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Aux Flyback Converter One Switch Topologies N-Channel Semiconductor Power Mosfet

Name: Aux Flyback Converter One Switch Topologies N-Channel Semiconductor Power Mosfet
Brand: Shanghai Winture Electric Co., Ltd.
SKU: 2055406565

Shanghai, ChinaShanghai Winture Electric Co., Ltd.

US$0.20

660 Pieces

Sample price:US$10.00/piece.Request sample

Product profile

Application

Television

Batch Number

2010+

Manufacturing Technology

Optoelectronic Semiconductor

Model NO.

OSG90R1K2AF TO251

Material

Element Semiconductor

Model

PC817

Package

SMD

Signal Processing

Digital

Type

N-Type Semiconductor

Description

Extremely Low Switching Loss

Characteristics

Excellent Stability and Uniformity

Applications

PC Power

Industries

LED Lighting

Brand

Orimental

Transport Package

Carton

Specification

35x30x37cm

Trademark

Orientalsemiconductor

Origin

China

HS Code

854129000

Production Capacity

20K/Monthly

Key features

Ultra-Fast Switching: Features extremely low switching loss and fast recovery diode integration.

High Voltage Capability: Rated for 600V drain-source voltage with robust avalanche capability.

High Current Handling: Supports up to 240A pulsed drain current for demanding applications.

Excellent Stability: Engineered for outstanding stability and uniformity across batches.

Versatile Applications: Suitable for PC power, telecom, EV chargers, and motor drivers.

Compact Packaging: Available in TO247 SMD package for smaller form factor designs.

Company profile

Shanghai Winture Electric Co., Ltd.

Shanghai, China

Business Type: Manufacturer/Factory, Trading CompanyExport Year: 2019-01-01Nearest Port: ShanghaiAverage Response Time: ≤6.73hTerms of Payment: LC, T/T, D/P, etc.International Commercial Terms(Incoterms): FOB, EXW, CIF, DDP, FCA

AI-Powered supplier vetting

SummaryShanghai Winture Electric Co., Ltd. is identified as a China-based trading company and manufacturer/factory, established in 2009 and operating in semiconductor devices, MOSFET transistors, industrial connectors, photovoltaic inverters, energy storage, data-center power supplies, EV charging, and industrial lighting. The supplier reports ISO 9001 and ISO 14001 certifications, more than 10 production lines, 50 quality-control staff, and 50 R&D engineers. It exports to a broad range of global markets and holds self-operated import/export rights. Evidence supports substantial production scale, quality-system certification, and technical innovation activity. However, the provided information does not sufficiently establish after-sales service processes, customization capability, financial credibility, or verifiable customer cases.

Supplier typeThe supplier is described as both a trading company and manufacturer/factory, with operations focused on semiconductor devices, MOSFET transistors, industrial connectors, and power-supply applications. Its stated founding year of 2009 and factory location in Suzhou support an established manufacturing presence, although the records also identify a Shanghai headquarters and trading-company classification.

CertificationsThe supplier explicitly reports ISO 9001 and ISO 14001 management-system certifications. These indicate documented quality and environmental management systems, but no certificate numbers, validity dates, or certification scopes are provided.

R&D capabilityWinture reports deep technical accumulation in semiconductor devices, multiple core semiconductor-device patents, 50 R&D engineers, and product objectives involving low switching loss, low RDS(ON), fast response, and soft antiparallel diodes. These statements provide explicit evidence of R&D and product-innovation activity, although patent details and independent validation are not supplied.

Production capacityThe supplier reports more than 10 production lines, 50 quality-control staff, annual output above the stated threshold, and a physical factory in Suzhou. Its product history since 2009 and broad export coverage further support operational scale, while the unusually stated lead-time information should be clarified because off-peak and peak figures appear inconsistent.