TPI GPI – Helper block
The TPI GPI helper block is a wrapper that simplifies the use of the GPI block with the all-in-one programmable inverter (TPI8032 22kW). Simulink GPI…
The TPI GPI helper block is a wrapper that simplifies the use of the GPI block with the all-in-one programmable inverter (TPI8032 22kW). Simulink GPI…
The TPI ADC helper block is a wrapper that simplifies the use of the ADC block with the all-in-one programmable inverter (TPI8032 22kW). Since the…
This page explains how to get started with the TPI 8032 all-in-one programmable inverter. It provides an overview of the hardware architecture and detailed instructions…
This technical note presents a conventional PI controller-based current control strategy, using a buck converter as example. The developed example may be employed as an…
This technical note addresses possible implementations for a discrete PI controller and provides general insight into PI tuning strategies. It also includes practical implementations for…
Real time communication is essential in order to enable converter controllers to coordinate with other devices. B-Box RCP and other imperix controllers support several protocols…
This page explains how to get started with the motor drive bundle and the motor testbench. It provides a comprehensive overview of the hardware configuration…
This page helps new users get started with imperix power electronic controllers. In particular, it explains how to deploy a user code onto these controllers,…
The DQ-type PLL is a basic Phase-Locked Loop (PLL) used to extract the phase information of three-phase voltages. It operates by minimizing the voltage projected…
This note outlines the key considerations for developing a custom user interface specifically for the operation of Imperix power converters. Several possibilities are available to…
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