MS30-1602TAAP

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MS30-1602TAAP or short for three-level power module provides a versatile and efficient power switching solution for power grid, frequency converter, UPS, etc. It is based on SiC MOSFET and has a large current and low on-state resistance. Its 200 kHz switching frequency guarantees low switching loss. Those advantages make it a great choice for a variety of situations.

The application field of MS30-1602TAAP is broad. It can be used in power grid, frequency converter, UPS and various other AC/DC configurations, such as solar inverter, HVDC, diesel generator, EV charger and so on. This chip is widely used in new energy power solutions, military, aerospace, telecom, railway and industrial market.

The working principle of the MS30-1602TAAP mainly depends on three-level topology. It has three arms consist of six power switches. Each arm can support a single voltage-source circuit, and the three arm structure makes a three-level output. With the help of control unit, the desirable output voltage level can be obtained. Compared with the two-level topology, the three-level converters have higher power density, lower switching losses, and lower output current ripple. Besides, it also minimizes the common mode voltage and the output current harmonic distortion.

The chip is made of SiC MOSFET. Firstly, it has a high switching frequency of 200 kHz with low switching power losses. Secondly, its on-state resistance is up to 30mΩ, which gives the chip a large current and excellent efficiency. Thirdly, its 1700V blocking voltage makes it extremely reliable and resistant to overheating or short-circuit. Last but not least, it provides accurate current monitoring.

In conclusion, the MS30-1602TAAP chip is an advanced power module that can be used in many applications. It has a three-level topology structure, which gives the chip higher power conversion efficiency and low losses. Besides, its high switching frequency, low switching power losses, decent on-state resistance and reliable blocking voltage make it the perfect solution for many AC/DC configurations.

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