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Introduction to IGBT7, EC7 diodes, and matching gate driver ICs

The seventh generation of TRENCHSTOP? IGBTs is specially designed for variable speed drives. Based on the micro-pattern trench technology, which offers a high level of controllability. These features bring significant loss reduction in the application, especially for industrial drives, which usually operate at moderate switching frequency.

Every switch needs a driver and the right driver makes a difference. To make the most out of the design with TRENCHSTOP? IGBT7, we recommend using gate driver ICs that meet the IGBT7 as well as the industrial drives¡¯ requirements. IGBT7 in industrial drives requires high output current gate drivers that need to have reinforced isolation (VDE 0884-11 certified). Infineon¡¯s EiceDRIVER? isolated gate drivers within the X3 Compact, 2L-SRC, and X3 Enhanced families meet these requirements while providing their differentiated characteristics.

More about isolated gate driver ICs
Enhanced isolated gate driver Ics
62 mm modules with IGBT7

62 mm IGBT7 modules are your best choice for a highly reliable and performant power module solution. This medium-power module family is equipped with state-of-the-art TRENCHSTOP? IGBT7? chip technology. Its 800 A half-bridge configuration offers the highest electrical performance within the package family and leading-edge power cycling capability. The high mechanical robustness of 62 mm modules is given by solid nickel-coated copper baseplate and screw main terminals. Main terminals placed in the middle of the housing are well fitting for parallel connection and for three-level configuration due to low inductive DC link connection. All modules are available with our established pre-applied thermal interface material (TIM). Due to faster development cycles and limited development resources, Infineon provides evaluation boards helping to make first module measurements. The latest driver chips from us are used to be adopted for serial usage. Schematic, layout, and part list are given in the evaluation board user guide.

More about 62 mm modules
More about TIM
650 V TRENCHSTOP? IGBT7 T7 discrete

The switching frequency flexibility going from below 5 kHz up to 40 kHz, basically covers the whole range of our TRENCHSTOP? (60T and 60DTP) or HighSpeed family. It is a one-to-one alternative to predecessor generations with improved performance.?

More about IGBT7 discretes
Easy 1B and Easy 2B modules with TRENCHSTOP? IGBT7

Our Easy 1B and Easy 2B modules are fully equipped with the 1200 V TRENCHSTOP? IGBT7 and emitter controlled diode 7 technology. The portfolio offers current ratings from 10 A up to 100 A in PIM as well as sixpack configuration. The chip is specially optimized for industrial drives applications, which means much lower static losses, higher power density, and softer switching. When exchanging the TRENCHSTOP? IGBT4 with the IGBT7 solution, customers have three options to get the best out of their designs: A power class jump ¡ª 30 percent more current with IGBT7 in the same housing and with the same system cooling. A frame size jump: 11 percent more output power plus system design reduction with IGBT7 and smaller housing. A heat sink reduction: 40 percent reduction in heatsink performance with the same output power.

More about Easy modules
Easy 3B modules with TRENCHSTOP? IGBT7

The Easy 3B package with TRENCHSTOP? IGBT7 technology extends the broad Easy portfolio in industrial drives applications to higher current ratings; 50 A, 75 A, and 100 A in PIM configuration and 100 A, 150 A, and 200 A in sixpack configuration. Thanks to the same height of 12 mm for the whole Easy family, it is perfectly suited for platform designs in industrial applications, such as servo drives, robotics, and air-conditioning. In addition to industrial drives, the EasyPACK? 3B with 950 V active neutral-point-clamping (ANPC) is a total solution for 1500 V solar inverters. For maximum power point tracker (MPPT), Infineon offers a single-module solution in dual-boost topology with three MPPTs in one module. Each of the MPPT can handle up to 26 A current. This makes this solution ready for bi-facial solar panels. For the inverter stage, Infineon offers two solutions: One with Si diodes and one with CoolSiC? Schottky diodes. The EasyPACK? 3B with TRENCHSTOP? IGBT7 and CoolSiC? Schottky diode can achieve up to 10 percent higher power density.

More about Easy modules
EconoPIM? 2 and 3 and EconoDUAL? 3 with TRENCHSTOP? IGBT7

The EconoPIM? 2 and 3 module portfolio with TRENCHSTOP? IGBT7 ranges from 25 A up to 200 A. Compared to the previous IGBT4 chip generation, there is a higher power density, an increased switching frequency, and the cooling effort can be reduced. For example, the EconoPACK? 2 FS150R12N2T7 can reach up to 37 kW on heavy duty. All in all, there is the same or better lifetime while keeping the operating conditions unchanged. The EconoDUAL? 3 modules with the TRENCHSTOP? IGBT7 chip generation extend the existing 1200 V IGBT4 portfolio with current ratings from 300 A to 900 A. The FF750R12ME7_B11 and FF900R12ME7_B11 feature an improved housing for handling higher currents and temperatures within the same footprint. FF300R12ME7_B11, FF450R12ME7_B11 and FF600R12ME7_B11 complete the portfolio towards lower current ratings. In combination with the TRENCHSTOP? IGBT7 technology, they show a significant reduction of losses, a high level of controllability and switching softness, as well as high short-circuit capability. Together with the maximum operation temperature of 175¡ãC at overload, high efficiency, and power density are achieved, enabling system simplification and cost reduction.

