Slkor Participated in the 8th Qianren Summit of Dajia Yuan
The 8th Qianren Summit of the 2024 Electronic Industry Chain officially kicked off, with General Manager Song Shiqiang (in red) in attendance
On May 19, 2024, the 8th Qianren Summit of the Electronic Industry Chain, themed "Empowering New Quality Productivity in the Digital Economy," was grandly held at the multifunctional hall on the fourth floor of the Bao Li Cube Hotel in Shenzhen, with Dajia Yuan Procurement Network as the organizer and co-organizers including SLKORMicro Semiconductor (www.slkoric.com) and several other units. Concurrently, the "7th Goddess of Procurement Competition 2024," sponsored by SLKOR (www.slkoric.com), also took place. General Manager Song Shiqiang, a renowned figure in the industry and special guest, attended the event, delivering an influential speech and presenting cash prizes to the winners of the Goddess competition. SLKOR was honored with the title of "Co-organizer."
Industry experts and 100 special invited guests have made a grand entrance
Looking at new energy, focusing on Dajia Energy
SLKOR CEO Mr. Song Shiqiang (second from the right) taking a group photo with industry experts
The Dajia Source Procurement Network's Electronic Industry Chain Summit, held annually in May in Shenzhen, is the premier event in the electronic industry circle. The event features a wide range of activities including keynote speeches, brand showcases, roundtable forums, award ceremonies, and electronic product exhibitions. Renowned brands are all in attendance, with major media outlets vying for coverage. Over 1,000 electronic industry brand leaders, industry experts, electronic purchasers, frontline media representatives, and more join forces to make this event a resounding success.
Slkor colleagues participated in the event
In recent years, with the vigorous development of the digital economy, intelligent manufacturing has become the core driving force of the global electronic industry chain. The "8th Annual Thousand-Person Summit of Electronic Industry Chain 2024" focuses on intelligent manufacturing in the context of the global digital economy. It brings together 500 elites in electronic industry procurement, 400 representatives from Dajia Source member companies, as well as industry experts, and 100 specially invited guests. The event adopts a format that includes the screening of promotional videos, opening remarks by the organizers, speeches by title sponsors, expert sharing sessions, resource connections, company showcases, award ceremonies, exciting lottery draws, dazzling performances, exquisite banquet dishes, and grand choruses. This officially marks the beginning of a magnificent event!
Speech by Dajia Source Founder, Xu Hong
Xu Hong, the founder of Dajia Source, is known as the "matchmaker" of the electronics industry. In her speech entitled "My Future is Not a Dream," she expressed her gratitude to all the supporters who have helped them reach this point. She stated that Dajia Source Procurement Network was established in 2016 as a non-profit organization, and it has been able to deepen its roots in the electronics industry for eight years by adhering to the values of "self-improvement" and "self-discipline."
Xu Hong acknowledged the importance of the people who have helped them along the way, and she expressed her hope for a better future for everyone. To fulfill Dajia Source's role as a "bridge" and "link," she announced several initiatives. First, they will offer small-group classes and private board meetings to facilitate professional connections and high-quality transactions. Second, they will leverage the power of their team to conduct systematic live broadcasts, empowering the digital economy with new productive forces. Finally, they will seek more extensive and higher-quality partnerships with multiple platforms and companies.
In conclusion, Xu Hong emphasized that Dajia Source will continue to work tirelessly as a driving force behind the development of intelligent manufacturing and the digital economy. They will strive to create more value and greater opportunities for their members and partners, thereby contributing to the growth and prosperity of the global electronics industry.
Speech by the Representative of the Title Sponsor
Address by Wang Jianping, Shenzhen Tuojian Digital Technology Co., Ltd.
Address by Wang Qin, Banqiao Electronics Co., Ltd., Huizhou City.
Keynote Speech
Multiple distinguished guests take the spotlight, presenting forward-thinking ideas, profound knowledge, and unique insights to share cutting-edge technologies, explore industry transformation, and build collaborative bridges. Their aim is to drive innovation and upgrade the industry, collectively creating new productive forces in the empowered digital economy for a promising future, and contributing to the prosperity and development of the global electronic industry chain.
