Gallium nitride devices have revolutionized power conversion in other industries and are now available in high reliability qualified form with plastic encapsulated packaging that has undergone stringent reliability and electrical testing to ensure mission critical success. The Teledyne HiRel GaN HEMT technology provides the efficiency, size, and power-density benefits required in critical aerospace and defense power applications.
New 60 A 650 V Space Screened Parts - Two new parts are available, both space-grade, 650 V, enhancement mode, top-side cooled GaN-on-Silicon power transistors. The properties of GaN allow for high current, high voltage breakdown and high switching frequency, enabling high efficiency and high power density designs. The two models are:
Family of 650 V GaN HEMTs Expands with 15 A and 30 A Versions
- TDG650E601TSP Space GaN E-mode Transistor with 900 V transient drain-to-source maximum voltage
- TDG650E602TSP Space GaN E-mode Transistor with 750 V transient drain-to-source maximum voltage
Each is available with options for EAR99 or European sourcing.
– Two new ruggedized, high power GaN HEMTs,
, were recently announced to augment our expanding GaN Power line. The HEMTs (High Electron Mobility Transistor) deliver lower current performance of 30- and 15-amp respectively, while the original 650 V introduced last year, the TDG650E60, delivers 60 A. Both are in smaller packages allowing for higher circuit packing density. The 650 V family is the highest voltage GaN power device suite today for high-rel military, avionics, and space applications, particularly power supply, motor control, half bridge topologies, and solar and wind power.
Ruggedized 100V HEMT Adds to e2v HiRel’s GaN Power HEMT Family
– This new product, TDG100E90, joins the recently announced 650V, 60A TDG650E60, and is available to provide a lower step-down voltage in high-reliability power circuitry. Compared to Silicon MOSFET devices, the GaN-based TDG100E90 HEMT significantly reduces losses and EMI, due to no reverse recovery characteristics. To reduce drain-source on-resistance (RDS(on)) or increase the load current, the TDG100E90 can easily support parallel driving configuration. The use of high-performance GaNPX® packaging allows very high-frequency switching, extremely low inductance, and excellent thermal characteristics, enabling customers to significantly reduce the size and weight of power electronics. Download the TDG100E90BEP Data Sheet >