Mare about EconoPIM? 2 and 3
More a about EconoDUAL? 3

Introduction to IGBT7, EC7 diodes, and matching gate driver ICs

The seventh generation of TRENCHSTOP? IGBTs is specially designed for variable speed drives. Based on the micro-pattern trench technology, which offers a high level of controllability. These features bring significant loss reduction in the application, especially for industrial drives, which usually operate at moderate switching frequency.

Every switch needs a driver and the right driver makes a difference. To make the most out of the design with TRENCHSTOP? IGBT7, we recommend using gate driver ICs that meet the IGBT7 as well as the industrial drives¡¯ requirements. IGBT7 in industrial drives requires high output current gate drivers that need to have reinforced isolation (VDE 0884-11 certified). Infineon¡¯s EiceDRIVER? isolated gate drivers within the X3 Compact, 2L-SRC, and X3 Enhanced families meet these requirements while providing their differentiated characteristics.

More about isolated gate driver ICs
Enhanced isolated gate driver Ics

62 mm modules with IGBT7

62 mm IGBT7 modules are your best choice for a highly reliable and performant power module solution. This medium-power module family is equipped with state-of-the-art TRENCHSTOP? IGBT7? chip technology. Its 800 A half-bridge configuration offers the highest electrical performance within the package family and leading-edge power cycling capability. The high mechanical robustness of 62 mm modules is given by solid nickel-coated copper baseplate and screw main terminals. Main terminals placed in the middle of the housing are well fitting for parallel connection and for three-level configuration due to low inductive DC link connection. All modules are available with our established pre-applied thermal interface material (TIM). Due to faster development cycles and limited development resources, Infineon provides evaluation boards helping to make first module measurements. The latest driver chips from us are used to be adopted for serial usage. Schematic, layout, and part list are given in the evaluation board user guide.

More about 62 mm modules
More about TIM

650 V TRENCHSTOP? IGBT7 T7 discrete

The switching frequency flexibility going from below 5 kHz up to 40 kHz, basically covers the whole range of our TRENCHSTOP? (60T and 60DTP) or HighSpeed family. It is a one-to-one alternative to predecessor generations with improved performance.?

More about IGBT7 discretes

Easy 1B and Easy 2B modules with TRENCHSTOP? IGBT7

Our Easy 1B and Easy 2B modules are fully equipped with the 1200 V TRENCHSTOP? IGBT7 and emitter controlled diode 7 technology. The portfolio offers current ratings from 10 A up to 100 A in PIM as well as sixpack configuration. The chip is specially optimized for industrial drives applications, which means much lower static losses, higher power density, and softer switching. When exchanging the TRENCHSTOP? IGBT4 with the IGBT7 solution, customers have three options to get the best out of their designs: A power class jump ¡ª 30 percent more current with IGBT7 in the same housing and with the same system cooling. A frame size jump: 11 percent more output power plus system design reduction with IGBT7 and smaller housing. A heat sink reduction: 40 percent reduction in heatsink performance with the same output power.

More about Easy modules

Easy 3B modules with TRENCHSTOP? IGBT7

The Easy 3B package with TRENCHSTOP? IGBT7 technology extends the broad Easy portfolio in industrial drives applications to higher current ratings; 50 A, 75 A, and 100 A in PIM configuration and 100 A, 150 A, and 200 A in sixpack configuration. Thanks to the same height of 12 mm for the whole Easy family, it is perfectly suited for platform designs in industrial applications, such as servo drives, robotics, and air-conditioning. In addition to industrial drives, the EasyPACK? 3B with 950 V active neutral-point-clamping (ANPC) is a total solution for 1500 V solar inverters. For maximum power point tracker (MPPT), Infineon offers a single-module solution in dual-boost topology with three MPPTs in one module. Each of the MPPT can handle up to 26 A current. This makes this solution ready for bi-facial solar panels. For the inverter stage, Infineon offers two solutions: One with Si diodes and one with CoolSiC? Schottky diodes. The EasyPACK? 3B with TRENCHSTOP? IGBT7 and CoolSiC? Schottky diode can achieve up to 10 percent higher power density.

More about Easy modules

EconoPIM? 2 and 3 and EconoDUAL? 3 with TRENCHSTOP? IGBT7

The EconoPIM? 2 and 3 module portfolio with TRENCHSTOP? IGBT7 ranges from 25 A up to 200 A. Compared to the previous IGBT4 chip generation, there is a higher power density, an increased switching frequency, and the cooling effort can be reduced. For example, the EconoPACK? 2 FS150R12N2T7 can reach up to 37 kW on heavy duty. All in all, there is the same or better lifetime while keeping the operating conditions unchanged. The EconoDUAL? 3 modules with the TRENCHSTOP? IGBT7 chip generation extend the existing 1200 V IGBT4 portfolio with current ratings from 300 A to 900 A. The FF750R12ME7_B11 and FF900R12ME7_B11 feature an improved housing for handling higher currents and temperatures within the same footprint. FF300R12ME7_B11, FF450R12ME7_B11 and FF600R12ME7_B11 complete the portfolio towards lower current ratings. In combination with the TRENCHSTOP? IGBT7 technology, they show a significant reduction of losses, a high level of controllability and switching softness, as well as high short-circuit capability. Together with the maximum operation temperature of 175¡ãC at overload, high efficiency, and power density are achieved, enabling system simplification and cost reduction.

Mare about EconoPIM? 2 and 3
More a about EconoDUAL? 3

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