m487 intelligent power station user manual - nuvoton · m487 intelligent power station nov. 28,...
TRANSCRIPT
M487 Intelligent Power Station
Nov. 28, 2018 Page 1 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
ARM® Cortex
®-M
32-bit Microcontroller
M487
Intelligent Power Station
User Manual NuMicro
® M480 Series
The information described in this document is the exclusive intellectual property of Nuvoton Technology Corporation and shall not be reproduced without permission from Nuvoton.
Nuvoton is providing this document only for reference purposes of NuMicro microcontroller based system design. Nuvoton assumes no responsibility for errors or omissions.
All data and specifications are subject to change without notice.
For additional information or questions, please contact: Nuvoton Technology Corporation.
www.nuvoton.com
M487 Intelligent Power Station
Nov. 28, 2018 Page 2 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Table of Contents
1 Overview ............................................................................................. 7
Brief Function Introduction on Boards ............................................................. 10 1.1
1.1.1 NuMaker-emWin-M487D Board ............................................................................ 10
1.1.2 M487 Smart Power Board ................................................................................... 12
1.1.3 DALI Master and Slave Boards ............................................................................. 13
1.1.4 NuMaker-IoT-M487 Board and NuTFT-SPI_320x240 Daughter Board .............................. 14
UART Protocol between Boards ................................................................... 15 1.2
1.2.1 Communication Protocols ................................................................................... 15
1.2.2 UART Packet Format ........................................................................................ 16
1.2.3 UART Command and Status Packets ..................................................................... 16
Setup Flows of Intelligent Power Station Demonstration ....................................... 18 1.3
Resource Information ................................................................................ 20 1.4
2 NuMaker-emWin-M487D Board ............................................................... 21
NuMaker-emWin-M487D Board Overview ........................................................ 21 2.1
Human-Machine Interface (HMI) ................................................................... 22 2.2
2.2.1 Boot Animation ................................................................................................ 22
2.2.2 Main Screen ................................................................................................... 22
2.2.3 Socket Screen ................................................................................................. 23
2.2.4 Power Screen ................................................................................................. 24
2.2.5 DALI Screen ................................................................................................... 27
2.2.6 Music Screen .................................................................................................. 28
3 NuMaker-IoT-M487 and NuTFT-SPI_320x240 Daughter Boards ........................ 29
Board Overview ....................................................................................... 29 3.1
3.1.1 NuMaker-IoT-M487 Board................................................................................... 29
3.1.2 NuTFT-SPI_320x240 Daughter Board .................................................................... 30
Speech Recognition .................................................................................. 32 3.2
4 M487 Smart Power Board ...................................................................... 33
M487 Smart Power Board Overview .............................................................. 33 4.1
M487 Smart Power Board Features ............................................................... 34 4.2
Front View of Main Board ........................................................................... 35 4.3
Rear View of Main Board ............................................................................ 37 4.4
Front View of Daughter Board ...................................................................... 38 4.5
Rear View of Daughter Board ....................................................................... 38 4.6
M487 Intelligent Power Station
Nov. 28, 2018 Page 3 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
The Pin Function of M487 Chip on M487 Smart Power Board ................................ 39 4.7
PCB Placement ....................................................................................... 43 4.8
M487 Smart Power Schematics .................................................................... 44 4.9
4.9.1 Nu-Link-Me (ICE Bridge) .................................................................................... 44
4.9.2 N487 Chip ...................................................................................................... 45
4.9.3 AC Power ...................................................................................................... 46
4.9.4 DC Power ...................................................................................................... 47
4.9.5 MCU Connector ............................................................................................... 48
4.9.6 SPI Flash ....................................................................................................... 49
4.9.7 UART to DALI ................................................................................................. 50
4.9.8 UART to Wi-Fi ................................................................................................. 51
4.9.9 UART to LCD .................................................................................................. 53
4.9.10 LED and GPIO Connector ................................................................................... 54
4.9.11 USB Daughter Board ......................................................................................... 55
5 REVISION HISTORY ............................................................................ 56
M487 Intelligent Power Station
Nov. 28, 2018 Page 4 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
List of Figures
Figure 1-1 Demonstration Hardware of M487 Intelligent Power Station System ............................ 7
Figure 1-2 M487 Power Station Case .............................................................................................. 8
Figure 1-3 Contents inside M487 Power Station Case .................................................................... 8
Figure 1-4 Hardware Structure of M487 Intelligent Power Station System ..................................... 9
Figure 1-5 NuMaker-emWin-M487D Board ................................................................................... 10
Figure 1-6 Reworked NuMaker-emWin-M487D Board .................................................................. 11
Figure 1-7 M487 Smart Power Board ............................................................................................ 12
Figure 1-8 DALI Master and Slave Boards .................................................................................... 13
Figure 1-9 NuMaker-IoT-M487 Board and NuTFT-SPI_320x240 Daughter Board ....................... 14
