Slkor continues to improve the cost-effectiveness of alternative equivalent components, actively participates in international competition
Shenzhen Slkor Micro Semicon Co., Ltd. has been developing rapidly lately, focusing on new materials, advanced technology, efficient management, and rapid expansion of production scale. By continuously reducing product prices and increasing market share, the company has gained popularity among customers worldwide. With independent research and development capabilities and years of technical accumulation, Slkor has achieved self-control in various key aspects of the industry chain. In the fierce market competition, the advantages of Slkor Semiconductor have become increasingly apparent.
The company’s layout in the domestic and international industrial ecosystem is also improving. In the minds of electronics engineers and purchasers, Slkor’s products and the “Slkor” brand (www.slkoric.com) are the preferred choices. Mr. Song Shiqiang, the general manager, stated that Slkor is an innovation-driven company with a vision to become a “semiconductor leader.” In the company’s development plans and product development, Slkor benchmarks against leading enterprises such as Texas Instruments, NXP Semiconductors, VISHAY, and ON Semiconductor in the United States. However, in terms of research, development, and production, Slkor aims to introduce products that are more cost-effective and competitive than the aforementioned international major brands.
Slkor, while introducing the silicon carbide MOS tube production technology from Yonsei University in South Korea, also actively cultivates domestic technical backbone talents from Tsinghua University and returned overseas experts. Slkor products include three major series of integrated circuits: diodes, transistors, power devices, and power management chips. The Slkor website (ru.slkoric.com) not only showcases Slkor products and promotes the “Slkor” brand but also serves as one of the most important platforms for industry technical exchanges, ideation, information sharing, and data retrieval, contributing to the collaborative development of the semiconductor industry. Slkor’s General Manager, Song Shiqiang, himself, manages Kinghelm (ru.kinghelm.net), where both Kinghelm and Slkor are top-notch brands that support and drive each other, forming a promotional matrix along with the Kinghelm official website and Slkor official website.
Slkor Hall Switch Sensors replacements list:
Slkor SLSS41F replaces Honeywell SS41F
Slkor SLSS360 replaces Honeywell SS360
Slkor SLSS451A replaces Honeywell SS451A
Slkor SLSS39E replaces Honeywell SS39E
Slkor SL-302B replaces AKM Hall Sensor SS41F
Slkor SL-106C replaces AKM Hall Sensor HG-106C
Slkor SL-322B replaces AKM Hall Sensor HG-322B
Slkor MOSFET replacements list:
Slkor SL2301 replaces CJ LRC VISHAY CJ2301, LP2301LT1G, SI2301CDS
Slkor SL2302 replaces CJ LRC VISHAY CJ2302, LP2302LT1G, SI2302CDS
Slkor SL2309 replaces LRC LP2309LT1G VISHAY SI2309CDS
Slkor SL3409 replaces CJ LRC LP3409LT2G UMW3409, VISHAY AOS AO3409
Slkor 2N7002, 2N7002L replaces CJ LRC VISHAY ON Semiconductor 2N7002, 2N7002L.
Slkor‘s power management ICs offer replacements for TI, ON, ST, IR, MPS, Atmel, and AMS models, including:
SL4949 linear regulator in SOP-8 to replace ST’s L4949.
SL4275 linear regulator in TO-252 to replace IR’s TLE4275.
SL4275 and SL4284 linear regulators in TO-252 to replace IR’s TLE4275 and TLE4284.
SL54620RHLR linear regulator to replace TI’s TPS54620RHLR.
SL6908D linear regulator to replace MPS’s MP6908A.
SL2044 linear regulator to replace Atmel’s U2044.
AMS1117-3.3 linear regulator to replace AMS’s AMS1117-3.3.
AMS1117-1.8 linear regulator to replace AMS’s AMS1117-1.8.
In addition to introducing silicon carbide MOSFET production technology from Yonsei University in South Korea, Slkor also invests heavily in cultivating domestic talent from Tsinghua University and returned overseas experts. Slkor products include three major series of integrated circuits: diodes, transistors, power devices, and power management chips. The Slkor website not only showcases products and promotes the “Slkor” brand, but also serves as one of the most important platforms for industry technical exchanges, ideation, information sharing, and data retrieval, contributing to the collaborative development of the semiconductor industry. Slkor’s General Manager, Song Shiqiang, is closely associated with Huaqiangbei, and manages Kinghelm (www.kinghelm.net), where both Kinghelm and Slkor are top-notch brands that support and drive each other, forming a promotional matrix along with the Kinghelm website and official social media accounts on Weibo, Tik Tok, Youtube, and Douyin.
