Default Settings; Default Jumper Settings; Table 12. Fault Status Leds - Nexperia NEVB-MCTRL-100-01-3INV-001-01 User Manual

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Table 12. Fault status LEDs

Fault
-
Over-current (D13) 001
Motor stopped
(D12)
Reverse rotation
(D11)
User LED 3 (D10)
User LED 2 (D9)
User LED 1 (D8)
No Hall-effect
sensor
Over-voltage of VIN is indicated by D15.

5. Default settings

The default configuration of the BLDC kit is listed below:
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5.1. Default jumper settings

There are 2 jumpers fitted on the motor control board by default, (see
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UM90029
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User manual
NEVB-MCTRL-100-01-3INV-001-01 motor driver evaluation kit
Fault bits
(b3b2b1)
000
010
011
100
101
110
111
VIN = 24 V
Motor current limit = 2.5 A
The buck converter input voltage is supplied by the 3-phase inverter board
Main supply for the motor controller board, VDD, is controlled by the output of the buck
converter
The motor controller board supplies power to the development board via MCU_VIN
Hall-effect sensor power is supplied from the development board through IOREF
JP1 - jumper fitted to pins 1 and 2. This selects the main supply for the motor controller board,
VDD, to be controlled by the output of the buck converter (INT)
JP2 - jumper fitted. This selects the main supply for the development board, MCU_VIN, to be
supplied by the motor controller board.
All information provided in this document is subject to legal disclaimers.
Rev. 1.0 — 15 April 2024
Description
Not connected, not a valid state
Current warning limit in software has been exceeded by
current sense on 3-phase inverter board. If User LEDs
1-3 are also on, current error limit has been exceeded
and system has shutdown (latching)
Motor has stopped rotating, usually from stall
Motor is spinning in reverse compared to intended
direction
User defineable fault LEDs which can be used to show
custom error codes. If all User LEDs are on, it indicated
a system shutdown (latching) due to a major error
There is a missing Hall-effect sensor connection on the
motor controller board
UM90029
Fig. 21):
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