Figure 1-10 Block Diagram of Intelligent Power Station ................................................................ 15
Figure 1-11 Wi-Fi LED on Intelligent Power Station Case ............................................................. 18
Figure 1-12 Indicated LED on NuMaker-IoT-M487 Board ............................................................. 19
Figure 1-13 Applications on Nuvoton Website ............................................................................... 20
Figure 1-14 Software Package....................................................................................................... 20
Figure 2-1 NuMaker-emWin-M487D Board ................................................................................... 21
Figure 2-2 Boot Animation ............................................................................................................. 22
Figure 2-3 Main Screen .................................................................................................................. 23
Figure 2-4 Socket Screen (Ex. AC1 and DC2/USB2 Sockets are ON) ......................................... 24
Figure 2-5 Timer Page ................................................................................................................... 25
Figure 2-6 Current Page ................................................................................................................ 26
Figure 2-7 Cost Page ..................................................................................................................... 27
Figure 2-8 DALI Screen ................................................................................................................. 28
Figure 2-9 Nuvoton GIF Files Replaying ........................................................................................ 28
Figure 3-1 NuMaker-IoT-M487 Board ............................................................................................ 29
Figure 3-2 NuTFT-SPI_320x240 Daughter Board ......................................................................... 30
Figure 3-3 The Flow of Speech Recognition .................................................................................. 32
Figure 4-1 M487 Smart Power Board ............................................................................................ 33
Figure 4-2 Front View of Main Board on M487 Smart Power Board ............................................. 36
Figure 4-3 Rear View of Main Board on M487 Smart Power Board .............................................. 37
Figure 4-4 Front View of Daughter Board on M487 Smart Power Board ...................................... 38
Figure 4-5 Rear View of Daughter Board on M487 Smart Power Board ....................................... 38
Figure 4-6 Front Placement of Main Board .................................................................................... 43
Figure 4-7 Front Placement of Daughter Board ............................................................................. 43
Figure 4-8 Nu-Link-Me Circuit ........................................................................................................ 44
Figure 4-9 M487 Chip Circuit ......................................................................................................... 45
Figure 4-10 AC Power Circuit ........................................................................................................ 46
M487 Intelligent Power Station
Nov. 28, 2018 Page 5 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Figure 4-11 DC Power Circuit ........................................................................................................ 47
Figure 4-12 MCU Connector Circuit ............................................................................................... 48
Figure 4-13 SPI Flash Circuit ......................................................................................................... 49
Figure 4-14 UART to DALI Circuit .................................................................................................. 50
Figure 4-15 UART to Wi-Fi Circuit ................................................................................................. 51
Figure 4-16 Wi-Fi Module Daughter Board .................................................................................... 51
Figure 4-17 Wi-Fi Daughter Board Circuit ...................................................................................... 52
Figure 4-18 UART to LCD Circuit................................................................................................... 53
Figure 4-19 LED and GPIO Connector Circuit ............................................................................... 54
Figure 4-20 USB Daughter Board Circuit ....................................................................................... 55
M487 Intelligent Power Station
Nov. 28, 2018 Page 6 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
List of Tables
Table 1-1 Dedicated LED Components on Reworked NuMaker-emWin-M487D Board ............... 11
Table 3-1 GPIO Pins of M487 Chip Connected with NuTFT-SPI_320x240 Daughter Board ........ 31
Table 4-1 Dedicated Function on Pin1~36 of M487 Chip .............................................................. 39
Table 4-2 Dedicated Function on Pin37~72 of M487 Chip ............................................................ 40
Table 4-3 Dedicated Function on Pin73~108 of M487 Chip .......................................................... 41
Table 4-4 Dedicated Function on Pin109~144 of M487 Chip ........................................................ 42
Table 4-5 UART Connection between Wi-Fi Daughter and M487 Smart Power Boards .............. 52
Table 4-6 UART Connection between NuMaker-emWin-M487D and M487 Smart Power Boards53
M487 Intelligent Power Station
Nov. 28, 2018 Page 7 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
1 OVERVIEW
This user manual aims for giving users a whole and detailed introduction about the M487 Intelligent Power Station. Figure 1-1 shows the demonstration hardware for whole the M487 Intelligent Power Station system. In this demonstration system, users can turn on or turn off the power switches of the AC sockets and USB sockets inside the M487 Power Station case thru the remote controlling by the smart phone or thru the local controlling by the touch finger on the LCD panel on the M487 Power Station case. On the other hand, users also can monitor the real-time current and power consumption that passing through on each turned-on AC or USB socket on the TFT LCD screen or on the APP of remote cellphone.
DALI Master/Slave
M487 Power Station Case
AC Sockets
USB Sockets
TFTLCD
Speech Recognition Input
LED
UART Cable
AC Power Cableand Plug
Wi-Fi Hotspot
Smart Phone
LED
Wi-Fi
Wi-Fi
Cloud
Figure 1-1 Demonstration Hardware of M487 Intelligent Power Station System
After opened the M487 Power Station case, users can find a lots of components and boards inside this M487 Power Station case that shown in the Figure 1-2 below.
M487 Intelligent Power Station
Nov. 28, 2018 Page 8 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Figure 1-2 M487 Power Station Case
Figure 1-3 shows all the contents inside the M487 Power Station case. It includes mainly a NuMaker-emWin-M487D board with TFT LCD panel (top), a M487 Smart Power (V1.1) board (bottom), a Wi-Fi module board (middle), an AC-to-DC5V adaptor, three AC sockets, three USB sockets and some LED components.