Slkor diodes, transistors, ESD diodes, and TVS diodes can replace brands such as CJ Changdian, LRC Leshan Wireless, VISHAY, NXP, etc.:
Slkor SMAJ5.0A diode can replace DIODES SMAJ5.0A-13-F.
Slkor SMAJ5.0A and SMAJ33CA diodes/transistors can replace DIODES SMAJ5.0A-13-F and SMAJ33CA.
Slkor SMAJ33CA can replace DIODES SMAJ33CA-13-F.
Slkor SMAJ33CA and SMBJ5.0A can replace DIODES SMAJ33CA-13-F and SMBJ5.0A-13-F.
Slkor SLESD03D6BU (DFN0603) TVS/ESD can replace NXP PESD3V3R1BSF.
Slkor SLESD03D6BU and SLESD0501BU TVS/ESD can replace NXP PESD3V3R1BSF and PESD5V0F1BL.
Slkor MMBZ5V6AL (SOT-23) TVS/ESD can replace ON Semiconductor’s MMBZ5V6AL.
Slkor MMBZ5V6AL and MMBZ6V2AL TVS/ESD can replace ON Semiconductor’s MMBZ5V6AL and MMBZ6V2AL.
Slkor MMBZ5V6AL and MMBZ6V8AL (SOT-23) TVS/ESD can replace ON Semiconductor’s MMBZ5V6AL and MMBZ6V8AL.
Slkor diodes, transistors, ESD and TVS diodes can replace brands such as CJ Changdian, LRC Leshan Wireless, VISHAY, NXP, ON Semiconductor, etc.
Slkor SMBJ5.0A diode can replace VISHAY SMBJ5.0A-E3.
Slkor SMBJ5.0A and SMAJ5.0A diodes can replace VISHAY SMBJ5.0A-E3, SMAJ5.0A-E3/61.
Slkor SLESD03D6BU (DFN0603) and SLPESD5V0U1BL TVS/ESD diodes/transistors can replace NXP PESD3V3R1BSF and PESD5V0U1BL.
Slkor SMBJ15A diode can replace VISHAY SMBJ15A-E3/52.
Slkor SMBJ15A and SMBJ36CA diodes can replace VISHAY SMBJ15A-E3/52, SMBJ36CA-E3/52.
Slkor MMBZ18VAL (SOT-23) diode can replace ON Semiconductor MMBZ18VAL.
Slkor MMBZ18VAL and MMBZ27VAL diodes can replace ON Semiconductor MMBZ18VAL and MMBZ27VAL.
Slkor SLESD03D6BU (DFN0603) and SLESD0501CM TVS/ESD diodes/transistors can replace NXP PESD3V3R1BSF and PESD5V0S1BL.
Slkor is actively working on “China substitution”. SL series products can replace TI, ON, IR, Epson, NXP and other brands. Popular models in Huaqiangbei and the internet include: M7 (SMA), AMS1117-3.3 (SOT-223), AMS1117-5.0 (SOT-223), SS34 (SMA), SS36 (SMA), SS8050 (SOT-23), SS8550 (SOT-23), 2N7002 (SOT-23), BAT54C (SOT-23), SD12C (SOD-323), ZMM5V1 (LL-34), LL4148 (LL-34), SMBJ6.5CA (SMB), and SMBJ5.0A (SMB).
Slkor recently launched the SL4054, a complete single-cell lithium-ion battery charging management chip that adopts constant current/constant voltage. It is designed for use in 500mA constant current/constant voltage desktop chargers. This solution utilizes fewer external components, making it an ideal device for portable applications. The SL4054 is compatible with both USB power and adapter power.
Due to its internal PMOSFET architecture and reverse charging protection circuit, there is no need for external detection resistors and isolation diodes. Thermal feedback allows for the adjustment of charging current to limit chip temperature during high-power operations or in high-temperature environments. The charging voltage is fixed at 4.2V, while the charging current can be externally set using a resistor. The SL4054 will automatically terminate the charging cycle when the charging current drops to 1/10 of the final float voltage.
When the input voltage (AC adapter or USB power) is disconnected, the SL4054 enters a low-current state, reducing battery leakage current to below 2uA. It can also be put into standby mode to further reduce the supply current to 45uA. Other features of the SL4054 include a charging current monitor, undervoltage lockout, automatic recharging, and a status pin for indicating charging completion and input voltage connection.
The Slkor SL4054 is available in a compact SOT23-5 package. It is widely used in products such as USB power supplies, laptops, MP3 players, Bluetooth headphones, digital cameras, cell phones, PDAs, and more!
Slkor has competitive application solutions:
Slkor’s driving IC, SL27511 (SOT-23), can replace TI’s UCC27511DBVR.