Mr. Song Shiqiang delivers a captivating keynote speech titled "How AI Empowers New Productive Forces." He mentions that the downward trend in China's economy is ultimately attributed to the significant gap in per capita efficiency compared to the United States. Despite China's large population dividend, its GDP is only two-thirds of that of the U.S. With the iterative advancement of Artificial Intelligence (AI) technology, the ability to enable computers to perform various advanced functions, including speech and written language recognition, understanding, translation, data analysis, and generating recommendations, greatly enhances productivity. Over the past two years, "accelerating the development of new productive forces" has become the main theme in the Chinese government's work report. The scope of new productive forces is broad and encompasses breakthroughs in science and technology, optimized allocation of production factors, and industrial upgrading, which collectively enhance overall production efficiency as advanced productive forces.
Mr. Song Shiqiang explains that the history of human social development is a continuous process of improving productivity. Following the train of thought encompassing "agricultural society - industrial society - information society," he eloquently illustrates the progression through a rhyming verse: "In agricultural society, transportation is on foot, communication relies on shouting, warmth comes from shaking, and security depends on dogs. In industrial society, it's about upstairs and downstairs, electric lights and telephones, warmth in winter and coolness in summer, going up to the sky and down to the ground. In the information society, it's about calculation at fingertips, turning thoughts into reality, clothes readily available, and food easily obtained." From the transition of agricultural society from "taming animals and plants, hunting and gathering to cultivation and breeding," to the industrial society's "development of energy and mineral resources to improve efficiency," and further into the information society's "internet and big data for convenience and comfort," we can vividly witness the improvement in productivity, bringing tremendous benefits to the development of human society.
Mr. Song Shiqiang emphasizes that we are currently in an era of AI/digital technology, and the use of AI large models and applications is still in its infancy. Governments and enterprises are making top-level plans and investing deeply in this field. For example, the establishment of the National Data Bureau, the Scene Department of a certain Technology Department, and the development of both software and hardware by many large companies such as New Silicon Valley, Intel, Microsoft, Huawei, TSMC, Kinghelm, ASML, AMD, NVIDIA, OpenAI, Samsung, Micron Technology, Slkor, Bosch, Yokogawa, and ByteDance. These companies use AI technology to achieve audio/word-to-text, text-to-image, and text-to-video conversion, as well as data collection, storage, transmission, and computation. At the same time, he also points out that the development of AI technology has its limitations in terms of era, including a series of pain points and difficulties such as rights confirmation, valuation, transaction, security, ethics, energy consumption, and outdated laws and regulations.
The award ceremony
The award ceremony of this summit is exciting, unveiling the winners of the gold sponsor, offline charming goddess, top three online popular goddesses, special sponsor, crown sponsor, co-organizer, supreme gold diamond, and joint naming. Among them, Slkor Semiconductor (www.slkoric.com) was honored with the title of "co-organizer."
Slkor has been honored with the title of "co-organizer," and General Manager Song Shiqiang (fifth from the left) took the stage to receive the award.
Slkor sponsored the "Dajiayuan Procurement Network Goddess Competition" with a donation of 10,000 yuan.
Highlights of the "7th Dajiayuan Procurement Network Goddess Competition 2024," sponsored and supported by Slkor, were truly spectacular.
It is particularly worth mentioning that Slkor, a sponsor of the "2024 7th Purchasing Goddess Competition" hosted by Dajiayuan Procurement Network, contributed 10,000 yuan. Started in 2016, the "Purchasing Goddess Competition" is an annual event in the electronics industry chain and serves as a grand stage for purchasing goddesses. The "7th Purchasing Goddess Competition" in 2024 is open to in-service terminal purchasing goddesses in the electronics industry chain, with a recruitment of 56 purchasing representatives from the 56 ethnic groups online. At the event, the purchasing goddesses showcased their traditional ethnic costumes on the runway, creating a stunning visual impact. The venue was filled with continuous applause and cheers!
Mr. Song, the General Manager of SLKOR, presented the prize money to the first, second, and third place winners of this year's Goddess Contest.
Online popularity Goddess Contest winners showcased their charm as the first, second, and third place
winners.
General Manager Song Shiqiang stated that SLKOR, a semiconductor company, entered the electronics industry by starting with the research and development of silicon carbide power semiconductors. In recent years, with the increasingly urgent global demand for energy conservation and emission reduction, the application fields of power semiconductors have expanded from the traditional 4C industries (communication, computing, consumer electronics, and automotive) to new energy, new energy vehicles, rail transit, smart grid, and variable frequency home appliances, among many others.
