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EPC advances the performance capability while lowering the cost of off-the-shelf gallium nitride transistors with the introduction of EPC2218 and EPC2204100 V eGaN FETs. The applications for these leading-edge devices include synchronous rectification, class-D audio, infotainment systems, DC-DC converters (hard-switched and resonant), and lidar for autonomous cars, robotics, and drones.
With 5V on the gate, EPC2204 has a typical Rds(on) of 4.5mΩ, 5.7nC gate charge, 800pC gate-drain charge (50V across drain-source), 25nC Qoss (also at 50V) and zero reverse recovery charge, all from a 3.75mm 2 die.
The EPC2218 (3.2 mΩ, 231 Apulsed) and the EPC2204 (6 mΩ, 125 Apulsed) have nearly 20% lower RDS(on), as well as increased DC ratings compared with prior generation eGaN FET products. The performance advantage over a benchmark silicon device is even higher.
The EPC2204 has 25% lower on-resistance, yet is three times smaller in size. Gate charge is less than half that of the silicon MOSFET benchmark, and like all eGaN FETs, there is no reverse recovery charge, enabling lower distortion class-D audio amplifiers, as well as more efficient synchronous rectifiers and motor drives.
Price and Availability: EPC2218 $2.09 EPC90123 $118.75; EPC2204 $0.99 EPC9097 $118.75.
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The applications for these leading-edge devices include synchronous rectification, class-D audio, infotainment systems, DC-DC converters (hard-switched and resonant), and lidar for autonomous cars, robotics, and drones.
The EPC2218 (3.2 mΩ, 231 Apulsed) and the EPC2204 (6 mΩ, 125 Apulsed) have nearly 20% lower RDS(on), as well as increased DC ratings compared with prior generation eGaN FET products. The performance advantage over a benchmark silicon device is even higher.
Epc2104 Datasheet
The EPC2204 has 25% lower on-resistance, yet is three times smaller in size. Gate charge (QG) is less than half that of the silicon MOSFET benchmark, and like all eGaN FETs, there is no reverse recovery charge (QRR), enabling lower distortion class-D audio amplifiers, as well as more efficient synchronous rectifiers and motor drives.
100v Gan
Alex Lidow, EPC’s co-founder and CEO commented, “With the clear superiority of these new 100 V eGaN FETs, one might expect them to be priced at a premium. However, EPC has priced these state-of-the-art 100 V transistors comparable with their aging ancestor, the silicon power MOSFET. Designers can take advantage of devices that are higher performance, smaller, more thermally efficient, and at a comparable cost. The displacement of the power MOSFET with GaN devices continues to accelerate.”