Semikron - IGBT Driver Boards
Drivers form the vital interface between power transistors and controller. It cannot be emphasized enough that it is the choice and design of the electronic drive circuit that will ultimately determine the performance of an IGBT. For this reason, the performance of the driver is closely linked with the degree of reliability of a converter solution.
Inadequate driver power or the wrong choice of or poorly designed drive circuits can cause both modules and the driver - and ultimately an entire system - to malfunction.
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Manufactured by Semikron the SKYPER 32 R range is rated at 1700 VCE and designed for use as a driver for IGBT modules in bridge circuits in general industrial applications. Features include Two Output Channels, Dynamic short circuit protection and failure management. |
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The SKYPER 32 PRO R with additional functionality is designed for use as a driver for IGBT modules in bridge circuits in general industrial applications. Features include two output channels, dynamic short circuit protection and failure management. These units drivers are manufactured by Semikron in accordance with IEC 60068-1 and EN60721
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Qualified to UL 508C : E242581 the SKYPER 32 PRO R UL is an ideal IGBT driver for modules used in bridge circuits and features Two output channels, soft turn off, under voltage protection and an Integrated potential free power supply.
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The new SKYPER 42 R is a highly robust driver for control of 400 – 2000 Ampere IGBT modules. Boasting a mean time between failures of more than two million hours, the service life of this driver is triple that of standard IGBT drivers. The optimised layout featuring unique electromagnetic shielding and integrated short-pulse suppression guarantees protection from external interference. The SKYPER 42 driver charges up to 50µC, making it suitable for use in inverter systems up to 1.5MW.
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Manufactured by Semikron the SKYPER 52R is rated at 50A (peak). Feature include two output channels with 9W power per channel, 3.3 and 5.5V signal interface and short circuit detection with intelligent, smooth shutdown.
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