Slkor Semiconductor

  [SLKOR SEMICONDUCTOR] Key Insights and Implementation Strategies for Low Power Circuit Design in Battery Applications With the rapid development of portable electronic devices, battery life has become one of the key metrics for evaluating product performance. Low power circuit design for batteries is at the core of enhancing battery life and extending device usage time. In the design practices of many engineers, a critical issue that needs to be solved is how to completely shut off current when the device is turned off, to prevent unnecessary battery drain. Today, Sun Gaofei, an engineer at Slkor Semiconductor, will provide an in-depth analysis of the key points and implementation plan for battery low power circuit design.   In low power circuit design for batteries, the design of the power-on circuit is the first step to ensure the device operates properly. A common design solution is to cleverly use a Slkor SL3401A PMOS and a Slkor S8050 NPN transistor. When the power...

  【SLKOR semiconductor】Improving Industrial Data Link Stability through SM05 ESD Protection Diode Slkor Semiconductor, a trusted provider of reliable solutions in the field of electronic components, today announced the addition of the SM05 to its electrostatic discharge ( ESD ) protection  diode  product line. This device, housed in a standard SOT-23 package, is specifically designed to protect key data lines in industrial automation environments, including PLC communication ports, sensor interfaces, medium-speed field buses (such as RS-485), and human-machine interface (HMI) connections.   The SM05 features a 5V reverse working voltage (VRWM) and a minimum breakdown voltage (VBR min) of 6V, which precisely matches the interface levels commonly found in industrial control systems. Its core advantage lies in its extremely low clamping voltage (VC) of 9.8V, enabling it to efficiently discharge destructive  ESD  energy to ground, thus providing reliable protec...

  【SLKOR Semiconductor】SLPESD0402-30: Slkor’s Ultra-Low Capacitance ESD Diode for Automotive High-Speed Interfaces Slkor Semiconductor, a key supplier in the field of basic semiconductor devices, today announced the addition of a critical member to its high-performance ultra-low capacitance  ESD  protection  diode  product line—the SLP ESD 0402-30. This device is specifically optimized to protect high-speed data lines in space-constrained automotive electronic applications, making it ideal for advanced driver-assistance systems (ADAS) sensor interfaces, in-vehicle camera links, compact infotainment modules, and high-speed in-vehicle network nodes. The SLP ESD 0402-30 features the industry-leading micro 0402 surface-mount package. This leadless design not only significantly saves valuable PCB space, perfectly aligning with the ongoing miniaturization trend in automotive electronics, but also enhances electrical performance and signal integrity, making it especial...

  【SLKOR semiconductor】SLESD2401QC ESD Diode for RF Products: Technology Deep Dive & Application Guide As RF (Radio Frequency) technology advances towards higher frequencies and increased integration, Electrostatic Discharge ( ESD ) has become a hidden threat to the reliability of RF modules. The fragility and high-frequency characteristics of RF signals make them highly sensitive to transient high voltages, parasitic capacitance, and electromagnetic interference (EMI) caused by  ESD . The SL ESD 2401QC  ESD  protection  diode , launched by Slkor, offers a reliable  ESD  protection solution for RF products, thanks to its ultra-low capacitance, high response speed, and miniaturized packaging. This article will analyze its key role in the RF field from three perspectives: technical characteristics, RF application scenarios, and domestic production value.   Slkor Electrostatic Discharge Diode SL ESD 2401QC product photo 1.  ESD  Protect...

Slkor AMS1117 Series: Precision 1A LDO Regulators for Demanding Applications 📍 SHENZHEN, China    🔧 Empowering Stable Power Delivery with ±2% Accuracy Slkor Semiconductor proudly introduces the AMS1117 Series —a high-performance line of low-dropout (LDO) voltage regulators capable of delivering a steady 1A output current with exceptional ±2% voltage accuracy . These regulators are designed to meet the rigorous demands of automotive , industrial , and consumer electronics applications. 🌟 Key Features at a Glance Parameter Specification Output Current 1A continuous Dropout Voltage 1.3V @ 10mA (typical) Line Regulation 0.5% (maximum) Input Voltage Up to 30V Thermal Protection Built-in over-temperature limiting 🔍 What Sets AMS1117 Apart ✅ Optimized for Low Voltage – Perfect for battery-powered and portable devices ✅ Robust Thermal Performance – Operates reliably across industrial temperature ranges ✅ Minimal External Components – Requires only a 10μF tantalum capacito...

In modern electronic systems, the voltage regulator   diode   plays a crucial role as a key electronic component in ensuring the stability and reliability of circuits. Among many voltage regulator   diode s, the MM3Z5V1 stands out as the top choice for engineers designing circuits due to its unique design and excellent performance.  Slkor Voltage Regulator Diode MM3Z5V1 product photo Standalone Configuration The MM3Z5V1 utilizes a standalone configuration, meaning it does not require additional external circuits or components to achieve voltage regulation. This configuration greatly simplifies circuit design, reduces component count and space requirements, and lowers costs. The standalone configuration also enhances the reliability and stability of the MM3Z5V1, as it is not dependent on the performance and status of other components.   Precise Voltage Regulation The nominal voltage regulation value of the MM3Z5V1 is 5.1V, with a regulation range between 4.8V and...