Fast recovery retifiers

Lge Co., Ltd. supplies fast recovery retifiers that are silicon semiconductor diodes intended for quick turn‑off in power electronics. The devices are rated for a maximum peak reverse voltage of 50 V and can handle an average rectified current of 1 A, as indicated in the supplier data. They also support a forward current of up to 1.3 A. The components are packed in reel or tape form for surface‑mount technology and fall under HS code 8541.10.

Silicon remains the dominant material for these rectifiers, offering stable electrical characteristics across a wide temperature range. While the listing does not state a reverse recovery time, typical devices of this class achieve recovery times around 100 ns, a benchmark in the industry. Standard specifications for similar parts include operating temperatures from - 40 °C to 125 °C and forward voltage drops near 0.8 V at 1 A. The manufacturing is performed under quality‑control programmes that reference ISO standards, reflecting common compliance practices.

The retifiers are commonly employed in power supplies, inverter circuits and other electronic equipment where rapid switching reduces losses. Buyers such as contract manufacturers, telecom gear producers and consumer‑electronics assemblers order them in bulk, often specifying reel lengths that match their production lines. The supplier mentions flexible order volumes and offers both CIF and FOB shipping arrangements, allowing importers to select the most suitable logistics solution.

Lge Co., Ltd. operates from 1407, B Block, Haisong Building, Terra Shenzhen, Guangdong, China, postal code 518000. The company is listed with a harbor‑tier verification, meaning its core business documents have been checked by the platform’s verification team.

The supplier’s response statistics show a response rate of 0 percent and no recorded average response time, indicating that communication may be sporadic. Prospective buyers should establish a direct contact channel and request up‑to‑date quotations and technical data before proceeding.