Currently, the global power semiconductor market is mainly dominated by foreign manufacturers such as Infineon, ON Semiconductor, STMicroelectronics, Fuji Electric, and Mitsubishi, with only one domestic manufacturer, Anji Semiconductor, making the cut. The localization rate of power semiconductors in China is still at a relatively low level, leaving Slkor with significant room for progress and development.
"The 8th Thousand-Person Summit of the 2024 Electronic Industry Chain" is an event that gathers thousands of people and attracts wide attention. It brings together industry elites and features a lineup of mysterious guests, aiming to explore the new trends, challenges, and opportunities in the electronic industry chain. In addition to the aforementioned program formats, there will also be resource docking, company showcases, exciting lucky draws, spectacular performances, exquisite banquet delicacies, and a grand chorus of the song 'Tomorrow Will Be Better,' all of which will add splendor and cheer to this Thousand-Person Summit. With a thriving era and joint efforts, the dream of a prosperous future in the electronic industry chain will come true!
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目录- 公司介绍 碳化硅场效应管/碳化硅肖基特二极管/场效应管 超结场效应管/IGBT单管/可控硅 二极管 静电保护器件/瞬态抑制二极管 三极管/电源IC 运算放大器/达林顿晶体管阵列/整流桥/霍尔传感器 光耦/石英晶体谐振器
型号- BTW69,MB10S,SL25T135FL,BTA26-1000,SL2306,SL2307,MB10F,SL2308,SMCJ440CA,SL2309,SL55X,SL40N60C,SL2310,SL2312,SL3400,SL54X,SL3402,SL3404,SL4614,RS1A,RS1M,SMF5.0CA,SS120F,SL13N50FS,MMBT4401,FMMT591,MMBT4403,SLESDL0603-24,LM317,2N5551,WE07DF-B,MMSZ5259B,SL2016384MXXX,S2MB,SL2301,SL2302,SL53X,SL2305,1SMB5921B,BTB20-600,SL322526MXXX,SL25N10,S2MF,SLESD8D36V,SL252025MXXX,SL201624MXXX,SLESD5Z5.0C,SL201616MXXX,2SK3018W,SL4949,SS52BF,2SB1261,SL10N65F,ZM4727,2SB1132,1SMA4777A,DB307S,SL1609SH,SL8N65F,SL05N06A,GBLC15CI,2SA812,SLESD8D15V,FMMT493,SMDJ170A,FMMT491,WE05DF-BS,2SC3357,SL78LXX,SL1609SL,SMF5.0A,US1AF,SL12020BT,MMBZ5221B,MMDL914,SL1609TH,SL05N06Z,RS2A,SL42764,SL1609TL,SL53N65CT,SS320BF,RS2M,SLESD5Z7V0,FMMT489,UMB10F,GBLC03CI,MM5Z2V0,MMBT5401,BT136-600,SS22,LMV321,SF1006DS,SL403,2N5401,SL6520B,SL12030BT,KBL4005,UMB1F,SMF58CA,SS32,SMBJ5.0,2SK3018,SMBJ170CA,KBL410,BTA60-1200,GBLC12CI,US2AB,SL322512MXXX,WE24DF-B,SS12,SL3N170AP,US2AF,SMF58A,SL503224MXXX,SL50T65FL,SL1619SH,SL322527MXXX,SL42744D,SL1619SL,SS210B,LM321,SLESDL0603-16,SL201632MXXX,GBU410,IRLML6401,BCP51,BCP53,BCP52,BCP55,BCP54,BZX84C43,BCP56,SL1619TH,SL2733,SL1619TL,SL52X,TL432,TL431,SS52,NUP2105LT1G,SL201625MXXX,SL49SM3579M20P-20,SL252026MXXX,BTA80-1200,SLESDL0603-05,BCP68,SLESD8D3V3,MMSZ5221B,TL431B,SL49SM26M20P-20,F1A,TL431A,DB207S,GBLC24CI,SS220F,2N7002E,BT136-800,F1M,SL85XXX,SL4822A,SL76N60CT,MC34063S,PC817,SL18N50F,SL2328A,BT137-600,MMBZ5262B,SM24C,SM36C,LMV358,RS3AB,SS310C,SS310B,DB107S,SM12C,DB301S,SL40T120FL,KBL610,SL40N65CF,SL80N65CTL,SL12005B,GBP4005,SL49SM25M20P-20,SL22N120A,SL002N02K,SLESD5Z24,MMDT2222A,US2MF,SL503225MXXX,US2MB,SL252024MXXX,SLESD3B5CM,SL05N10A,SL12P03S,C945,US2A,BFG520,SL252016MXXX,SL322532MXXX,SL2319A,SL40N65CT,SLESD5Z36,GBU6005,RS2AF,SL9013MXXXX,SS320F,US2M,SL73XX,ULN2803,SD20C,2SB1197K,SL4409N,ZMM2V0,SL12015B,SLESD5.0U035,US1A,SL10N120A,BTA08-600,SL0501,SL8205S,SL75T65FL1,US1M,SL80N120A,BAS316,2SD965A,S8550,SMBJ5.0C,S6AC,M1,BSS123,SL0601,LM2904,M7,SLPESD15VL1BA,LM2902,GBP3005,SL2309A,SLPESD0402M07,BT137-800,MM1Z39B,SLESD9B5.0ST5G,SLPESD0402M05,SMCJ440A,SMAJ5.0CA,SLPESD0402M03,GBU8005,BTA12-600,SLPESD2CAN,SM20C,RS5AB,SS520F,SL201630MXXX,MMDT3904,BSS138,BTA41-1600,FR101,MMDT3906,SL322525MXXX,SM4001PL,FR107,SMDJ5.0CA,BTA06-600,BZT52B51BS,SLPESD0402M18,SL17010BT,SL322530MXXX,SLPESD0402M16,WE12DF-B,SLPESD0402M12,SL15T65FL,MM5Z75,SMDJ5.0A,SL80N10,DB201S,SL54MXXXX,S1A,S5AC,SL12010B,S5AB,2SD1624,SL6206-XXMR,SMCJ5.0CA,S1M,B772,KBL6005,SMBJ170A,MMBT2222A,AMS1117-XX,SL75XX,DB101S,SL322524MXXX,GBP2005,S2A,BT138-600,2SC1815,SL10N10A,SLESD9B3.3S,SL4813A,S2M,SL002P02K,SL50N120A,SL9435A,SL4184,S10AC,SL80N65CT,1SMA4728A,RS5MB,BC857B,SLESD5Z15V,SL6508B,SL4264-2,ZMM200,MMDT2227,SL1625SL,SM08C,SL252030MXXX,SL20N10,GBU4005,SD03C,SD15C,SL1625SH,BC856B,BTA10-800,SL1625TL,SL306X,GBP210,BT169D,SL4284,SL4041,SL1625TH,SL1613SH,ABS2,BTA26-800,SS510B,ABS10,1N4001W,SS510C,SL6506B,S3AC,S3AB,KBP4005,2SC1623,2SC2712,SF1001DS,ES1JF,2SD1781,1SS226,BZT52B43,SL1613TL,SL305X,SS52F,SL1002B,BTA41-800,SD05C,SL4275,SL1613TH,SS52B,SS52C,S10MC,SS525,BT138-800,SLESD2401QC,2SD1898,BZT52C2V4S,SL2333A,SL100N03,DSK220,SL40N60CF,D882,ES2JF,GBP310,SL3N06,SL304X,SLM511,SL10P04S,SL49SM24M20P-20,BT139-600,1SS355,SL4N65F,S2AF,SL503212MXXX,SL3401S,1N4148W,S2AB,C1815,BTA04-600,ABS210,MMBT3904,ES2JB,KBP2005,MMBT3906,SL9945,MAC97A8,SL78XX,SL1623SL,ABS201,SL303X,MAC97A6,BAV99,SL17025BT,SLM501,SL2192,SLPESD0201M24,KBP210,BZT52B3V0BS,SL1623SH,RS1AF,BTA41-1200,SLESD5Z12V,MB1F,SL4407A,1SS181,BC848B,78MXX,SM15C,SS510BF,GBP410,SM03C,MB1S,SL-10XX,SL302X,LL4148,SLM611,SLPESD3V3L1BA,SLESD5Z2V5,SMAJ5.0A,MMBTA05,SL1623TH,MMBTA06,SL20T65FH,SL14N120A,SL1623TL,BT131-600,BC847B,SLPESD12VL1BA,2SC2873,DSK310,SL40T65FL,ES3JC,S8050,ES3JB,BAV70,MMBT2907,MCR100-8,BCX51,BSN20,MMBD4148,BCX53,SL301X,BCX52,BCX55,SLM601,SM18C,SLESD5B5CU,BCX54,SLM600,SL322516MXXX,BAV20W,BCX56,KBP310,SL7603PXXXX,SL2302M,SLESD8H5.0CT5G,IRF640,SL6800C,SL7N65CN,SD12C,SLESD8D5.0C,S9013,SD24C,S9014,S9015,BC846B,SL10N06A,S9012,BT139-800,SL7N65CF,KBP3005,SL7N65CD,MCR100-6,BZT52C2V4,SL7N65CI,SM05C,2N3904,SL3139,SS8550,SMAJ170CA,US1MF,BAV21W,SL8820,S9018,2N3906,SD36C,MM3Z75,BZT52C43S,BTB10-600,MMBTA55,SLW611,RS1MF,SL3134K,SS110,SS32BF,SL11N65CD,1N4007W,SL11N65CF,SL6512B,SL252012MXXX,SL8052A,SL1629SH,MM1W3V3,SL1629SL,KBP410,SL20162712MXXX,SLPESD5V0L1BA,SS22B,1N4148WS,SL60T65FL,1N4148WT,DSK32,SS22F,MMBTA56,SLW601,SM4007PL,MMBTA44,SL6540BT,MMBTA42,SL49SM6M20P-20,SL252040MXXX,SL36N120A,SL12040BT,SL201626MXXX,SL50N06D,SL1629TH,SL50328MXXX,SL827,BT151,BT152,SL1629TL,SL49SM8M20P-20,SL49SM27M20P-20,SL826,DSK22,SL11N65CQ,SL49SM12M20P-20,SL49SM16M20P-20,S6MC,SL49SM10M20P-20,2N7002,M1F,SLPESD0201M05,MMBT6517,SL322540MXXX,GBLC08CI,2SC5824,ES1K,2SC4617,GBU610,SL6510B,BZT52B2V4,SL12N65F,SL1605SH,ULN2001,SL1605SL,MM1W330,BSS84,BZX84C2V4,DSK12,MM3Z2V0,SL9193MXXXX,BAW56,SL21N65CF,ES1AF,SLPESD0201M03,SL25T120FL,BTA24-800,ULN2003,ES2A,SS12F,6N137,SL15N65CD,6N136,SL15N65CF,LM2575,6N135,LM2576,SMAJ170A,SMDJ170CA,SL851,SL252027MXXX,S5MB,SL1605TL,SL503216MXXX,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SLKOR(萨科微)功率器件/二极管/三极管/电源管理芯片/霍尔传感器/光耦选型指南
目录- 公司简介 场效应管/IGBT单管 单向/双向可控硅 稳压二极管 三极管 运算放大器/达林顿晶体管阵列/整流桥 霍尔传感器 光耦 石英晶体谐振器
型号- BZT52C43S,SS110,MCR00-8,SMCJ440CA,SL11N65CF,MC34063S,ZMM200,PC817,SL2310,SL3400,SL1629SH,SL252030MXXX,RS1A,RS1M,DB107S,GBU4005,1N4148WS,SMF5.0CA,DSK32,SL40T120FL,SL1625SH,MMBT4401,LM317,SL36N120A,SL75T65FL,SL50328MXXX,MMSZ5259B,SL22N120A,SL2301,BT151,GBP210,SL2302,BT169D,SL49SM8M20P-20,1SMB5921B,SL1613SH,S2MF,SL49SM12M20P-20,2N7002,SL201624MXXX,BTA26-800,SL322540MXXX,S3AB,SL4949,GBU610,BFG520,SL252016MXXX,BZT52B2V4,BZT52B43,SL1605SH,ZM4727,1SMA4777A,SL1609SH,BTA41-800,GBU6005,SL21N65CF,SL25T120FL,BTA24-800,SD05C,SL4275,ULN2003,SL1613TH,ES2A,SS525,6N137,6N136,SL15N65CF,WE05DF-BS,ULN2803,BT138-800,2SC3357,SL78LXX,LM2575,6N135,ZMM2V0,LM2576,BZT52C2V4S,US1A,SMF5.0A,SMAJ170A,SL10N120A,S5MB,RS2A,RS2M,MMBT5551,US1M,SL80N120A,S8550,S2AF,SMBJ5.0C,M1,SS22,BSS123,M7,SS310,ABS210,MMBT3904,MMBT3906,SMF58CA,BT137-800,MM1Z39B,ABS201,SMCJ440A,SMAJ5.0CA,BTA12-600,BAV99,SS32,SMBJ5.0,SL1623SH,SMBJ170CA,SL201612MXXX,BSS138,SL322512MXXX,1SMB5956B,ES2J,FR101,SS12,SL3N170AP,1SS181,FR107,SMF58A,78MXX,SL50T65FL,SM15C,SL1619SH,LL4148,MM1Z2V2B,SMAJ5.0A,MMBTA05,SL14N120A,BC817,SS8050,DB201S,SL1615SH,S1A,LM321,S5AB,SMCJ5.0CA,DSK310,GBU410,SS210,BCP51,SL40T65FL,BCP53,S8050,S1M,B772,SMBJ170A,SL28N65A,MMBT2222A,SLM601,BTA16-800,AMS1117-XX,ZM4761,TL431,SS52,NUP2105LT1G,DB101S,SL322524MXXX,SL1603SH,IRF640,SD12C,S9013,GBP2005,SL3407,BZT52C39,SL7N65CD,SMCJ5.0A,BZT52C2V4,SL50N120A,S3MB,MMSZ5221B,SS8550,SL3415,SMAJ170CA,GBLC05CI,BAV21W,DB207S,LM358S,SL80N65CT,1SMA4728A
