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...rectifiers designed for high efficiency and low power loss. They feature a plastic package with Underwriters Laboratory Flammability Classification 94V-0 and metal silicon junction for majority carrier condu...
...u S3MBF series are surface mount general-purpose silicon rectifiers designed for various applications. Featuring a glass passivated chip junction and a low-profile SMBF package, these rectifiers are easy for...
...surge capabilities, with guardring for overvoltage protection. They are constructed with a silicon epitaxial planar chip and a metal silicon junction, offering low stored charge for majority carrier conducti...
...Rectifier The Formosa MS FM320-MHT through FM3100-MHT series are 3.0A surface mount Schottky barrier rectifiers designed for high-efficiency applications. They feature a low profile, tiny plastic SMD package...
... MS LFM120-M THRU LFM140-M Chip Schottky Barrier Rectifier The Formosa MS LFM120-M THRU LFM140-M series are ultra-high-speed switching silicon epitaxial planar chip Schottky barrier rectifiers designed for l...
...Rectifiers designed for high efficiency and low power loss applications. Featuring high current and surge capabilities, these rectifiers are protected by a guardring for overvoltage protection. They utilize ...
... a metal silicon junction with majority carrier conduction, providing a built-in strain relief ideal for automated placement. They offer high forward surge ......
...Rectifiers designed for through-hole mounting. These devices offer low power loss, high efficiency, high current capability, and low forward voltage drop. They feature a guardring for overvoltage protection ...
... SK120-A series are surface mount Schottky barrier rectifiers designed for high-efficiency, low-power loss applications. Featuring a metal silicon junction with majority carrier conduction, these rectifiers ...
... Power Schottky Rectifiers, designed for high efficiency and low power loss applications. These rectifiers offer high current and surge capabilities, featuring a silicon epitaxial planar chip with a metal si...
...SS52B through SS520B series are surface mount Schottky barrier rectifiers designed for high-efficiency applications. Featuring a metal silicon junction and majority carrier conduction, these rectifiers offer...
Product Overview The SS52A THRU SS520A series are surface mount Schottky barrier rectifiers designed for a wide range of applications. These rectifiers feature a metal silicon junction for majority carrier cond...
... planar chip with a metal silicon junction and a guardring for overvoltage protection. They offer low forward voltage drop, high surge capability, and excellent power dissipation, ......
... THRU SS520B A series are surface mount Schottky barrier rectifiers designed for a wide range of applications with voltage ratings from 20V to 200V. These rectifiers feature a metal silicon junction and majo...
... Overview The SS52C THRU SS520C A series are surface mount Schottky barrier rectifiers designed for high-efficiency applications. These rectifiers feature a metal silicon junction for majority carrier conduc...
...Fuxinsemi SS22-SS2200 series are surface mount Schottky barrier rectifiers designed for applications requiring high efficiency and low power loss. These rectifiers feature a metal silicon junction for majori...
...free Surface Mount Schottky Barrier Rectifier designed for high-efficiency applications. It features a metal silicon junction with majority carrier conduction, resulting in low power loss. This rectifier is ...
...metal silicon junction for majority carrier conduction, resulting in low power loss and high efficiency. They are ideal for surface mounted applications, offering ......
... forward surge current capability and high-temperature soldering performance, guaranteed at 260C for 10 seconds at the terminals. Constructed with a metal silicon junction and...
..., these rectifiers utilize a silicon epitaxial planar chip with a metal silicon junction and a guardring for overvoltage protection. They are ideal for applications requiring efficient power conversion and r...