Slkor’s driving IC, SL27525 (SOP-8), can replace TI’s UCC27525D.
Slkor’s driving IC, SL8402 (SOT-223), can replace ON Semiconductor’s NCV8402.
Slkor’s driving IC, SSL27523 (SOP-8), can replace TI’s UCC27523.
Slkor’s LED driving IC, SL4139 (SOT-23), can replace ON Semiconductor’s CAT4139.
Slkor’s LED driving IC, SL401 (SOT-23), can replace IR’s BCR401.
Slkor’s power electronic switch, SL3405G, can replace IR’s BTS3405G.
Slkor’s clock chip, SL8025T (SOP-14), can replace Epson’s RX-8025T.
Slkor’s clock chip, SL8563T (SOP-8), can replace NXP’s PCF8563.
Slkor’s SCR products include BTA06-800B, BTA08-800B, BTA12-600B, BTA16-800B, BTA24-800B, BTA26-800B, BTA41-800B, BTA41-1200B, BT136S-800E, and BT137S-800E. Additionally, Slkor manufactures MOSFETs such as SL2301, SL2302, SL2N7002, SL2304, and Hall effect sensors including SL1613-SL, SL1625-SH, SL1613-SH, SL1603, and SL1605. These products can be used in various applications, including tws Bluetooth earphones.
Kinghelm, as a manufacturer, has developed ceramic Bluetooth antennas KH2012, KH3216, KH5220, KH6010, and spring-loaded pins that can be used in tws Bluetooth earphones. The SMA board-to-board connector KH-SMA-K513-G, IPEX antenna socket KH-IPEX-K501-29, RF connector KH-RFID-20-BQ, and other connector products offered by Kinghelm can be directly substituted for similar connectors from Murata, Hirose, and others. They are also suitable for GPS navigation, vehicle positioning, and GPS BeiDou positioning devices. Kinghelm’s KH series products can replace Murata, TDK, Wancheng, Yongye, ACX, and Huake products, and can be used in Apple AirPods, Huawei, Xiaomi, Samsung, and other brands, covering solutions from Qualcomm (CSR), Hengxuan (BES), MTK’s Leda (Airoha), Realtek, Actions, ams, JL, and more. For tws Bluetooth earphones with wireless charging cases, they are compatible with brands such as Anker, Aztine, YONGWEI, B&O, Broadcom, and others. Slkor’s power management ICs and battery management ICs are also used in these products.
Kinghelm’s connectors can replace JST’s B2B-XH-A, B3B-XH-A, B4B-XH-A, B2B-PH-K-S, B4B-PH-K-S, Changjiang Connector’s A2001WV-2P, A2001WV-3P, A2001WV-4P, A2001WV-5P, A2001WR-4P, TE Connectivity’s TE640445-2, TE640445-3, TE640445-5, TE640445-6, 640388-3, and Kinghelm’s KH-(2400)-J505-JB, KH3216-A35 can replace Huaxin Antenna’s HX-MH2604P, HX-AUST007, HX-AUST002, HX-CH7005A, Kinghelm’s connectors KH-AF90DIP-112, KH-TYPE-C-16P, KH-MICRO5P-ZH, KH-XH-2A-2, KH-XH-PT.TJC3, KH-XH-2A-2 can replace Delian ECT818000157, ECT818000251, ECT818000500, ECT818000417, ECT818000531, ECT818000276, Amphenol 473521001, A1001WR-S-2X08PD01, Molex 473460001, 1050170001, 472192001, 5033981892, 670688000, 530470310, JST’s B2B-XH-A, B4B-XH-A, B4B-PH-K-S, B6B-XH-A, B5B-XH-A, Changjiang Connector A2541HWV, A2501WV, A2001WV, A3963WV, A2541WV, A2501WV, and Kinghelm’s crimp terminals can replace Molex 430300001, 39000038, 430310001, 502128000, 39000040, Changjiang HX-CH7005A, A2012-TP, A2006-TP, A1251-TP, A2001-TP, A2008-TP-A, TE Connectivity’s 1123343-1, 1670146-1, 282109-1, 1-104480-3, 964269-2. Slkor’s products and Kinghelm’s (tr.kinghelm.net) antenna connectors, Type-C connectors, and other connectors can be used together, providing customers with comprehensive services and experiences!
Media Contact
Company Name: Shenzhen SLKOR Micro Semicon Co., Ltd.
Contact Person: Support
Email: Send Email
Phone: +86 13008868302
Address:2010, Block A, Bairuida Building Vanke City Community Bantian Avenue, Longgang District
City: Shenzhen
Country: China
Website: www.slkoric.com
