TI power supply design simulation or device selection commonly used software

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TI power supply design simulation or device selection commonly used software [Copy link]

1. Webench software: WEBENCH design tools include powerful software algorithms and video interfaces that can provide complete power, lighting and sensor applications in just a few seconds, allowing users to compare values at the system and supply chain levels before starting design. Its expert analysis is not available elsewhere. WEBENCH is derived from NS's design software and is also TI's main software in the future. Currently, TI is adding more and more TI's original chips to this software, and the online design software is updated from time to time. It can provide BOM tables, prices, sizes of various devices, and power-related simulations. Link: http://www.ti.com.cn/ww/analog/webench/index.shtml 2. Switcherpro The main software used before, because it contains fewer modules, mainly TPS54, TPS60, TPS40 series. If you are using this series of chips, you can still continue to use this software. http://www.ti.com.cn/tool/cn/switcherpro

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3. TINA 查看详情 TINA is an easy-to-use but powerful circuit simulation tool based on the SPICE engine. TINA-TI is a fully functional version of TINA, loaded with TI's macro models and passive and active models. Some power chips provide corresponding simulation circuits: http://www.ti.com/adc/docs/midle ... ls%2bOT%2bspicerack Generally, it is a TSC format file, which can be simulated using TINA, or you can build the circuit yourself.

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4. Power supply quick search: The online selection tool on TI's power supply official website: http://www.ti.com.cn/lsds/ti_zh/analog/powermanagement/power_portal.page It is easy to use and mainly used for quick selection. If simulation is required, it is recommended to use the three software introduced above.

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5. Battery Charger Selection Tool: Battery Charger Quick Search http://focus.ti.com/en/download/ ... y-chargers/tool.htm

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6. The PowerLab reference design library mainly provides TI's existing reference design solutions. You can quickly find a power reference design that suits you based on input voltage, output voltage, current and other parameters. Or you can find the corresponding reference design based on the application. http://www.ti.com.cn/lsds/ti_zh/ ... ference_design.page

latim

nice

zhenghuaimin

bucuo learned

zhanshenqiwei

Thank you for sharing:)

星辰@小飞飞

This is good, thanks to the host.