Slkor Semiconductor

On the testing bench of a new energy vehicle laboratory in Shenzhen, a motor controller is undergoing extreme condition testing: input voltage fluctuation ±30%, ambient temperature 65°C, and continuous full-load operation for 2000 hours. While traditional devices trigger alarms and shut down, the prototype equipped with the SL2054 Schottky diode continues to output stably, with efficiency curves showing almost no deviation. This scene is a microcosm of Slkor's (萨科微) "performance monster" breaking industry perceptions—it boldly declares through its hard-core specifications: the "overclocking era" of power electronic devices has arrived.   1. A "Tech Nuke" with Explosive Parameters   While the industry is still debating optimizations for a 0.1V forward voltage drop, the SL2054 throws out the bombshell data of "350mV @ 5A". Behind this seemingly simple figure is a groundbreaking breakthrough by Slkor's engineers in material science:   Metal-...

In the vast universe of electronic components, the Schottky diode RB521S-30 shines like a brilliant star. Though small in size, its unique performance makes it a key player in a wide range of electronic devices, becoming an indispensable component in modern electronics.   Independent Configuration: The Versatile "Jack of All Trades"   The RB521S-30 features an independent configuration, granting it exceptional flexibility. Unlike some components integrated into complex chips with limited application scenarios, its standalone design allows it to easily integrate into various circuit designs. Whether in simple power management circuits or complex signal processing systems, the RB521S-30 finds its place.   Engineers often need to combine and adjust components according to different needs when designing circuits. The independent configuration of the RB521S-30 acts like a "jack of all trades," capable of freely combining with other components and offering more possibilit...

On the testing bench of a new energy vehicle laboratory in Shenzhen, a motor controller is undergoing extreme condition testing: input voltage fluctuation ±30%, ambient temperature 65°C, and continuous full-load operation for 2000 hours. While traditional devices trigger alarms and shut down, the prototype equipped with the SL2054 Schottky diode continues to output stably, with efficiency curves showing almost no deviation. This scene is a microcosm of Slkor's (萨科微) "performance monster" breaking industry perceptions—it boldly declares through its hard-core specifications: the "overclocking era" of power electronic devices has arrived.   1. A "Tech Nuke" with Explosive Parameters   While the industry is still debating optimizations for a 0.1V forward voltage drop, the SL2054 throws out the bombshell data of "350mV @ 5A". Behind this seemingly simple figure is a groundbreaking breakthrough by Slkor's engineers in material science:   Metal-...

On the testing bench of a new energy vehicle laboratory in Shenzhen, a motor controller is undergoing extreme condition testing: input voltage fluctuation ±30%, ambient temperature 65°C, and continuous full-load operation for 2000 hours. While traditional devices trigger alarms and shut down, the prototype equipped with the SL2054 Schottky diode continues to output stably, with efficiency curves showing almost no deviation. This scene is a microcosm of Slkor's (萨科微) "performance monster" breaking industry perceptions—it boldly declares through its hard-core specifications: the "overclocking era" of power electronic devices has arrived.   1. A "Tech Nuke" with Explosive Parameters   While the industry is still debating optimizations for a 0.1V forward voltage drop, the SL2054 throws out the bombshell data of "350mV @ 5A". Behind this seemingly simple figure is a groundbreaking breakthrough by Slkor's engineers in material science:   Metal-...

In today’s tech-driven world, electronic devices have evolved from simple tools to the "intelligent networks" that connect the globe and drive innovation. From the smartphones we touch at our fingertips to the high-speed electric vehicles, from cloud-computing data centers to smart homes offering comfort and convenience, every bit of intelligence and efficiency is supported by the "invisible backbone" of semiconductor components. Amidst this thriving landscape, the SS26 Schottky Diode from Slkor stands out as a "shining star," quietly reshaping the future of the electronics industry with its groundbreaking performance and vast application potential. Performance Revolution: Breaking Traditions, Defining New Standards of Efficiency   The SS26 Schottky Diode, a masterpiece meticulously crafted by Slkor, incorporates advanced Schottky technology, injecting a "shot of adrenaline" into the electronic world. Not only does it break the energy efficiency ...

In the rapidly evolving world of electronics, where high-frequency switching applications continue to push boundaries, a high-performance and adaptable semiconductor device is a key factor in driving development across multiple fields. The SS510 Schottky Diode, launched by Slkor, has become a widely used product in high-frequency applications, thanks to its precise parameters, outstanding advantages, and reliable performance.   Precise Parameters, Defining Performance Benchmarks   The parameters of the SS510 are like a set of precise coordinates, clearly outlining its performance profile. It features a 100V DC reverse voltage rating (Vr), allowing it to operate stably under reverse voltage conditions. This provides reliable protection against reverse voltage spikes, effectively preventing device damage and ensuring the safe operation of circuits.   The SS510 has an average rectified current (Io) of 5A, which means it can handle higher currents and meet the demands of high...

In the vibrant world of electronic components, Schottky diodes stand out for their unique performance advantages, making them key elements in many circuit designs. Among them, the BAT54H Schottky diode, introduced by SLKOR, has become a "multi-tool" for engineers, offering efficient and stable solutions in signal processing, switch-mode power supplies, and charging protection, thanks to its exceptional performance and broad application range.   1. Product Features: Precise Matching to Diverse Needs   The BAT54H Schottky diode, with its outstanding DC reverse voltage, average rectified current, forward voltage drop, and reverse leakage current characteristics, is perfectly suited to meet the diverse requirements of low- and medium-voltage circuit designs. It boasts a DC reverse voltage rating of up to 30V, which allows the BAT54H to work effortlessly in mid-to-low voltage circuits, providing reliable reverse protection to prevent damage to components due to high voltage.  ...

SLKOR today officially released its new-generation high-reliability smart low-side power switch  SL8402 . The device adopts an innovative SOT-223 surface-mount package, integrating a power MOSFET with multi-protection circuitry and supporting a broad operating frequency range from DC to 10 kHz. With built-in triple protection mechanisms—overtemperature protection, current limiting, and overvoltage protection—the SL8402 can safely drive various resistive, inductive, and capacitive loads, with its driving capability dynamically optimized by maximum power tolerance. This product launch precisely addresses the growing demand for highly integrated power switches in industrial automation, automotive electronics, and smart device applications. Breakthrough Thermal Management Design The SL8402’s revolutionary thermal shutdown protection technology effectively prevents device overheating caused by overload or inadequate heat dissipation. When the junction temperature exceeds the safety thre...