【SLKOR semiconductor】SL40T65FL Excellent domestic alternative products bring more choices to manufacturers

Recently, the Huawei Mate 60 has shocked Western countries as it achieves full domestic chip production, which is seen as good news since Western countries imposed restrictions on high-end chip technology to China.

However, Western countries, led by the United States, are still persistent in their efforts.Therefore, achieving domestic chip production is a necessary path for China. Mr. Song Shiqiang, the General Manager of Slkor, recognized this early on, which is why Slkor' main business from the beginning has been domestic alternatives, and they have consistently persisted on this path. Although the journey has been challenging, they have ultimately seen the dawn of success. Since the trade war, Slkor, which has continuously pursued the path of domestic alternatives, has grown stronger and gained a good reputation in the domestic semiconductor field. More and more device manufacturers and electronic engineers actively seek cooperation with Slkor. The future of Slkor in the semiconductor industry holds infinite possibilities, and they are sure to stay at the forefront of the field.

Today, we will introduce the Slkor SL40T65FL.

The Slkor SL40T65FL1 is a domestically developed electronic product, serving as a domestic alternative to the Infineon IKW40N65WR5. As a company dedicated to developing local brands, Slkor has taken advantage of the wave of domestic substitution to provide excellent alternatives to manufacturers in need of the Infineon IKW40N65WR5. As a domestic alternative to the Infineon IKW40N65WR5, the SL40T65FL1 not only performs comparably to the original version but also has unique advantages.

The SL40T65FL1 boasts performance comparable to that of the Infineon IKW40N65WR5. It adopts high-speed switch technology, enabling stable operation at high frequencies to meet the demands of various applications. In addition, it features a low-power design, able to effectively save energy and reduce usage costs. Its high input impedance design also makes operations more convenient, and its overall performance is enhanced.
6383253234647219445426009.png

The SL40T65FL1 is widely used in multiple fields, including UPS (uninterrupted power supply), PFC (power factor correction), welding machines, IH induction cooktops, and photovoltaic inverters. Both small and medium-sized enterprises, as well as individual users, can choose it as an alternative to the Infineon IKW40N65WR5 and enjoy a more competitive cost-performance ratio. The SL40T65FL1 offers even greater cost-effectiveness and a more reasonable price, making it suitable for businesses and individual users of all sizes.

6383248169457832107217739.jpg

Overall, as a domestically developed substitute product benchmarking against the Infineon IKW40N65WR5, the Slkor SL40T65FL1 demonstrates China's innovation capability and strength in the field of electronic devices. Slkor has always been committed to promoting independent innovation and domestic substitution, providing high-performance and competitive products to domestic enterprises. At the same time, this also contributes to the stronger status of China's electronic components industry in international markets, making significant contributions.

Through domestic substitution, Slkor not only meets market demand but also promotes the prosperity and development of China's electronic device industry. In the future, Slkor will continue to advance product research and development innovation, making even greater contributions to China's technological progress and national economic development.


For more alternatives 

o. Product Name SLKOR Part Number Package Equivalent Brand and Model

1 Driver IC SL27511 SOT-23 UCC27511DBVR (TI)

2 Driver IC SL27517 SOT-23 UCC27517DBVR (TI)

3 Driver IC SL8402 SOT-223 NCV8402 (ON Semiconductor), ZXMS6005DGQ (Diodes), NSE11409-Q1 (NCE)

4 Driver IC SL27523 SOP-8 UCC27523 (TI)

5 Driver IC SL27524 SOP-8 UCC27524 (TI)

6 Driver IC SL27525 SOP-8 UCC27525 (TI)

7 LED Driver SL4139 SOT-23-5 CAT4139 (ON Semiconductor)

8 LED Driver SL401 SOT-23-6 BCR401 (Infineon)

9 Power Electronic Switch SL3405S SOP-8 BTS3405G (Infineon)

10 Linear Voltage Regulator SL4949 SOP-8 L4949E (STMicroelectronics), TLF4949 (Infineon), NCV4949 (ON Semiconductor)

11 Linear Voltage Regulator SL4275 TO-252-5 TLE4275 (Infineon), MP2014 (MPS), BD42754 (ROHM), TLE4275-Q1 (TI), TPS7B87-Q1 (TI)

12 Linear Voltage Regulator SL4275-G TO-263-5 TLE42754G (Infineon), TLE4275-Q1 (TI), NCV4275C (ON Semiconductor), NCV4290 (ON Semiconductor), NCV8675 (ON Semiconductor), NJW4185 (Nisshinbo), BD42754 (ROHM)

13 Linear Voltage Regulator SL4264-2 SOT-223 TLE4264 (Infineon), TPS7B69-Q1 (TI), LM2936Q (TI), NCV8664 (ON Semiconductor), NCV4266-2C (ON Semiconductor)