M487 Smart Power Board
(Bottom)
NuMaker-emWin-M487D Board
(Top)
AC Sockets
USB Sockets
TFT LCD(QVGA)
LED
Wi-Fi Module Board
(Middle)
LED
AC to DC5V Adaptor
Figure 1-3 Contents inside M487 Power Station Case
M487 Intelligent Power Station
Nov. 28, 2018 Page 9 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Figure 1-4 shows the whole hardware structure of M487 Intelligent Power Station system. The M487 Intelligent Power Station system consists of a NuMaker-emWin-M487D board with TFT LCD panel, a M487 Smart Power board with AC and USB sockets, a NuMaker-IoT-M487 board with a microphone, a DALI combination board consisted of master and slave boards that based on the DALI 2.0 specification, a Wi-Fi hotspot and a smart phone. This whole application system uses UART interface and Wi-Fi module to communicate the commands and data between these boards.
UART UART
Cloud
Wi-Fi
HMI Based on emWin Engine(QVGA LCD with Touch)
Power Switches Control and Current Measurement
(AC Socket x 3, USB Socket x 3)
Lighting Control(Lux, Fade-out Time)
Wi-Fi
Speech Recognition and Display (Arm Mbed® OS)
NuMaker-emWin-M487D Board DALI Master/Slave Boards
M487 Smart Power Board
NuMaker-IoT-M487 and NuTFT-SPI_320x240 Daughter Boards
MIC
Smart Phone
Wi-Fi Hotspot
Figure 1-4 Hardware Structure of M487 Intelligent Power Station System
M487 Intelligent Power Station
Nov. 28, 2018 Page 10 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Brief Function Introduction on Boards 1.1
1.1.1 NuMaker-emWin-M487D Board
The NuMaker-emWin-M487D board shown in the Figure 1-5 below provides user the Human-Machine Interface (HMI) function. Users can control the power switches to turn on or turn off the power on these AC sockets and USB sockets on M487 Smart Power board by touch finger input on TFT LCD screen. On the other hand, the real-time current and power consumption of each be turned-on socket are displayed on the TFT LCD screen and the On/Off status also shown on LED.
In this M487 Intelligent Power Station application and for the destination to fit all hardware boards into the case, users can find some components of NuMaker-emWin-M487D board are be removed and be replaced with LEDs. Figure 1-6 shows the reworked NuMaker-emWin-M487D board.
This NuMaker-emWin-M487D board is a master role in this M487 Intelligent Power Station application. It arbitrates the speech recognition command passed from NuMaker-IoT-M487 board through the Wi-Fi module (UART interface) of M487 Smart Power board with the HMI input and then sends the last command by UART to control the power switches to turn on or turn off the power on these AC and USB sockets.
Figure 1-5 NuMaker-emWin-M487D Board
M487 Intelligent Power Station
Nov. 28, 2018 Page 11 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
LED
AC1
LED
AC2
LED
AC3
LED
DC2
LED
DC1LED
DC3LED
DALI
LED
Wi-Fi
Network
Resistors
330-ohm
Figure 1-6 Reworked NuMaker-emWin-M487D Board
Table 1-1 Dedicated LED Components on Reworked NuMaker-emWin-M487D Board
LED Name Dedicated for GPIO LED ON
LED AC1 AC1 Socket PC.12 Socket power is turned-on
LED AC2 AC2 Socket PG.5 Socket power is turned-on
LED AC3 AC3 Socket PB.14 Socket power is turned-on
LED DC1 DC1/USB1 Socket PB.1 Socket power is turned-on
LED DC2 DC2/USB2 Socket PG.1 Socket power is turned-on
LED DC3 DC3/USB3 Socket PB.2 Socket power is turned-on
LED Wi-Fi Wi-Fi Module PH.6 Wi-Fi is connecting (flashing) or
connected (always on)
LED DALI DALI Board PH.7 DALI board is connected
M487 Intelligent Power Station
Nov. 28, 2018 Page 12 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
1.1.2 M487 Smart Power Board
The M487 Smart Power board is based on M487JIDAE MCU chip to implement the real power switch controlling and measure the current and power consumption on each AC and USB socket if it is turned-on by the NuMaker-emWin-M487D board. It sends back the real-time current and power consumption to NuMaker-emWin-M487D board to display on the LCD module through the UART interface.
This board also plays the role of UART bridges. It passes the command from NuMaker-emWin-M487D board to the DALI master board through the UART interface with the transceiver. On the other hand, it also passes the speech recognition command through the Wi-Fi module (UART interface) from NuMaker-IoT-M487 board to NuMaker-emWin-M487D board to arbitrate the command with HMI input.
Figure 1-7 shows the M487 Smart Power (V1.1) board.
Figure 1-7 M487 Smart Power Board
M487 Intelligent Power Station
Nov. 28, 2018 Page 13 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
1.1.3 DALI Master and Slave Boards
The DALI combination board that consists of a DALI master board and a DALI slave board is a slave device in M487 Intelligent Power Station system. It always receives the command passing through the UART interface of M487 Smart Power board from the HMI input of the NuMaker-emWin-M487D board to control the lux and fade-out time of light on the DALI slave board.
Figure 1-8 shows the combination board that combines a DALI master board with a DALI slave board and these two boards meet the DALI 2.0 specification.
