This page presents the firmware architecture of imperix controllers and details their corresponding data paths. Indirectly, this provides useful insights into how these devices operate,…
Imperix controllers rely on an internal architecture and operating principles that sometimes differ significantly from those of traditional DSPs, MCUs, and general-purpose HIL/RCP systems. Because…
Imperix controllers possess protection mechanisms that operate fully independently from the user app CPU, the supervisor CPU, and the FPGA. This guarantees that the protections…
This article details the timing configuration on imperix controllers, focusing on the four internal time bases (CLK0–CLK3) that govern ADC sampling, control-loop execution, and PWM…
This article explores imperix’s portfolio of programmable controllers, highlighting how each device is optimized for specific power-electronics applications. Products presentation All imperix controllers use a…
All imperix products subject to user programming from the ACG SDK or the CPP SDK require a software license. This concerns the B-Box controllers family…
This article describes the auto-identification feature for imperix’s latest current and voltage sensors — including those embedded in power modules — when used with the…
A total of 24 analog channels are available on the B-Box 4, all of which can be configured as either inputs or outputs. From the…
What is islanding detection? Islanding occurs when part of a power network, disconnected from the main grid, is solely powered by some Distributed Energy Resources…
Thanks to its flexible output voltage range, the LLC resonant converter is a popular choice of topology for battery charger applications, such as onboard chargers…
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