14 Linear Voltage Regulator SL42744D TO-252-3 TLE42744 (Infineon), NJW4187 (Nisshinbo), NJW4185 (Nisshinbo), NCV7800 (ON Semiconductor), NCV4274 (ON Semiconductor), TL720M05-Q1 (TI)

15 Linear Voltage Regulator SL42764 TO-252-5 TLE42764 (Infineon), TPS7B86-Q1 (TI), NCV4276C (ON Semiconductor), NJW4186 (Nisshinbo)

16 Linear Voltage Regulator SL4284 TO-252-3 TLE4284 (Infineon)

17 Power Management IC SL2044 SOP-8 U2044

18 DC-DC Power Chip SL8366 ESOP-8 TLE8366 (Infineon)

19 Power Management IC SL2044 SOP-8 U2044

20 ADC SL121S101 SOT-23-6 ADC121S101

21 ADC SL101S101 SOT-23-6 ADC101S101

22 ADC SL081S101 SOT-23-6 ADC081S101

23 ADC SL121S051 SOT-23-6 ADC121S051

24 ADC SL101S051 SOT-23-6 ADC101S051

25 ADC SL081S051 SOT-23-6 ADC081S051

26 ADC SL121S021 SOT-23-6 ADC121S021

27 ADC SL101S021 SOT-23-6 ADC101S021

28 ADC SL081S021 SOT-23-6 ADC081S021

29 ADC SL7886 SOT-23-6 ADS7886

30 ADC SL7887 SOT-23-6 ADS7887

31 ADC SL7888 SOT-23-6 ADS7888

32 ADC SL7866 SOT-23-6 ADS7866

33 ADC SL7867 SOT-23-6 ADS7867

34 ADC SL7868 SOT-23-6 ADS7868

35 ADC SLS7476 SOT-23-6 ADCS7476

36 ADC SLS7477 SOT-23-6 ADCS7477

37 ADC SLS7478 SOT-23-6 ADCS7478

38 ADC SL7476 SOT-23-6 AD7476

39 ADC SL7477 SOT-23-6 AD7477

40 ADC SL7478 SOT-23-6 AD7478

41 ADC SL7466 SOT-23-6 AD7466

42 ADC SL7467 SOT-23-6 AD7467

43 ADC SL7468 SOT-23-6 AD7468

44 ADC SL2360 SOT-23-6 LTC2360

45 ADC SL2361 SOT-23-6 LTC2361

46 ADC SL2362 SOT-23-6 LTC2362

47 ADC SL2365 SOT-23-6 LTC2365

48 ADC SL11661 SOT-23-6 MAX11661

49 ADC SL11663 SOT-23-6 MAX11663

50 ADC SL11665 SOT-23-6 MAX11665

51 ADC SL7910 SOT-23-6 AD7910

52 ADC SL7920 SOT-23-6 AD7920

53 Low Voltage, Single-Pole Double-Throw Switch SL3157XC6 SC-70-6 TS5A3157/NC7SB3157/FSA3157/SGM3157

54 Low Voltage, Single-Pole Double-Throw Switch SL3157XT6 SOT-23-6 TS5A3157/NC7SB3157/FSA3157/SGM3157

55 General Comparator SL331S5 SOT-23-5 RS331

56 Level Shifter - Auto-Bidirectional SL0101S6 SOT-23-6 TXS0101/RS0101

57 Level Shifter - Auto-Bidirectional SL0102S8 SOT-23-8 TXS0102/RS0102

58 Logic Gate - AND, NAND 74LVC1G11S6 SOT-23-6 SN74LVC1G11

59 Logic Gate - AND, NAND 74LVC1G10S6 SOT-23-6 SN74LVC1G10

60 Logic Gate - AND, NAND 74LVC1G32S5 SOT-23-5 SN74LVC1G32

61 Logic Gate - OR, NOR 74LVC1G27S6 SOT-23-6 SN74LVC1G27

62 Logic Gate - Buffer 74LVC1G34S5 SOT-23-5 SN74LVC1G34

63 Logic Gate - Buffer 74LVC2G34S6 SOT-23-6 SN74LVC2G34

64 Infrared Thermopile Sensor SL-S-TRS-5.5D1 SMD MLX90632

65 Digital Infrared Thermopile Sensor SL-W-TRS-5.5D1 TO-46 MLX90614BAA/BBA

66 Long Distance Digital Infrared Thermopile Sensor SL-FW-TRS-5.5D1 TO-39 MLX90614BAF/BBF

67 Low Side Driver SL27531 SOT-23-6 UCC27531DBVR

68 Low Side Driver SL27624MS SOP-8 UCC27624DR

69 High/Low Side Driver SL27714 SOP-14 UCC27714

70 High/Low Side Driver SL21814 SOP-14 IR21814/IRS21814

71 High/Low Side Driver SL2110 SOP-16W IR2110S

72 Half-Bridge Driver SL2003 SOP-8 IRS2003S

73 Half-Bridge Driver SL2004 SOP-8 IRS2004

74 Half-Bridge Driver SL2103 SOP-8 IR2103S

75 Synchronous Buck DC-DC SL8205FC SOP-8-EP SY8205FCC

76 CAN Chip SL82C250T SOP-8 PCA82C250T

77 CAN Chip SL65HVD230DR SOP-8 SN65HVD230DR

78 CAN Chip SL65HVD232DR SOP-8 SN65HVD232DR

79 CAN Chip SL65HVD233DR SOP-8 SN65HVD233DR

80 CAN Chip SL65HVD234DR SOP-8 SN65HVD234DR

81 RS232 Transceiver SL3232EESE SOP-16 MAX3232E

82 RS485 Chip SL65HVD08DR SOP-8 SN65HVD08DR

83 RS485 Chip SL3088EESA SOP-8 MAX3088E

84 RS422 Chip SL3490EESA SOP-8 MAX3490E

85 Operational Amplifier SL9062C SOP-8 TI TLV9062

86 Operational Amplifier SL9062D SOT-23-8L TI TLV9062

