The 240V/0.1A N-channel MOSFET BSS131 Is Ideal for LED Lighting Due to Its Low On-resistance and Low Heat Generation

Medium Voltage MOSFETs can also play a role in energy saving in LED driver power supplies. Due to their low on-resistance and low heat generation, they can reduce energy loss during operation, thus increasing energy efficiency. This is undoubtedly an important advantage for devices like LED lighting that need to operate for extended periods. However, to ensure that Medium Voltage MOSFETs deliver optimal performance in LED lighting, precise design and selection are necessary. When choosing Medium Voltage MOSFETs, key parameters such as breakdown voltage, threshold voltage, on-resistance, etc., need to be considered to ensure they meet the operational requirements of LED driver power supplies. Additionally, attention should be paid to the thermal management of Medium Voltage MOSFETs to prevent performance degradation or damage due to overheating.

SLKOR Medium Voltage MOSFET BSS131 product photo

The BSS131 is an N-channel MOSFET with excellent performance characteristics. It has a high voltage tolerance (240V) and a moderate current rating (0.1A), making it ideal for low-voltage and Medium Voltage switching and power control applications. In addition, its low on-resistance (9.07Ω@4.5V, 0.09A) and low threshold voltage (1.4V@56μA) ensure reduced power loss during operation. This device plays a crucial role in various electronic devices and circuits, providing strong support for enhancing the performance and energy efficiency of electronic equipment and systems.

Slkor Medium Voltage MOSFET BSS131

Firstly, the BSS131's 240V drain-source voltage gives it a high voltage tolerance, making it suitable for use in various low and Medium Voltage power management systems for switching and power control. It can precisely regulate current and voltage, enabling efficient power conversion and stable output. The enhancement mode is a working mode of the BSS131, characterized by the MOSFET transitioning from cutoff to conduction only when the voltage between the gate and source (V_GS) reaches or exceeds a certain threshold voltage (V_th). This feature allows efficient current control at high voltages, which is crucial for applications requiring high-precision current regulation. Furthermore, the enhancement mode also contributes to its excellent switching performance. The BSS131 also features logic-level characteristics, enabling the device to accurately identify and process signals in digital circuits. Additionally, these logic-level characteristics provide convenience for its compatibility and interchangeability in digital circuits.

Parameters of Slkor Medium Voltage MOSFET BSS131

With the continuous development of LED lighting technology, there is a growing demand for Medium Voltage MOSFETs. In the future, as new materials are researched and applied, the performance of Medium Voltage MOSFETs will be further enhanced, leading to a wider range of applications in LED lighting.In summary, the Medium Voltage MOSFET BSS131 plays a significant role in LED lighting. It not only ensures stable illumination of LEDs but also enhances energy efficiency and reduces energy waste. Therefore, when designing and manufacturing LED driver power supplies, the application of Medium Voltage MOSFET BSS131 should be fully considered to achieve a more efficient and environmentally friendly LED lighting system. As an outstanding company in the field of semiconductor devices, Slkor has developed a series of power semiconductor devices and drive modules suitable for LED lighting technology, leveraging its advanced technology and extensive experience. Furthermore, Slkor will continue to exert efforts to provide more possibilities for the intelligence and automation of society.