SFDSC (Safety Dual Side Cooled) Power Module -Generation 1  /  (JW1R05M12SFDSC-G1 )

▶Reduced Ringing / Fast and More Efficient Switching
▶Low Conduction Losses at all Temperature / Compatible with Gate Drivers
▶Better Power Density and System Efficiency / Lower capacitance
▶Higher system efficiency / Lower thermal impedance / Lower Qg

Because both Kelvin source concept suitable for high-speed switching systems and SiC technology are applied,
it is the best solution to improve the malfunction of the system caused by parasitic effects resulted from the gradually
increased switching speed. Since dynamic losses can be reduced by more than 20% compared to standard TO-247 package,
it has the advantage of increased system efficiency. it is also designed with high voltage Creepage distance suitable for
High Voltage Solution as shown in the above figure.

▶Reduced Ringing / Fast and More Efficient Switching
▶Low Conduction Losses at all Temperature / Compatible with Gate Drivers
▶Better Power Density and System Efficiency / Lower capacitance
▶Higher system efficiency / Lower thermal impedance / Lower Qg

Because both Kelvin source concept suitable for high-speed switching systems and SiC technology are applied,
it is the best solution to improve the malfunction of the system caused by parasitic effects resulted from the gradually
increased switching speed. Since dynamic losses can be reduced by more than 20% compared to standard TO-247 package,
it has the advantage of increased system efficiency. it is also designed with high voltage Creepage distance suitable for
High Voltage Solution as shown in the above figure.

▶High speed switching with SiC MOSFET
▶Reliable body diode / Compact and low stray Inductance
▶Built-in NTC / Blocking Voltage 1200V with SiC MOSFET
▶Short time extended Operation Temperature Tjop=175°C
▶2.5KV AC 1min Insulation

ㆍEquipped with six-SiC, which usually have 1200V blocking voltage capability.
ㆍNearly all modules are equipped with an NTC alongside the power semiconductors.
ㆍPower modules with a six-PAK topology are most frequently used as inverters in frequency converters for motors.
ㆍThe six-PAK is a product that integrates a 3-phase inverter circuit into a single module, making it possible to create a
compact design for the main circuit. solderless terminals are available for connection to the module terminal and the
printed circuit board.

▶Reduced Ringing / Fast and More Efficient Switching
▶Low Conduction Losses at all Temperature / Compatible with Gate Drivers
▶Better Power Density and System Efficiency / Lower capacitance
▶Higher system efficiency / Lower thermal impedance / Lower Qg

Because both Kelvin source concept suitable for high-speed switching systems and SiC technology are applied,
it is the best solution to improve the malfunction of the system caused by parasitic effects resulted from the gradually
increased switching speed. Since dynamic losses can be reduced by more than 20% compared to standard TO-247 package,
it has the advantage of increased system efficiency. it is also designed with high voltage Creepage distance suitable for
High Voltage Solution as shown in the above figure.

▶Reduced Ringing / Fast and More Efficient Switching
▶Low Conduction Losses at all Temperature / Compatible with Gate Drivers
▶Better Power Density and System Efficiency / Lower capacitance
▶Higher system efficiency / Lower thermal impedance / Lower Qg

Because both Kelvin source concept suitable for high-speed switching systems and SiC technology are applied,
it is the best solution to improve the malfunction of the system caused by parasitic effects resulted from the gradually
increased switching speed. Since dynamic losses can be reduced by more than 20% compared to standard TO-247 package,
it has the advantage of increased system efficiency. it is also designed with high voltage Creepage distance suitable for
High Voltage Solution as shown in the above figure.

▶Reduced Ringing / Fast and More Efficient Switching
▶Low Conduction Losses at all Temperature / Compatible with Gate Drivers
▶Better Power Density and System Efficiency / Lower capacitance
▶Higher system efficiency / Lower thermal impedance / Lower Qg

Because both Kelvin source concept suitable for high-speed switching systems and SiC technology are applied,
it is the best solution to improve the malfunction of the system caused by parasitic effects resulted from the gradually
increased switching speed. Since dynamic losses can be reduced by more than 20% compared to standard TO-247 package,
it has the advantage of increased system efficiency. it is also designed with high voltage Creepage distance suitable for
High Voltage Solution as shown in the above figure.

▶High speed switching with SiC MOSFET
▶Reliable body diode / Compact and low stray Inductance
▶Built-in NTC / Blocking Voltage 1200V with SiC MOSFET
▶Short time extended Operation Temperature Tjop=175°C
▶2.5KV AC 1min Insulation

ㆍEquipped with six-SiC, which usually have 1200V blocking voltage capability.
ㆍNearly all modules are equipped with an NTC alongside the power semiconductors.
ㆍPower modules with a six-PAK topology are most frequently used as inverters in frequency converters for motors.
ㆍThe six-PAK is a product that integrates a 3-phase inverter circuit into a single module, making it possible to create a
compact design for the main circuit. solderless terminals are available for connection to the module terminal and the
printed circuit board.