Infineon presents a new generation of IGBTs - 650V TRENCHSTOP 5
Infineon Technologies AG highlighted the 650V TRENCHSTOP® 5 at the PCIM Asia 2013 Power Electronics, Smart Motion, and Renewable Energy Management Exhibition in Shanghai. A new generation of thin-wafer IGBT insulated gate bipolar transistors, TRENCHSTOP® 5, has gained significant market attention since its launch in the fall of 2012 and is considered an innovative technology. More than 400 customers have received samples, and Infineon started mass production in May 2013, and many customers will start trial production. TRENCHSTOP ? 5 achieves a great leap in the performance of IGBT products, and its system efficiency is greatly improved compared with the current mainstream IGBT technology on the market. Compared to competitor IGBTs, system efficiency has increased by nearly 1%. In addition to increased efficiency, higher breakdown voltages also increase reliability, giving customers a competitive advantage and product differentiation, so it is highly appreciated by customers. High efficiency and power density are key reasons why TRENCHSTOP? 5 is the preferred device for Boost circuits with switching frequency ranges from 16 kHz to 30 kHz for photovoltaic inverters and for switching frequency ranges from 20 kHz to 70 kHz for UPS PFC circuits and battery charging circuits. Increased efficiency allows for lower junction temperatures, longer life and high reliability, and higher power density design. The latter allows customers to reconsider the design with a smaller package, such as TO-220 instead of TO-247. In addition, the designer used TRENCHSTOP? 5 for the first time in the design of systems that are extremely sensitive to noise, such as audio amplifiers. Thanks to its extreme durability and soft switching characteristics, the TRENCHSTOP® 5 offers a very stable amplifier-level bus voltage for wide voltage input, for optimum audio quality and low system weight. TRENCHSTOP? 5 has outstanding efficiency. Compared to Infineon 's HighSpeed ​​(H3) series, the turn-off loss is reduced by 60%, and the saturation voltage drop, which is closely related to the turn-on loss, also has a positive temperature coefficient. Compared to H3, its gate charge is 2.5 times smaller and easier to drive, so smaller drives can be used to reduce cost. In addition, TRENCHSTOP? 5 uses a fast diode whose forward voltage drop is less affected by temperature and its reverse recovery time is less than 50ns. The low output capacitance provides excellent light load efficiency and is ideally suited for applications where operation is dominated by up to 40% of the maximum power rating. Supply and other information Samples from 8A to 50A are available in TO-220, TO-220FP and TO-247 packages. Linux operating system article topic: Linux operating system detailed (linux is no longer difficult to understand)
We are Manufacturer and Supplier to offer modular plugs in standard configurations to terminate modular cords for patching or work area applications. Our Modular plugs can be terminated to the exact cable length needed in order to maintain a neater, more organized installation. The modular plugs terminate twisted-pair cable with 26 - 22 AWG (0.40mm - 0.64mm) solid or 7-strand conductors with an insulated conductor diameter of 0.86 - 0.99mm (0.034 - 0.039 in.). All modular plug contacts have 50 microinches minimum of gold plating over nickel and meet TIA-968-A and IEC 60603-7 specifications.
Modular Plug is the name given to a family of electrical connectors originally used in telephone wiring and now used for many other purposes. Many applications that originally used a bulkier, more expensive connector have now migrated to modular connectors. Probably the most well known applications of modular connectors are for telephone jacks and for Ethernet jacks, both of which are nearly always Modular Connectors.
Modular Connectors were originally used with the registered jack system, which precisely describes how the connectors are wired for telecommunications. The registered jack specifications define the wiring patterns of the jacks, not the physical dimensions or geometry of the connectors of either gender. Instead, these latter aspects are covered by ISO standard 8877, first used in ISDN systems. TIA/EIA-568 is a standard for data circuits wired on Modular Plug&Connectors.
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