Slkor‘s Zener Diode 1SMA4733A: with Robust Energy Conversion Capacity, Leading a New Era in Electronic Voltage Regulation
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SLKOR-霍尔传感器选型表
SLKOR提供如下参数的霍尔传感器选型,VDD(V):1.6~5.5,IDD(A):1.6及3.3,FO(Hz):5和20及多种封装形式,如SOT-23,TO-92S和SOT-523不等
产品型号
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品类
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Polarity
|
VDD(V)
|
IDD(A)
|
TA(℃)
|
BOP(Gs)
|
BRP(Gs)
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FO(Hz)
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Output Type
|
Package
|
SL1603TH
|
霍尔传感器
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全极
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1.6~5.5
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3.3
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-40~85
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±46
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±34
|
20
|
CMOS
|
SOT-23
|
选型表 - SLKOR 立即选型
Slkor‘s Zener Diode BZT52B4V3S: The Nominal Voltage is Set at 4.3V and with a Power Rating of 200mW
With the rapid development of semiconductor technology, Zener diodes have become essential components in electronic circuits. Their unique voltage regulation properties provide crucial support for the stable operation of electronic devices. This article will focus on the BZT52B4V3S Zener diode, delving into its parameter characteristics and exploring its broad application prospects in the electronics field.
SLKOR-可控硅选型表
SLKOR提供如下参数的可控硅选型,Vᴅʀᴍ(V):400~1600,Iᴛ₍ʀᴍs)(A):0.8~80,Vɢᴛ(V):0.7~1.5及多种不同的封装选择,如TO-220,TO-3P和ITO-247不等
产品型号
|
品类
|
Vᴅʀᴍ(V)
|
Iᴛ₍ʀᴍs)(A)
|
Iɢᴛ(μA)
|
Vɢᴛ(V)
|
Tᴊ(℃)
|
Package
|
MCR100-6
|
单向可控硅
|
400
|
0.8
|
≤200
|
0.7~0.8
|
125
|
TO-92/SOT-23
|
选型表 - SLKOR 立即选型
SLKOR三极管选型表
SLKOR提供如下参数的三极管选型,Iᴄ(A):-3~5;Vᴄʙᴏ(V):-500~700,Vᴄᴇᴏ(V):-400~450及多种不同的封装尺寸,如:SOT-23,SOT-363和SOT-89不等
产品型号
|
品类
|
Polarity
|
Iᴄ(A)
|
Vᴄʙᴏ(V)
|
Vᴄᴇᴏ(V)
|
Vᴇʙᴏ(V)
|
Vᴄᴇ(sat)(V)
|
Package
|
S8050
|
三极管
|
NPN
|
0.5
|
40
|
25
|
5
|
0.6
|
SOT-23/TO-92
|
选型表 - SLKOR 立即选型
Slkor‘s BZT52B12S Zener Diode: The Perfect Combination of Voltage Regulation and Efficiency
The BZT52B12S, as a high-performance Zener diode, has broad application prospects and immense development potential in the semiconductor industry. This article will delve into the BZT52B12S Zener diode, analyzing its parameters to further uncover its potential and value in the electronics field.
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