Figure 1-8 DALI Master and Slave Boards
M487 Intelligent Power Station
Nov. 28, 2018 Page 14 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
1.1.4 NuMaker-IoT-M487 Board and NuTFT-SPI_320x240 Daughter Board
The NuMaker-IoT-M487 board is also based on M487JIDAE MCU chip to implement the rich Internet-of-Thing (IoT) applications. In this M487 Intelligent Power Station application, the firmware on the embedded flash of M487 chip has been implemented a speech recognition algorithm with machine learning. The firmware transfers the speech command based on some fixed key words to the NuMaker-emWin-M487D board thru the Wi-Fi module (UART interface) and UART interface of M487 Smart Power board. After speech recognition completed, the TFT LCD of the NuTFT-SPI_320x240 daughter board shows the digit number the result of speech recognition from M487 MCU through the SPI interface.
Figure 1-9 shows the combined picture of NuMaker-IoT-M487 V1.2 board and the NuTFT-SPI_320x240 V1.3 daughter board.
Figure 1-9 NuMaker-IoT-M487 Board and NuTFT-SPI_320x240 Daughter Board
M487 Intelligent Power Station
Nov. 28, 2018 Page 15 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
UART Protocol between Boards 1.2
Figure 1-10 shows the function block diagram of Intelligent Power Station. There are four main boards to structure this demonstration system.
NuMaker-emWin-M487D Board
NuMaker-IoT-M487 and
NuTFT-SPI Daughter Boards
DALI Master/SlaveBoards
M487 Smart Power
Board
UART UART
Cloud
Wi-Fi
HMI(QVGA LCD with Touch)
Power Switches(AC Socket x 3,USB Socket x 3)
Light(Lux, Fade-out Time)
Microphone Input
Wi-Fi
Voice Recognitionon mbed
Wi-Fi Hotspot
Figure 1-10 Block Diagram of Intelligent Power Station
1.2.1 Communication Protocols
Between these four boards, it uses the UART interface and Wi-Fi module (also based on UART interface) to link each board as listed below. The UART protocol format is (115200, N, 8, 1) that it means the baud-rate is 115200, non-parity check, 8-bit data and 1-bit stop.
NuMaker-IoT-M487 Board (Master) Wi-Fi and AP M487 Smart Power Board (Slave)
NuMaker-emWin-M487D Board (Master) UART M487 Smart Power Board (Slave)
M487 Smart Power Board (Master) UART DALI Master Board (Slave)
M487 Intelligent Power Station
Nov. 28, 2018 Page 16 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
1.2.2 UART Packet Format
The length of UART packet is seven bytes and the format is listed below.
Leading Code : „@‟ (one byte)
Command Code (one byte)
SET_ON/OFF (0x00)
GET_CURRENT (0x11)
GET_POWER_CONSUMPTION (0x12)
Parameters or Responses (four bytes)
Checksum (one byte, without leading code)
1.2.3 UART Command and Status Packets
There are three commands in the UART communication protocols. The command code is the second byte in the UART packet format.
Command Code 0x00 : SET_ON/OFF Parameter:
Parameter1: Socket number (0~2 for AC, 3~5 DC/USB, 6 for DALI)
Parameter2: Action (0: Off, 1:On, 2:Toggle)
The Toggle command is generated by the speech recognition on the NuMaker-IoT-M487 board through the Wi-Fi. The M487 Smart Power board receives this Toggle command from the Wi-Fi and then passes it to NuMaker-emWin-M487D board to arbitrate the final command with the HMI input.
Parameter3: 0x00 ~ 0xFF (Lux only for DALI)
Parameter4: 0x00 ~ 0x0F (Fade-out time only for DALI)
Response:
Response1: Socket number (0~2 for AC, 3~5 for DC/USB, 6 for DALI)
Response2: On/Off Status (0: Off, 1:On, FF: Not connected with DALI)
Response3: 0x00 ~ 0xFF (Lux only for DALI)
Response4: 0x00 ~ 0x0F (Fade-out time only for DALI)
Command Code 0x11 : GET_CURRENT Parameter:
Parameter1: Socket number (0~2 for AC, 3~5 for DC/USB)
Parameter2: 0x00
Parameter3: 0x00
Parameter4: 0x00
Response:
Response1: Socket number (0~2 for AC, 3~5 for DC/USB)
M487 Intelligent Power Station
Nov. 28, 2018 Page 17 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Response2: Unit (0: uA, 1: mA, 2: A)
AC current only supports in mA and A units.
DC/USB current only supports in uA and mA units.
Response3: Low byte of current
Response4: High byte of current
AC Current: Current value x 1 in mA unit. Current value x 16 in A unit.
DC/USB Current: Current value x 1 in both uA and mA units.
Command Code 0x12 : GET_POWER_CONSUMPTION Parameter:
Parameter1: Socket number (0~2 for AC, 3~5 for DC/USB)
Parameter2: 0x00
Parameter3: 0x00
Parameter4: 0x00
Response:
Response1: Socket number (0~2 for AC, 3~5 for DC/USB)
Response2: Unit (0: mWHr, 1: WHr, 2: KWHr)
Response3: Low byte of power consumption
Response4: High byte of power consumption
Note: The power consumption value x 50 in both mWHr and WHr units for AC and DC/USB socket.
M487 Intelligent Power Station
Nov. 28, 2018 Page 18 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Setup Flows of Intelligent Power Station Demonstration 1.3
The setup flows of Intelligent Power Station demonstration are listed below.
