Overview

The 650 V TRENCHSTOP™ 5 technology is recognized as the leading IGBT thin-wafer technology, now available in small-footprint packages like TO-220-3 enabling higher-power designs in a compact size. Apart from high current density in small package, the low losses of the TRENCHSTOP™ 5 technology provides benefits to lower the junction temperature of the device, leading to less cooling requirements, longer operational cycles, and high lifetime expectancy.

Key features
  • High power density
  • Small package footprint
  • High efficiency, low losses
  • Small footprint packages

Products

About

About TRENCHSTOP™ 5 S5 in TO-220-3

The 650 V TRENCHSTOP™ 5 S5 in TO-220 can be used in different applications requiring high current density in a small package size.

An example application is a motor driver inverter for professional corded power tools. Traditionally, the power switches used in motor drive inverters, like B6 topology, require capability to withstand short-circuit events of 5-3 µsec. However, now many motor drive manufacturers driven to have the lowest losses on the switch consider using IGBTs with the lowest losses, like TRENCHSTOP™ 5, in a design with an optimized protection circuit that minimizes occurrence of a short-circuit event. The key customer benefit here is the lowest losses on the power switch that allows longer operational cycles and reduced cooling requirements that impact final product size and weight.

Key features

The TRENCHSTOP™ 5 S5 in TO-220-3 incorporates important key features such as high power density, small package footprint, high efficiency, and low losses.

Key benefits

Among other things, the key benefits are higher power output, less paralleling, compact design, longer operational time, and higher reliability.

About TRENCHSTOP™ 5 S5 in TO-220-3

The 650 V TRENCHSTOP™ 5 S5 in TO-220 can be used in different applications requiring high current density in a small package size.

An example application is a motor driver inverter for professional corded power tools. Traditionally, the power switches used in motor drive inverters, like B6 topology, require capability to withstand short-circuit events of 5-3 µsec. However, now many motor drive manufacturers driven to have the lowest losses on the switch consider using IGBTs with the lowest losses, like TRENCHSTOP™ 5, in a design with an optimized protection circuit that minimizes occurrence of a short-circuit event. The key customer benefit here is the lowest losses on the power switch that allows longer operational cycles and reduced cooling requirements that impact final product size and weight.

Key features

The TRENCHSTOP™ 5 S5 in TO-220-3 incorporates important key features such as high power density, small package footprint, high efficiency, and low losses.

Key benefits

Among other things, the key benefits are higher power output, less paralleling, compact design, longer operational time, and higher reliability.

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