CIPOS™ Tiny IPMs
Maximum efficiency and design flexibility
The energy-efficient CIPOS™ Tiny is a family of advanced IPMs (Intelligent Power Modules) developed with a focus on higher module efficiency and long-term reliability. The combined benefits of advanced trench IGBT technology and optimized package design have enabled us to achieve best-in-class efficiency and improved reliability, along with minimized system size and cost. Integrating discrete power semiconductors and drivers into one package allows designers to reduce the time and effort spent on design, significantly reducing the time-to-market. CIPOS™ Tiny offers a high performance AC motor-drive solution for applications such as washing machines, air conditioners, refrigerators, and industrial drives ranging from 6A to 20A current requirements.
A built-in high precision temperature monitor and over-current protection feature, along with short-circuit rated IGBTs and an integrated undervoltage lockout function, deliver a high level of protection and fail-safe operation. System mechanical design flexibility is also considered by offering both CIPOS™ Tiny SIP and DIP form factors.
Maximum efficiency and design flexibility
CIPOS™ Tiny 3-phase inverter module is the newest generation of IPM to offer the highest power density variable speed motor drive. By using our latest generation of IGBTs, it is possible to realize maximum efficiency with minimum footprint. In addition, system mechanical design flexibility is also considered by offering both CIPOSTM Tiny SIP and DIP form factors. Ideal applications for the IPM include high efficiency washing machine, air conditioning, fan, compressors, and industrial drives ranging from 6 A to 20 A current requirements.
This advanced IPM is a compact and fully isolated thermally enhanced package. With an integrated high precision temperature monitor, over-current protection feature, and under-voltage lockout function, delivers high system level protection and fail-safe operation. Utilizing our newest TRENCHSTOPTM 6 IGBTs and level-shifting driver HVIC, we are able to realize highest efficiency and ruggedness.
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