SKiN Technology
Spring integration
Spring technology
- Solder-free and cost-effi cient
- Fast & easy single-screw PCB to module connection
- Spring contacts facilitate PCB layout considerably
- Low level of wear
Wire bond-free
- Wire bonds replaced by a sintered SKiN fl ex layer
- Double-sided chip sintering for excellent thermal and electrical chip characteristics
- Continuous sinter layer on top of chips for 25% higher surge currents compared to wire bonds
Thermal paste-free
- 30% lower thermal resistance
- Increased thermal conductivity results in a better chip cooling and higher inverter current
- Thermal paste replaced by sinter layer between DBC and heat sink
Standard
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SKiN®
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SKiN technology is a fl exible foil used in place of wire bonds and, in combination with sinter technology, allows double inverter power density, leading to a 35% reduction in inverter volume. The driver interface uses springs contacting the surface of the fl exible foil.
10 x higher power cycling
- 10 x higher power cycling compared than standard modules
- Expected life time: 20 years
- Sinter technology enables high chip junction temperatures ≥ 200° C for SiC and GaN to be exploited

SKiN Technology
Spring integration
Technical Article:
SKiN Technology - Einen Schritt voraus sein
Press release:
SKiN Technology
Spring integration
- Reliable and space-saving packaging technology for power semiconductors
- For 35% smaller inverters
- Free from thermal paste and solder
- 10 x higher power cycling
- Current density of power unit doubled: 4 A/cm 2
- 90 kW 3-phase inverter and DC-DC converter
- 3 MW 4-quadrant inverter, low voltage
- 3 MW inverter, 2,900 Arms per phase, with driver and interfaces
Produkt- / Parametersuche
Produkt- / Parametersuche
SEMISEL Simulation
SEMISEL Simulation
SEMISEL Thermischer Calculator & Simulator




















