Teledyne e2v HiRel Electronics (HiRel) offers GaN Systems and Peregrine RF power solutions dedicated to hi-rel applications. The leading edge Galium Nitride technology in GaN Systems’ solutions enable high power density designs with four times less space requirements. The Peregrine RF based POL products combine outstanding radiation performance with high levels of integration and easy to use features.

New Products

Ruggedized, High Reliability 650V GaN Power HEMT – The new TDG650E60 is the highest voltage GaN power device available on the market for space and military applications. It is now available with both top- or bottom-side cooled options. It delivers the efficiency, size, and power density-benefits required in those critical high-rel applications. The TDG650E60 boasts an extremely small form factor and leverages the patented Island Technology® from GaN Systems. It is a scalable, vertical charge dissipating system that gives the power transistor ultra-low thermal losses, high power density, no-charge storage, and very high switching speeds, and has been tested and qualified under the industry’s most stringent testing regimen.

TDEG650E60 Data Sheet >

 Design Tools



Applicable product/s


EVK (ES proto)

TD99101-x00 half-bridge driver with both the high side and low side GaN Fet gate drivers

TD99101 & TDG100Exx


White paper

GaN Power for low-temp and space applications

GaN Systems' solutions


White paper

Hydrogen Poisoning Mitigation in GaN Systems HEMT Devices

GaN Systems' solutions

 GaN Drivers





Prototype of GaN Driver Die



Prototype of GaN Driver Packaged device



Half-bridge driver with both the high side and low side GaN Fet gate drivers



Device Status Package Voltage Current Rds (ON) Dims, Description D/S
TDG650E60BEP Active GaNPX™ 650V 60A 25mOhm
11.0 X 9.0 X 0.54mm Ruggedized Plastic Enhancement Mode
GaN FET in GaNPX® Packaging


Product Datasheet Type Desc. Vin(V) Min Vin(V) Max Vout (V) Min Vout (V) Max Max Iout (A) Async Swtch Freq (kHz) Min Async Swtch Freq (kHz) Max Sync Swtch Freq (kHz) Min Sync Swtch Freq (kHz) Max Pkg. Package (mm) Hi-Rel
PE99151 POL Buck Regulators Excellent Power Efficiency 4.6 6.0 1.0 3.6 2.0 500.0 1000.0 100.0 5000.0 32L CQFP, DIE 12.57x13.08 Yes
PE99153 POL Buck Regulators Excellent Power Efficiency 4.6 6.0 1.0 3.6 6.0 500.0 1000.0 100.0 5000.0 32L CQFP, DIE 12.57x13.08 Yes
PE99155 POL Buck Regulators Excellent Power Efficiency 4.6 6.0 1.0 3.6 10.0 500.0 1000.0 100.0 5000.0 32L CQFP, DIE 12.57x13.08 Yes
TD5 Series High Reliability 10A DC-DC
POL Module
4.6 6.0 1.0 3.6 10.0 500.0 Yes
​Peregrine’s power management products follow a steep tradition of high performance and efficiency. The flagship power management family supports DC to DC conversion with radiation-tolerant point-of-load (POL) synchronous buck regulators with integrated switches. These devices offer SEE immunity to a linear energy transfer (LET) greater than 90 MeV.cm2/mg and TID of 100 kRad(Si). By offering superior performance, smaller size and reduced weight, these power management products can replace multi-chip modules in sensitive space applications.

DC-DC converters from Peregrine are the industry’s smallest, space-grade, monolithic non-isolated distributed power solutions. They can replace traditional multi-chip modules that power field-programmable gate array (FPGA), digital signal processor (DSP), ASIC and SRAM power management designs. The combination of small size, high levels of integration and efficiency lowers total system weight and associated costs. Peregrine’s converters are designed to operate from a wide bus rail and provide an output voltage supply rails for analog, digital and RF payloads while delivering continuous output current. The converters also achieve high peak efficiency of 93+ percent through monolithic integration that reduces switch loss. The components feature an external resistor that provides adjustable slope compensation to optimize closed-loop bandwidth across output voltage and switching frequency range.

Peregrine’s DC-DC converters are radiation-hardened and immune from single event latch-ups (SELs), making them ideal for space applications. They are also optimized for defense and commercial applications, such as satellite systems, military radios, radar, engine control modules (ECMs), down-hole drilling and other high-reliability systems.



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