Fifteen times higher temperature cycling capability
100% solder-free IGBT module with proven durability
Nuremberg, 24 November 2009 - SKiM, the three-phase IGBT module for DC/AC and AC/DC inverters in electric and hybrid vehicles and industrial applications, has a temperature cycling capability fifteen times higher than standard soldered modules. These modules have also been tested at levels well beyond standard industrial test conditions and the results of these tests have shown that they are very resistant to ambient temperature changes, cooling changes and operational effects.
SKiM modules are characterised by proven mechanical stability at levels above standard industrial test conditions, reaching 10g compared to the industrial standard of 5g in the vibration test and 100g compared to the industrial standard of 50g in the shock test. The total module resistance is 0.3 mOhm compared to a typical industrial level of 1.1 mOhm. SKiM withstands stringent requirements for endurance during high acceleration and vibration stress.
Sinter interconnects and solder-free pressure contact technology ensure a 100% solder-free module, eliminating the solder failures that can occur at high temperatures.
SKiM modules are assembled quickly and easily onto the heat sink using only screws, with no solder steps. The modules are supplied with pre-applied thermal paste to ensure homogenous and optimised thickness of the paste. Power boards are also assembled without any solder steps, using spring contact technology. The combination of these packaging and connection technologies results in a cost-efficient and time-saving inverter assembly process.
SKiM 63 and SKiM 93 modules are available with blocking voltages of 600V, 1200V and 1700V, and nominal currents from 300A to 900A. Two case sizes are available: SKiM 63 measuring 120 x 160mm² and SKiM 93 measuring 150 x 160mm².
Caption: SKiM, the three-phase IGBT module for DC/AC and AC/DC inverters in electric and hybrid vehicles and industrial applications, has a temperature cycling capability fifteen times higher than standard soldered modules.
About SEMIKRON: SEMIKRON is an internationally leading power semiconductor manufacturer. Founded in 1951, the German-based family enterprise employs 2500 people worldwide. SEMIKRON comprises a global network of 35 companies with production plants in China, Korea, India, South Africa, Brazil, USA, Italy, France, Slovakia and Germany that guarantees fast and competent on-site customer care.
Products: The products range from chips, discrete semiconductors, transistor, diode and thyristor power modules to customer specific solutions and integrated power electronic systems for applications from one kilowatt into the Megawatt range. SEMIKRON is the market leader in the field of diode/thyristor semiconductor modules, enjoying a 37% share of the worldwide market. (Source: IMS Research „The worldwide market for power semiconductor discretes and modules“2008).
Applications: SEMIKRON technology powers nearly 50% of the globally installed wind power capacity. According to a survey carried out by BTM Consult Apes, the total wind power capacity installed until 2009 was 122 Gigawatt. 57 Gigawatt comprises semiconductors from SEMIKRON. “SEMIKRON inside” has become a trademark for markets such as industrial drives, power supplies, renewable energy, battery vehicles and the rail industry. In 2009 SEMIKRON formed a 50/50 joint venture with Magna Electronics to develop and produce inverters and chargers for electric and hybrid vehicles. As a significant innovator in the power electronics sector, many of SEMIKRON’s progressive developments have been accepted as industrial standards.
For more information, visit www.SEMIKRON.com.