SLKOR semiconductor Pin to Pin alternatives

Slkor (www.slkoric.com) Semiconductor Technology Director, Tsinghua University, Mr. Li, said that the main technical difference between IGBT devices and MOSFETs is the introduction of a P+ doped collector on the back of the IGBT chip.

Expansion from MOSFET to IGBT mainly exists in two aspects of IGBT device design and IGBT device processing technology threshold. First, in terms of device design, advanced field-stop IGBT (FS-IGBT) need to use carrier enhancement and conductance modulation technology. IGBT due to the use of hole injection for conductance modulation, so there is a trailing current during the shutdown, the length of the trailing time affects the shutdown loss Eoff. need to be a large number of experiments, in order to find a saturation voltage drop (Vce, sat) and It needs a lot of experiments to find the balance law between the saturation voltage drop (Vce,sat) and the shutdown loss Eoff.

In addition, due to the IGBT increased back collector, compared with the MOSFET is more likely to enter the second breakdown, so it is necessary to improve the device's second breakdown characteristics and safe working area. Second, in terms of device processing technology, advanced IGBT technology requires complex backside processing technology, such as laser annealing, high-energy ion implantation, Taiko thinning technology and other key processes. At the same time, advanced IGBTs have high dimensional accuracy, and the wafers are prone to warpage after high-temperature processing, and their alignment accuracy also has high requirements.

Slkor has R&D facilities in Busan, Korea, Beijing and Suzhou, China, most of the wafer fabrication and chip sealing and testing are in China, with labs and central warehouses at the headquarters in Shenzhen, and cooperative organizations all over the world, serving more than 10,000 customers globally.Slkor owns independent intellectual property rights and has obtained more than one hundred invention patents, with more than 2,000 product models, and has set up a perfect Slkor has independent intellectual property rights, more than a hundred invention patents, more than 2,000 product models, the establishment of a perfect management system and smooth workflow, good quality service standardized, "SLKOR" brand awareness, reputation and market share increased rapidly. slkor continues to introduce new products power management chips have LDO, AC-DC, DC-DC and other series of products, and a variety of sensors for the customer supporting services, General-purpose and high-speed photocoupler, passive crystal and so on.

Slkor PIN TO PIN alternative: 

slkor crystal SL322532M9P/SMD3225-4 Equivalent to EPSON Epson X1E0000210167,

slkor crystal SL322532M10P/SMD3225-4P Equivalent to EPSON Epson X1E000021016300,

slkor crystal SL322512M20P/SMD3225-4P is equivalent to CJ13-120002010A20,

slkor crystal SL322516M9P/SMD3225-4P is equivalent to EPSON Epson X1E000021037500,

slkor crystal SL322516M12P/SMD3225-4 Equivalent to EPSON Epson X1E000021011900,

slkor crystal SL322524M12P/SMD3225-4P Equivalent to EPSON Epson X1E0000210129,

slkor crystal SL322525M20P/SMD3225-4P Equivalent to EPSON Epson X1E000021035200,

slkor crystal SL322525M12P/SMD3225-4P Equivalent to EPSON Epson X1E000021013900,

slkor crystal SL322526M9P/SMD3225-4P is Equivalent to CJ13-260000910A20, 

slkor crystal SL322524M9P/SMD3225-4P is equivalent to EPSON Epson X1E000021012700,

slkor crystal SL322526M10P/SMD3225-4P Equivalent to EPSON Epson X1E000021081900,

slkor crystal SL201640M12P/SMD2016-4P is Equivalent to EPSON Epson Q22FA12800332,

slkor crystal SL201632M6P/SMD2016 Equivalent to muRata/XRCGB32M000F1H19R0,

slkor crystal SL201626M12P/SMD2016-4P Equivalent to EPSON Epson Q22FA1280047000,

slkor crystal SL252026M12P/SMD2520-4P Equivalent to EPSON Epson Q24FA20H00315,

slkor crystal L252026M9P/SMD2520-4 P is equivalent to EPSON Epson Q24FA20H00289

slkor driver IC, SL27511 (SOT-23) is equal to TI's UCC27511DBVR,

slkor Driver IC, SL27525 (SOP-8) is equal to TI's UCC27525D,

slkor's driver IC, SL8402 (SOT-223) is equal to ON ON Semiconductor's NCV8402.

slkor's driver IC, SL8402 (SOT-223) is equal to ON ONC's NCV8402. slkor's driver IC, SL27523 (SOP-8) is equal to TI's UCC27523,

slkor's led driver IC, SL4139 (SOT-23) is equal to ON ON Semiconductor's CAT4139,

slkor's led driver IC, SL401 (SOT-23) is equal to IR brand BCR401.

slkor's power electronic switch SL3405G, equal to IR brand BTS3405G,

slkor's clock chip off SL8025T (SOP-14) is equal to Epson's RX-8025T,

slkor's clock chip off SL8563T (SOP-8) is equal to nxp NXP's PCF8563,