Open the Wi-Fi hotspot that set as the following.
SSID name: „MB‟
Password: „035770066‟
Plug-in the plug of Intelligent Power Station case to the AC power socket on the wall and power on the NuMaker-IoT-M487 board for speech recognition input.
Check the LED status from flashing (connecting) to always-on (ready) on the Intelligent Power Station case that shown as the following Figure 1-11. When the green Wi-Fi LED is flashing, it means that the Wi-Fi module inside the Intelligent Power Station is trying to connect with the hotspot. When the green Wi-Fi LED is always ON, it means that the Wi-Fi has connected with hotspot and this Intelligent Power Station is ready to receive the speech recognition command from the NuMaker-IoT-M487 board through the Wi-Fi.
Wi-Fi is connecting (LED flash) or
Wi-Fi is connected (LED always ON)
Figure 1-11 Wi-Fi LED on Intelligent Power Station Case
Check the LED status on the NuMaker-IoT-M487 board that shown as the following Figure 1-12. When the red LED is flashing, it means that the Wi-Fi module is trying to connect with the hotspot. When the green LED is flashing, it means that the Wi-Fi has connected with the hotspot and this firmware of M487 chip on this board is ready for speech recognition application. When the yellow LED is at OFF state, it means that this board is ready to receive the speech from the microphone input. When the yellow LED is flashing, it means that this firmware of speech recognition is running.
M487 Intelligent Power Station
Nov. 28, 2018 Page 19 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Wi-Fi is
connecting
(LED flash)
Wi-Fi is
connected
(LED flash)
Speech recognition
is running
(LED flash)
Figure 1-12 Indicated LED on NuMaker-IoT-M487 Board
HMI touch input on the TFT LCD screen of Intelligent Power Station or microphone input for speech recognition on the NuMaker-IoT-M487 board to control the power switch ON or OFF of AC or DC/USB socket.
Monitor the current and power consumption of the turned-on socket on TFT LCD screen.
Monitor the current, power consumption and ON/OFF status of AC and DC/USB sockets on APP of the remote cellphone.
M487 Intelligent Power Station
Nov. 28, 2018 Page 20 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Resource Information 1.4
For the hardware and software packages, user has to visit the Applications page on Nuvoton website as the following Figure 1-13 shown to download the related resources and documents about the M487 Intelligent Power Station application.
https://www.nuvoton.com/hq/?__locale=en#
Figure 1-13 Applications on Nuvoton Website
In the downloaded software package, use can find the related example source codes for this M487 Intelligent Power Station as the following Figure 1-14 shown.
HMI emWin source code for NuMaker-emWin-M487D board
Smart Power source code for M487 Smart Power board
SampleCode folder
Figure 1-14 Software Package
M487 Intelligent Power Station
Nov. 28, 2018 Page 21 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
2 NUMAKER-EMWIN-M487D BOARD
NuMaker-emWin-M487D Board Overview 2.1
The NuMaker-emWin-M487D board consists of a NuMaker-PFM-M487 (Ver 3.0) main board and a NuMaker M487 Advance (Ver 4.0) daughter board. This board provides user the development hardware board based on M487 MCU chip (M487JIDAE) to implement some dedicated applications, especially for the NuMaker emWin GUI display and HMI function on TFT LCD screen with touch input.
Figure 2-1 shows the NuMaker-emWin-M487D board that combined from a NuMaker-PFM-M487 main board (bottom) and NuMaker M487 Advance daughter board (top).
Figure 2-1 NuMaker-emWin-M487D Board
For more detailed information about the NuMaker-emWin-M487D board, please visit Nuvoton NuMicro Family ARM
® Cortex
® -M4 MCUs website to get the related User Manual document.
https://www.nuvoton.com/hq/products/microcontrollers/arm-cortex-m4-mcus/m487-ethernet-series/User-Manual/?__locale=en&resourcePage=Y
M487 Intelligent Power Station
Nov. 28, 2018 Page 22 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Human-Machine Interface (HMI) 2.2
In this M487 Intelligent Power Station application, the firmware had been implemented with Human-Machine Interface (HMI) function based on the emWin engine and the binary code also had been programmed into the embedded flash of M487 chip on the NuMaker-emWin-M487D board.
Through this HMI interface, users can control the power switches to turn on or turn off the power on these AC sockets and USB/DC sockets on M487 Smart Power board by touch finger input on TFT LCD screen. On the other hand, the real-time current and power consumption of each be turned-on socket are displayed on the TFT LCD screen and the On/Off status also shown on LED.
2.2.1 Boot Animation
For each time, user plugs the AC plug into the AC power socket on the wall to power-on the M487 Power Station case and user will see a boot animation displayed on the TFT LCD screen about three seconds. Figure 2-2 shows the boot animation displayed from some nuvonTon GIF files.
Figure 2-2 Boot Animation
2.2.2 Main Screen
After the ending of boot animation, the following is the Main screen displayed on the TFT LCD screen. The Main screen shows four function icons including Power, DALI, Cam (Camera) and Music as the Figure 2-3 shown.
