BSC010N04LSIATMA1 Power MOSFET, N-Channel, 40V, 100A, SOT-223 Package

BSC010N04LSIATMA1 Overview

The BSC010N04LSIATMA1 is a robust N-channel MOSFET optimized for industrial and high-efficiency power management applications. Its low on-resistance and high current capability make it ideal for demanding switching environments. Designed to maximize system efficiency, this device supports advanced thermal performance in compact designs. The BSC010N04LSIATMA1 ensures reliable operation and consistent switching behavior, making it a trusted choice for engineers seeking dependable solutions. For more details on supply and manufacturer support, visit Fabricante de CI.

BSC010N04LSIATMA1 Technical Specifications

Parámetro	Valor
Tipo de transistor	N-Channel MOSFET
Tensión de drenaje-fuente (VDS)	40V
Corriente de drenaje continua (ID)	120A
RDS(on) Max (at VGS=10V)	1.0 m??
Tensión puerta-fuente (VGS)	?I20V
Package / Case	PG-TDSON-8 (SuperSO8)
Tipo de montaje	Montaje en superficie
Temperatura de funcionamiento	-55??C to +175??C
Polarity	N-Channel

BSC010N04LSIATMA1 Key Features

• Ultra-low R_DS(on) of 1.0 m?? minimizes conduction losses, delivering superior energy efficiency for high-current switching applications.
• Supports continuous drain current up to 120A, enabling robust performance under heavy load conditions in industrial electronics.
• Wide operating temperature range from -55??C to +175??C ensures reliable operation in harsh environments and demanding thermal conditions.
• Compact PG-TDSON-8 (SuperSO8) package facilitates high-density PCB layouts and supports automated surface-mount assembly for streamlined manufacturing.

BSC010N04LSIATMA1 Advantages vs Typical Alternatives

Compared to standard N-channel MOSFETs, this device delivers significantly lower on-resistance and higher current handling in a compact package. Its advanced thermal performance and wide operating temperature range enhance reliability and system efficiency, making it ideal for applications where space, power loss, and long-term dependability are critical function words.

Aplicaciones típicas

• Switching power supplies: The low R_DS(on) and high current capability improve conversion efficiency and reduce thermal stress in DC-DC converters, server power modules, and industrial power management systems.
• Motor drives: Suitable for driving high-current motors in industrial automation, robotics, or electric vehicle subsystems due to its robust current rating and thermal stability.
• Battery management systems: Ensures minimal energy loss and reliable switching in Li-ion battery protection and balancing circuits for energy storage and backup applications.
• Load switching and protection: Ideal for use as an electronic switch in circuits requiring fast, reliable, and low-loss switching of inductive or resistive loads.

BSC010N04LSIATMA1 Brand Info

This MOSFET is part of a high-performance product line known for robust reliability and efficiency in industrial and power management applications. The BSC010N04LSIATMA1 is engineered to meet stringent industry standards, providing consistent performance in demanding environments. Its compact packaging and optimized electrical characteristics make it a preferred component for engineers designing high-density, energy-efficient systems.

PREGUNTAS FRECUENTES

What are the primary benefits of using this MOSFET in high-current applications?

The exceptionally low R_DS(on) value and high continuous drain current rating minimize power losses and reduce heat generation, making it highly effective for high-current switching and power conversion systems.

Is this device suitable for environments with wide temperature variations?

Yes, with an operating temperature range from -55??C to +175??C, this MOSFET is designed for reliable performance in both extremely cold and hot industrial environments, supporting long-term system stability.

What type of mounting and packaging does the product offer?

It features a PG-TDSON-8 (SuperSO8) surface-mount package, allowing for automated assembly and high-density PCB design. This packaging supports robust thermal management and compact system integration.

Can this component be used for battery management systems?

Absolutely. Its low conduction losses and reliable switching make it ideal for battery protection, balancing, and power switching roles in both stationary and portable energy storage solutions.

How does this device improve system efficiency compared to conventional alternatives?

By combining ultra-low on-resistance with a high current rating, it significantly reduces conduction losses. This leads to lower heat dissipation and improved energy utilization, translating to higher overall system efficiency.