IGD515EI

IGD515EI Data Sheet & Application Manual Intelligent Gate Driver Cores for IGBTs and Power MOSFETs Description The intelligent gate driver cores of the IGD515EI series are single- channel drive components designed for IGBTs and power MOSFETs. They were developed specifically for the precise and reliable driving and protection of high-power modules, high-voltage modules, series and parallel circuits. The drive information and the status acknowledgement of IGD515EI drivers are transmitted via external fiber-optic links. The drivers contain an integrated DC/DC converter with a high isolation test voltage. Special logic functions allow the implementation of reliable series circuits with IGBTs or power MOSFETs. Product Highlights Applications Suitable for IGBTs and power MOSFETs Traction Protect the power transistors Power Converters Extremely reliable, long service life Motor Drives High gate current of 15A Switched-mode power supplies Electrical isolation 5000Vac Radiology and laser technology Series connection functions High-frequency applications Monitoring of power supply and self-monitoring Wind power converters Switching frequency DC to 100kHz Medium-voltage converters Duty cycle: 0... 100% Research Fiber-optic links make long drive cables possible Shortens development time IGBT-Driver.com Page 1 IGD515EI Data Sheet & Application Manual Absolute Maximum Ratings Parameter Test conditions min max Unit Supply voltage V Pin 10 to pin 9 -0.5 16 Vdc cc Logic input voltage (see note 5) 5 Vdc Gate peak current I Pin 25 -15 +15 A out Test voltage (50Hz/1min) INxx to output stages 5000 Vac Operating temperature -40 +85 C Storage temperature -40 +90 C Pin Designation Pin Desig. Function Pin Desig. Function 1 GND Power supply GND 36 Cq Acknowledgement pulse capacitor 2 GND Power supply GND 35 SO Status output signal 3 GND Power supply GND 34 SDOSA series-connected IGBT mode 4 GND Power supply GND 33 INV Inverse input 5 Not present 32 INPUT Input signal from FOL 6 Not present 31 +5V 5V power supply for FOL 7 Not present 30 IGND GND for FOL 8 Not present 29 Not present 9 GND Power supply GND 28 Not present 10 Vcc Power supply plus terminal 27 Not present 11 Not present 26 Not present 12 Not present 25 G Gate driver output 13 Not present 24 COM Virtual common 14 Not present 23 Cs Blocking capacitor 15 NC Not connected 22 E Emitter / Source 16 NC Not connected 21 REF External reference 17 NC Not connected 20 Cb Blocking time capacitor 18 NC Not connected 19 ME V measurement CE Legend for terminal assignment: Pins with the designationnot connecte are physically present but must not be connected to an electrical potential. Pins with the designationnot presen are not physically present. The abbreviationFO stands for Fiber-Optic Link. Page 2 INTELLIGENT POWER ELECTRONICS