M487 Intelligent Power Station
Nov. 28, 2018 Page 23 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Power
Icon
DALI
Icon
Camera
Icon
Music
Icon
Figure 2-3 Main Screen
2.2.3 Socket Screen
After pressed the Power icon on the Main screen, the HMI emWin will enter the Socket screen and user can choose which socket will be controlled or monitored in the M487 Intelligent Power Station. The M487 Intelligent Power Station provides user three AC sockets and three USB/DC sockets to control.
When a power switch of socket is turned-on by user, the color of socket icon will be change from gray to red. On the contrary, the gray socket icon means the power switch of this socket is on OFF state. At the bottom-right corner, it is a Return icon for user to return the last screen. Figure 2-4 shows the Socket Screen that both AC1 socket and DC2/USB2 socket are on ON status.
M487 Intelligent Power Station
Nov. 28, 2018 Page 24 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Return
Icon
AC1 Icon AC2 Icon AC3 Icon
DC1 Icon DC2 Icon DC3 Icon
Figure 2-4 Socket Screen (Ex. AC1 and DC2/USB2 Sockets are ON)
2.2.4 Power Screen
After pressed one of socket icons on the Socket screen, the HMI emWin will enter its Power screen. There are three pages in the Power screen for each AC and DC/USB socket. These three pages are the Timer page, Current page and Cost page for user to control or monitor the power switch of socket.
Timer Page 2.2.4.1
At the top-left corner of this Timer page, user can see which socket is setting now. At the left side of this screen, user can turn on or turn off this selected socket by switching the ON/OFF icon. User also can set the turn-on time on minute and second by scrolling the wheel at the right side of this screen. For example, if user scrolls the minute wheel at 1 and then presses the ON icon, the power switch of socket will be turned on instantly and be turned off automatically after one minute. If both of minute and second are set at zero, it means the power switch of socket is always on while the socket is turned on. Figure 2-5 shows the Timer page for AC1 socket.
M487 Intelligent Power Station
Nov. 28, 2018 Page 25 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Cost
Page
Timer
Page
Current
Page
Return
Icon
ON/OFF
Icon
In AC1
Socket
Min.
Wheel
Sec.
Wheel
Figure 2-5 Timer Page
Current Page 2.2.4.2
On this Current page, user can monitor the real-time current that passing through this socket. If the socket is not turned on, the pointer will be kept at the 0 position. Figure 2-6 shows the Current page for AC1 socket.
M487 Intelligent Power Station
Nov. 28, 2018 Page 26 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Return
Icon
In AC1
Socket
Unit
Pointer
Cost
Page
Timer
Page
Current
Page
Figure 2-6 Current Page
Cost Page 2.2.4.3
On this Cost page, user can see how long has this socket been turned on and this socket‟s total power consumption if this socket is turned on. Figure 2-7 shows the Cost page for AC1 socket.
M487 Intelligent Power Station
Nov. 28, 2018 Page 27 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Cost
Page
Timer
Page
Current
Page
Return
Icon
In AC1
Socket
Unit
Count Time
Min. : Sec.
Value
Figure 2-7 Cost Page
2.2.5 DALI Screen
After user pressed the DALI icon on the Main screen, the HMI emWin will enter the DALI screen as the following Figure 2-8. At the top-right corner of DALI screen, it shows the status whether a DALI master board has connected with this Intelligent Power Station. If a DALI master board does not connect with this Intelligent Power Station by an UART cable, the color of status will change to red. On the contrary, if a DALI master board has connected with this Intelligent Power Station by an UART cable, the color of status will change to green.
At the bottom-middle side of this screen, user can turn on or turn off the light on the DALI slave board by switching the ON/OFF icon.
The slider at the left side is for user to control the fade-out time of light on the DALI slave board. There are total 16 levels from zero to fifteen. The lesser the value means the fade-out time is shorter. At the right side of this screen, user can see an arc-slider and two +/- icons that can control the brightness (0 to 255) of light on the DALI slave board by sliding the arc-slider or by pressing the + or - icon. The greater the value means the brighter on the light. The fade-out time and brightness of the light can be adjusted immediately when the ON/OFF icon is in ON state. The DALI screen is as Figure 2-8 shown.
M487 Intelligent Power Station
Nov. 28, 2018 Page 28 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Return
Icon
ON/OFF
IconIncrease Icon
for brightness
Slider for
fade-out time
Arc-slider
for brightness
DALI Status
Red: Not connected
Green: Connected
Decrease Icon
for brightness
Figure 2-8 DALI Screen
2.2.6 Music Screen
After user pressed the Music icon on the Main screen, it will replay the nuvoTon GIF files on the TFT LCD screen as the following Figure 2-9 and then return to the Main screen.
Figure 2-9 Nuvoton GIF Files Replaying
M487 Intelligent Power Station
Nov. 28, 2018 Page 29 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
3 NUMAKER-IOT-M487 AND NUTFT-SPI_320X240 DAUGHTER BOARDS
Board Overview 3.1
3.1.1 NuMaker-IoT-M487 Board
The NuMaker-IoT-M487 is a development board using Nuvoton M487JIDAE MCU which includes Arm
® Cortex
® -M4 core and rich peripherals. It also has environmental sensor, motion sensor and Wi-
Fi connectivity on board as well as plenty of reference materials to let user to quickly develop IoT device applications.
Furthermore, the board provides several interface and connectors for expansion. There are Arduino Uno compatible interface, mikroBUS
™ interface, NuMaker Brick I
2C connector, and specific I/O
connector to simulate, for example, image sensor interface. Not only can various Arduino or mikroBUS
™ daughter boards be used directly, but it also is convenient for users to connect other
required components.
