NXP Semiconductors HVP-MC3PH High-Voltage Motor Control Platform

NXP Semiconductors HVP-MC3PH High-Voltage Motor Control Platform is a 115V/230V, 1000W, power stage that enables the development of motor control solutions using Kinetis® V Series MCUs and NXP Digital Signal Controllers. In combination with Kinetis MCU and DSC Controller Cards, the HVP-MC3PH provides a ready-made development platform for more than one horsepower off-line motors. Feedback signals allow three-phase AC induction, BLDC, or PMSM motors controlled with a wide variety of algorithms. The NXP Semiconductors HVP-MC3PH power stage includes an active interleaved Power Factor Correction (PFC) circuit that facilitates the development of PFC algorithms. The HVP-MC3PH Development Platform includes the HVP-KV46F150M Controller Card. Additional Controller cards are available separately.

Features

90V_AC to 240V_AC input voltage
110V_DC to 390V_DC input voltage
Output power up to 1kW
On-board Interleaved Power Factor Correction
Inrush limitation using an NTC + Relay
Optical isolation 5KV for communication and debugging
Hardware over-current, overvoltage faults
Motor speed/position sensors interface (Encoder, Hall, Tacho generator)

Analog sensing (input voltage, dcb voltage, dcb current, phase currents, back-EMF voltage, PFC currents, IGBT module temperature monitoring)
Supports multiple MCU cards using the PCI Express 64
EMI filter
Test points
Easy to use, safe, and robust design
CE/FCC certified

HVP-KV46F150M Controller Card

Accommodates target KV46 MCU
SWD / JTAG and SCI isolation up to 5kV
Onboard isolated power supply, allowing safe debugging
Controller card allows standalone operation
OpenSDA debug interface
Mass storage device flash programming interface (default)
P&E multilink debug interface provides run-control debugging and compatibility with IDE tools
SEGGER J-Link-Lite allows users to take advantage of most J-Link features like the ultra-fast flash download and debugging speed or the free-to-use GDBServer
Can be powered by mini USB or by the main board