PHIL 300
High-Voltage High-Frequency Hardware in the Loop Testing System
The Impedyme PHIL 300 is a high-performance hardware in the loop testing system designed for high-voltage, high-frequency applications. Its modular architecture and advanced thermal management allow engineers to emulate real-world electrical conditions and test devices under test (DUT) with accuracy and safety.
With precise HIL simulation capabilities, the PHIL 300 enables reliable validation of electric motors, power electronics, and embedded systems. Ideal for automotive HIL testing, electric motor emulation, and FPGA-based control, it offers the flexibility and scalability required for today’s demanding test environments.
Can PHIL 300 be used for electric motor emulator applications?
Yes. The PHIL 300 is ideal for electric motor emulation, allowing for precise testing of motor controllers without the need for physical motors during early-stage development.
The PHIL 300 redefines hardware in the loop testing for high-voltage, high-frequency systems. With its precision, modular design, and real-time emulation, it's ideal for testing electric motor drives, automotive systems, and power electronics.
PHIL 300
High-Voltage High-Frequency Hardware in the Loop Testing System
The Impedyme PHIL 300 is a high-performance hardware in the loop testing system designed for high-voltage, high-frequency applications. Its modular architecture and advanced thermal management allow engineers to emulate real-
world electrical conditions and test devices under test (DUT) with accuracy and safety.
With precise HIL simulation capabilities, the PHIL 300 enables reliable validation of electric motors, power electronics, and embedded systems. Ideal for
automotive HIL testing, electric motor emulation, and FPGA-based control, it offers the flexibility and scalability required for today’s demanding test
environments.
Can PHIL 300 be used for electric motor emulator applications?
Yes. The PHIL 300 is ideal for electric motor emulation, allowing for precise testing of motor controllers without the need for physical motors during early-stage development.
The PHIL 300 redefines hardware in the loop testing for high-voltage, high-
frequency systems. With its precision, modular design, and real-time emulation,
it's ideal for testing electric motor drives, automotive systems, and power electronics.