Figure 3-1 shows the NuMaker-IoT-M487 board and its components.
NuMaker Brick
Connector
NuMaker Brick
Connector
USB ICE
Connector Simulated
CMOS Sensor
Interface
Reset
ICE Controller
M487JIDAEUSB1.1
OTG
USB2.0
OTG
Headset
SPI Flash
Ethernet PHY
mikroBUS
Ethernet RJ-45
Connector
GPIOs
ButtonsLEDs
9-axis
Sensor Env.
Sensor
Wi-Fi
Module
GND
VCC
Arduino UNO
Interface
GND
VCC
SD Card
Slot
NAU88L25
Codec
Figure 3-1 NuMaker-IoT-M487 Board
For more detailed information about the NuMaker-IoT-M487 board, please visit Nuvoton NuMicro Family ARM
® Cortex
® -M4 MCUs website to get the related User Manual document.
https://www.nuvoton.com/hq/products/microcontrollers/arm-cortex-m4-mcus/m487-ethernet-series/User-Manual/?__locale=en&resourcePage=Y
M487 Intelligent Power Station
Nov. 28, 2018 Page 30 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
3.1.2 NuTFT-SPI_320x240 Daughter Board
This daughter board has a QVGA (320x240 pixels) TFT LCD module and use SPI interface that connected with MCU to control it for display. Figure 3-2 shows the NuTFT-SPI_320x240 daughter board.
QVGA
TFT LCD
ButtonsJoystick
Arduino UNO
Interface
Figure 3-2 NuTFT-SPI_320x240 Daughter Board
For more detailed information about the NuTFT-SPI_320x240 daughter board, please visit Nuvoton NuMicro Family ARM
® Cortex
® -M0 MCUs website to get the related hardware information and User
Manual document.
https://www.nuvoton.com/hq/products/iot-solution/emwin-platform/emwin-platform/numaker-emwin-nuc126/index.html?__locale=en
The Table 3-1 lists the dedicated GPIO pins of M487 chip on NuMaker-IoT-M487 board that used to connect with the TFT LCD module on the NuTFT-SPI_320x240 daughter board for displaying.
M487 Intelligent Power Station
Nov. 28, 2018 Page 31 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Table 3-1 GPIO Pins of M487 Chip Connected with NuTFT-SPI_320x240 Daughter Board
LCM Interface LCM Function M487 Chip
GPIO GPIO Mode
LCM_SPI_SS LCM SPI chip select PA.11 (SPI2) Output
LCM_SPI_CLK LCM SPI clock PA.10 (SPI2) Output
LCM_SPI_MISO LCM SPI data output PA.9 (SPI2) Input
LCM_SPI_MOSI LCM SPI data input PA.8 (SPI2) Output
LCM_DC LCM command or data PB.2 Output
LCM_RESET LCM reset PB.3 Output
LCM_LED LCM backlight PE.5 Output
M487 Intelligent Power Station
Nov. 28, 2018 Page 32 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Speech Recognition 3.2
The speech recognition is based on machine learning. A complete deep learning speech recognition system requires two platforms. As Figure 3-3 shows, one is PC platform. We program the deep learning code and train the model by Tensorflow and Python. Due to the supervised learning for the training mode, it is necessary to give the system a large amount of training data and labels. Then extract the features of speech data and train the model by deep neural networks (DNN). Until the system reaches the optimization, we evaluate the accuracy by modifying the training model repeatedly. The other platform is NuMaker-IoT-M487. The speech recognition system can be implemented based on the training parameters from PC platform.
Figure 3-3 The Flow of Speech Recognition
There are ten English digits used for this recognition scheme: One, Two, Three, Four, Five, Six, Seven, Eight, Nine and Zero. The NuMaker-IoT-M487 and the Nu TFT LCD GUI development platforms are utilized in the speech recognition system. When the user says “One” to the microphone, the number “1” will be shown on the LCD panel by identifying the keyword correctly. And the number command will be transferred to the M487 Intelligent Power Station via Wi-Fi to toggle the power switches of the AC sockets (number 1~3) or DC/USB sockets (number 4~6).
For more detailed information about the speech recognition reference design, please visit Nuvoton NuMicro Family ARM
® Cortex
® -M4 MCUs website to get the related application note document and
sample code.
https://www.nuvoton.com/hq/resource-download.jsp?tp_GUID=EC0120180911100446
M487 Intelligent Power Station
Nov. 28, 2018 Page 33 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
4 M487 SMART POWER BOARD
M487 Smart Power Board Overview 4.1
This M487 Smart Power (V1.1) board consists of a main board and a daughter board.
The main board controls and supplies the AC power for the AC power sockets and supplies a stable DC 5V power thru an AC-DC5V adaptor for the system. This board also uses a M487JIDAE chip as microcontroller to control the whole operations on this system. The M487 MCU controls the relay switches for the AC power sockets and measures the currents from the current sensors that monitoring on these AC power sockets by 3-channel ADC inputs of MCU.
The daughter board consists of three sets of MOSFET devices and three USB type-A sockets. The M487 MCU also controls the USB switch devices to supply the DC 5V for these USB type-A sockets and switches the MOSFET devices to measure the currents that passing through these sockets by 9-channel ADC inputs of MCU. These control signals and ADC channels come are connected with the main board thru three connectors.