87 Operational Amplifier SL2122C SOP-8 NJM2122

88 Display Power Management SL6802 DFN12 BV6802 (BOFA)

89 Gate Driver Isolation SL5350SDR SOP-8 UCC5350

90 Gate Driver Isolation SL5350MDR SOP-8 UCC5350

For inquiries please reach out: claire@slkormicro.com

评论

发表评论

此博客中的热门博文

【Hot seller】SL4949 Linear Voltage Regulators (LDO),Alternative equivalent for STMicroelectronics L4949 | Slkor SL4949 Linear Voltage Regulators (LDO)

图片
Description SL4949 is a low voltage drop  LDO  voltage regulator with the output voltage of 5V, integrated with the power on reset function and the input voltage monitoring function in the chip. SL4949 can provide stable supply voltage for the control system of micro-processors,with typical output current as high as 100mA and transient input voltage of 42V,and is very suitable for applications in working environment of automotive electronics. Supporting Reset output,it can be applied to logic control of micro-processors,in addition, it supports Sense monitoring,and can output the waming signal before the output of the reset signal.Reasonable use ofthe Sense monitoring function can make micro-processors conduct necessary treatment measures before the stop of micro-processors with Reset. Characteristics ●   Working voltage ranges: 5.5V~42V ●   Extremely low quiescent current of 80uA in the standby ●   High-acc...
阅读全文

【SLKOR semiconductor】Protecting Automotive Electronics: SLKOR's SLESD5311N-2TR TVS Diode in Focus

图片
 Introduction   With the rapid advancement of technology, automobiles are making significant strides toward intelligence and connectivity. Modern in-car systems integrate numerous electronic devices such as entertainment systems, navigation systems, and autonomous driving sensors, all of which demand high voltage stability. However, during vehicle operation, various transient overvoltage threats may occur, such as those caused by engine ignition, lightning induction, and power switching. These overvoltage pulses can severely damage onboard electronics, causing system failures and negatively affecting driving safety and the overall driving experience. The transient voltage suppression  diode  ( TVS ) is an efficient overvoltage protection device that quickly responds to transient overvoltage events, clamping the voltage to a safe level and protecting automotive electronics from damage. The SL ESD 5311N-2TR, as a high-performance  TVS   diode , has broad...
阅读全文

Slkor LM393: A Cost-Effective Alternative to TI LM393DR and ONSEMI LM393DR2G

图片
 Slkor LM393: A Cost-Effective Alternative to TI LM393DR and ONSEMI LM393DR2G V cc ：±18~36V V IO ：±3mV I IB ：25nA V I ：-0.3~36V T RE ：1.3μs Package：SOP-8 Description LM393 is an integrated circuit comprising two independent, high-precision voltage comparators, characterized by low offset voltage, with a maximum of 2.0mV. It is designed to operate over a wide voltage range with single-supply voltage, though it can also function with dual-supply voltage configurations. Moreover, it maintains low power consumption regardless of the supply voltage magnitude. One of its distinctive features is its ability to operate with a single-supply voltage, with the common-mode input voltage range of the comparators approaching ground level. The main applications of the LM393 include limiters, simple analog-to-digital converters, pulse generators, square wave generators, delay generators, wideband voltage-controlled oscillators, MOS clock timers, multi-frequency oscillators, and high-level digital ...
阅读全文