FAQs

SLKOR Micro Semicon Co., Ltd., Headquartered in Shenzhen, Guangdong Province, China, has an elite technical team mainly from Korean Yonsei University and Chinese Tsinghua University. Driven by new materials, new processes, and new products, SLKOR has the internationally leading technologies on the SiC MOSFET and the fifth-generation ultra-fast recovery power diode SBD. Started as a fabless design house, SLKOR has developed as an integrated company with design, R&D, manufacturing, sales, and technical services. SLKOR is a Chinese national high-tech enterprise and has obtained various certifications such as ISO9001 quality management system, EU RoHS, and REACH.

Q130.What are the parameters of the SL4054?

Updated: 2024-10-23
Views: 3966

The SL4054 is an efficient linear lithium battery charging chip designed specifically for portable devices and various electronic applications. It features a programmable charging current of 500mA and a fixed maximum charging voltage of 4.2V, with a trickle charging voltage of 2.9V. These characteristics position the S……

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Q129. Applications of ZMM10？

Updated: 2024-10-23
Views: 4167

ZMM10 is a widely used voltage regulator diode that excels in power supply stabilization and protection circuits, showcasing immense potential across various fields. Below, we will delve into its applications in power supply regulation circuits, analog circuits, communication devices, automotive electronics, industrial……

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Q128. How is the performance of SLKOR Silicon Carbide MOSFET?

Updated: 2024-10-12
Views: 9562

SLKOR silicon carbide MOSFET has the characteristics of wide bandgap, high switching frequency, high surge resistance, high operating temperature, low on-resistance, and low junction capacitance. They not only have high power density, but also have a long service life and can be used in very harsh working conditions.

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Q127. Where are TVS transient suppression diodes used?

Updated: 2024-10-12
Views: 8524

A TVS (Transient Voltage Suppressor) diode is specifically designed to protect electronic circuits from transient overvoltages, such as surge currents and electrostatic discharges. It can quickly respond to voltage spikes, limiting overvoltage and protecting downstream circuit components from damage.

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Q126. What are the SLKOR LDOs?

Updated: 2024-10-11
Views: 8898

In modern electronic design, Low Dropout Regulators (LDOs) are essential power management components widely used in various devices. SLKOR, a well-known semiconductor manufacturer, offers a product line of LDOs including the 1117 series, 73 series, 75 series, and SL4949, which have become popular choices in the market.……

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Q125. What is the price of the SLKOR M7 diode?

Updated: 2024-10-11
Views: 8718

Diodes are essential semiconductor devices widely used in electronic circuits. Among them, the M7 diode is a common rectifier diode favored for its excellent performance and broad applicability. This article provides a detailed introduction to the structure, characteristics, applications, and usage considerations of th……

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Q124. What is the purpose of MOSFET?

Updated: 2024-10-11
Views: 9035

MOSFETs (Metal-Oxide-Semiconductor Field-Effect Transistors) are widely used in electronic circuits. Due to their high input impedance, low power consumption, ……

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Q123. What is the difference between CPU and MCU?

Updated: 2024-10-11
Views: 8503

In modern electronic products and computer systems, the Central Processing Unit (CPU) and Microcontroller Unit (MCU) are two primary types of processors. Although they share overlapping functions, there are significant differences in design, application, and structure. This article will explore the main distinctions be……

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Q122. What are the key parameters for stable output of voltage regulator diode ZMM24?

Updated: 2024-10-11
Views: 8069

The ZMM24 zener diode is a widely used component in electronic circuits, primarily functioning to provide stable output voltage, especially in power supply circuits. Understanding its key parameters is crucial to ensure reliability and stability under various operating conditions. Below is a detailed explanation of the……

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