How Engineers Choose the Right MOSFET
As manufacturing technology develops and advances, system designers must keep pace with technological developments in order to select the most appropriate electronic components for their designs. MOSF...
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MBR1040xS~MBR10200xS
FEATURESHigh current capabilityLow forward voltage dropLow power loss, high efficiencyHigh surge capabilityHigh temperature soldering guaranteedMounting position: any
UPS
The increase in power density and energy efficiency has brought new challenges to the design of UPS (Uninterruptible PowerSupply), SEMIPOWER's highly reliable MOSFET series products can help you to comprehensively improve the performance of the product, and easily cope with a variety of challenges.
N-Channel Planar MOSFET (200v-1000v)
SEMIPOWER TECHNOLOGY: By adopting the most advanced process and layout structure, Planar MOSFET power density is maximized, which significantly reduces the conduction loss in the current conduction process. At the same time, the current flow in the chip cell will be more uniform and stable; for high-frequency switching applications, it effectively reduces the gate charge (Qg), especially the gate-drain charge (Qgd), thus reducing the switching power loss during fast switching. By adopting these advanced technological means, the MOSFET's FOM (Quality Factor (Qg*Rdson)) has been able to achieve an industry-leading level.
EV60 HIGH-VOLTAGE MOTOR CONTROLLER
The EV60 Series Electric Vehicle Controller is a high-voltage motor controller developed using automotive-grade IGBT modules and motor FOC vector control technology. It features high control precision, fast torque response, smooth start-up, and strong climbing power. It meets high-performance control requirements for permanent magnet synchronous motors. Features: Supports automotive-specific functions such as regenerative braking, anti-rollback, cruise control, and reverse speed limit. Provides comprehensive protection functions including overheat, overvoltage, undervoltage, overcurrent, short circuit, overspeed, communication failure, position signal failure, temperature detection signal failure, and control power undervoltage. Supports control for both asynchronous motors and permanent magnet synchronous motors; can be integrated with motors and other components to reduce cost and size...