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Hello Circuit Designers,
With the recent release of the new General Purpose Inverter Control (GPIC), I am pleased to introduce you to this new power inverter implementation grabbed the attention of a lot of design experts in the renewable energy segment during NI Week this year.
The general idea is for the Single-Board RIO 9606, the GPIC 9683, and a mating board to form a stack of 3 PCBs for inverter control. This inverter stack allows the 3 PCBs to act as a single system with multiple functionalities:
1. The Single-Board RIO features a user programmable FPGA and a PowerPC processor.
2. The GPIC offers a complete set of I/O, using common electronics control applications. The controller and the I/O board are connected together using a RIO Mezzanine Connector (RMC); this provides high speed, high bandwidth length between the I/O on the GPIC and the FPGA on the Single-Board RIO.
3. The GPIC mating board connects directly to six female Insulation Displacement Connectors (IDC) headers at the bottom of the GPIC and provides connectivity to the 6-pack inverter load, as well as break-out of the simultaneous AIs, scanned AIs, LVTTL DIOs, Sourcing DIs, Sinking and Relay DOs, and Half-Bridge DOs. The mating board was developed to save you days of development for a custom inverter interface.
The mating PCB for the GPIC platform was fully designed in Ultiboard and a template of that design is made available for all NI power electronics customers HERE!
The features of this example GPIC mating board including the following:
NI Multisim's team continues to invest in power electronics applications and would be happy to hear your feedback about it.
Mahmoud W
NI
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