Slkor Semiconductor

In smart manufacturing workshops in Shenzhen, mechanical arms controlled by 24V are welding circuit boards with 0.01mm precision; in electric vehicle labs in Shanghai, 48V electronic systems are driving the next-generation powertrains; in medical equipment showrooms in Beijing, precision monitors are processing vital sign data at microsecond speeds… Behind these scenes is the relentless pursuit of efficiency and reliability in medium-high voltage electronic systems. However, an invisible threat always looms—electrostatic discharge (ESD) and transient overvoltage. These are like “electronic lightning” that can instantly break down components and paralyze devices. The SLES2411P4 electrostatic protection diode, launched by Slkor, is a "safety revolution" tailored for medium-high voltage scenarios. It redefines the standard for ESD protection with precise safeguarding, high reliability, and highly integrated design.   1. Precise Protection: The “Smart Firewall” for Medium-High Vo...

In today’s rapidly advancing technological era, electronic devices are evolving at an unprecedented pace, constantly pushing towards higher frequencies, greater efficiency, and miniaturization. From the smartphones that we rely on every day, to electric vehicles that promote green transportation; from smart home systems that make our lives more convenient to the various devices driving industrial automation, every sophisticated electronic system relies on numerous high-performance semiconductor components working behind the scenes. Among these, the SD103AWS Schottky diode stands out as a powerful and capable “hero,” excelling in high-frequency circuits and high-efficiency power converters.   Outstanding Performance, Creating Core Competitiveness   The SD103AWS Schottky diode is a semiconductor device that perfectly combines high performance and efficiency. With its unique electrical characteristics, it stands out from other similar products, becoming the preferred choice for m...

In today’s world, where mobile communication, medical electronics, and Internet of Things (IoT) devices are ubiquitous, electrostatic discharge (ESD) has become an invisible killer threatening the reliability of electronic devices. A tiny electrostatic pulse is enough to instantly disable precision instruments worth tens of thousands of dollars. The SLESD0502L ESD protection diode from Slkor is designed to meet this challenge, serving as an "electronic guardian." This device, featuring the DFN1006-3L ultra-compact package, sets a new standard for low-voltage electronic system protection with its characteristics of 0.4pF ultra-low junction capacitance and 100nA ultra-low leakage current.   1. Technological Breakthrough: Redefining Protection Performance Boundaries   The core advantage of the SLESD0502L lies in its precisely designed electrical parameters. The 5.0V reverse working voltage (VRWM) ensures that the diode remains in a high-impedance state under normal operating con...

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-...