic package and is suitable for general-purpose...
...VF, enabling parallel operation without thermal runaway. This unipolar rectifier offers zero reverse recovery current, low leakage current, and temperature-independent switching behavior, leading to essentia...
...diode designed for ultra-high speed switching applications. It features a small SOT-23 package, low forward voltage (0.92V Typ.), fast reverse recovery time (1.6ns Typ.), and small total capacitance (2.2pF T...
...diode designed for ultra-high speed switching applications. It features a small USC package, low forward voltage, fast reverse recovery time, and small total capacitance, making it suitable for demanding ele...
...diode designed for ultra-high-speed switching applications. It features a small USM package, low forward voltage (0.92V Typ.), fast reverse recovery time (1.6ns Typ.), and small total capacitance (2.2pF Typ....
... frequency operation, and a positive temperature coefficient on Forward Voltage (VF). This diode offers temperature-independent switching behavior and high surge current capability, leading to higher system ...
...diode designed for ultra-high speed switching applications. It features a small SOT-23 package, low forward voltage, fast reverse recovery time, and small total capacitance, making it suitable for demanding ...
...diode designed for ultra-high-speed switching applications. It features a small ESC package, low forward voltage, fast reverse recovery time, and small total capacitance. The suffix 'U' indicates qualificati...
...diode designed for ultra-high-speed switching applications. It features a small USM package, low forward voltage (0.9V Typ.), fast reverse recovery time (1.6ns Typ.), and small total capacitance (0.9pF Typ.)...
..., and small total capacitance. The suffix U indicates qualification to AEC-Q101 standards. Product Attributes Type: SILICON EPITAXIAL PLANAR DIODE Application: ULTRA HIGH SPEED SWITCHING APPLICATION Package:...
... Switching Diode designed for surface mount applications. It offers high-speed switching capabilities with a typical reverse recovery time of 1.2ns and high reliability due to its high surge current handling...
...Diode is designed for surface-mounted applications requiring high-speed switching and excellent surge handling capabilities. Featuring a compact SMB (DO-214AA) package, low reverse leakage, and built-in stra...
..., it features a SMB (DO-214AA) package with built-in strain relief, making it ideal for automated placement. This diode is suitable for applications requiring fast recovery times and high-temperature solderi...
..., and high forward surge capability, these diodes are ideal for high-frequency rectification and freewheeling applications in switching mode converters and inverters for consumer, computer, and telecommunica...
... loss, and high surge current capability, making them suitable for general-purpose rectification in power supplies, inverters, converters, and as freewheeling diodes in consumer and telecommunication applica...
...Diode from Wolfspeed. It offers significant performance advantages over silicon-based solutions, including higher efficiency, faster switching frequencies, and increased power density. This SiC diode feature...
... benefits include higher efficiency, reduction of heatsink requirements, and the ability to replace bipolar with unipolar rectifiers without thermal runaway when paralleled. This diode is suitable for...
...diode, designated E4D20120A, offers significant performance advantages over silicon-based solutions. Power electronics systems can achieve higher efficiency standards, reach higher frequencies, and attain gr...