Figure 4-1 shows the M487 Smart Power (V1.1) board that combined from a main board (bottom) and a daughter board (top).
Main Board
(Bottom)
Daughter Board
(Top)
Figure 4-1 M487 Smart Power Board
M487 Intelligent Power Station
Nov. 28, 2018 Page 34 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
M487 Smart Power Board Features 4.2
Main board
M487JIDAE MCU (512KB flash, 160KB SRAM).
Nu-Link-Me ICE bridge circuit to download the firmware binary code or to trace the source code in debug mode. It also provides the USB VCOM function to show debugging messages that depended by user.
One DC power jack for an AC-DC5V adaptor input to supply stable 5V power.
Three sets of pair connector pads to connect with three AC power sockets.
Three relay (SRD-05VDC-SL-C) devices.
Three current sensor (ACS714ELCTR-20A-T) devices.
One fuse (20A/250V) to protect the system.
Bridge rectifier (DF1510) and phototransistor coupler (4N25) to detect the zero-cross point of AC power.
DB9 connector with RS232 Transceiver (TI 75C3232E) for DALI interface.
Wi-Fi connector (UART interface) to communicate with NuMaker-IoT-M487 board for speech command input and transmit data to cloud thru the NuMaker-IoT-M487 board.
LCD connector (UART interface) to communicate with NuMaker-emWin-M487D board for HMI (Human-Machine Interface).
SPI flash (Winbond W25Q32) device for SPIM of MCU to extend the flash memory.
Six LEDs
Daughter board
Three USB switch (TPS2065CDBVR-2) devices are controlled by MCU to supply the 5V power to three USB type-A sockets and to detect whether there is an over current on each USB type-A socket.
Three sets of MOSFET (SI2302AD) devices. Each set of MOSFET devices can be switched to three different resistor paths by MCU to measure the current that passing through one USB type-A socket.
Three USB type-A sockets.
M487 Intelligent Power Station
Nov. 28, 2018 Page 35 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Front View of Main Board 4.3
Figure 4-2 shows the main components and connectors from the front side of the main board on M487 Smart Power board.
The following lists components and connectors from the front view:
M487JIDAE target chip (U1).
Nu-Link-Me ICE bridge circuit (ICEU2, ICEJ1) and switches (ISW1) for the USB VCOM function.
Pair connector pads J4 and J8 are for the AC power input that from the outside of case.
Pair connector pads J3 and J7 are for the AC power input to AC-DC5V adaptor.
Pair connector pads J1 and J2, J5 and J6, J9 and J10 are used to connect with AC power sockets.
20A/250V Fuse (F1).
Bridge rectifier DF1510 (U5) and phototransistor coupler 4N25 (U4).
DC power jack (CON1) is for AC-DC5V adaptor 5V input.
Relay (SRD-05VDC-SL-C) devices. (LS1, LS2 and LS3)
Current sensor (ACS714ELCTR-20A-T) devices. (U2, U3 and U6)
DB9 connector (CON5) with RS232 Transceiver (U11, TI 75C3232E) for DALI application.
Wi-Fi connector (J23) to communicate with NuMaker-IoT-M487 board for data transaction.
LCD connector (J24) to communicate with NuMaker-emWin-M487D board for HMI.
Connector J20 (VDD5V), connector J21 (VCC = 3.3V), connector J22 (GND) and the other three connectors (J17, J18 and J19) are for the combination with the daughter board.
SPI flash (U12, Winbond W25Q32) device for SPIM.
Six LEDs. (LED0 ~ LED5)
Two GPIO connectors. (J25 and J26)
M487 Intelligent Power Station
Nov. 28, 2018 Page 36 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
ICE Bridge
(ICEJ1, ICEU2)
Reset Key
(SW1)
VCOM
(ISW1)
DB9
(CON5)
RS232 Transceiver
(U11)
Relay
(LS1, LS2, LS3)
M487 Chip
(U1)
SPI Flash
(U12)
DC Power Jack
(CON1)
Current Sensor
(U2, U3, U6)
Phototransistor
Coupler (U4)
Fuse
(F1)
LED
(LED0~LED5)
Bridge Rectifier
(U5)
Adaptor AC Pads (J3/J7)
AC Power Input
(J4/J8)
AC
1 P
ads
(J1
/J2
)
AC
2 P
ads
(J5
/J6
)
AC
3 P
ads
(J9
/J1
0)
Figure 4-2 Front View of Main Board on M487 Smart Power Board
M487 Intelligent Power Station
Nov. 28, 2018 Page 37 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Rear View of Main Board 4.4
Figure 4-3 shows the rear side of the main board on M487 Smart Power board.
Figure 4-3 Rear View of Main Board on M487 Smart Power Board
M487 Intelligent Power Station
Nov. 28, 2018 Page 38 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Front View of Daughter Board 4.5
Figure 4-4 shows the main components and connectors from the front side of the daughter board on M487 Smart Power board.
The following lists components and connectors from the front view:
USB switch (TPS2065CDBVR-2) devices. (U8, U9 and U10)
Three sets of MOSFET (SI2302AD) devices. (Q4/Q5/Q6, Q7/Q8/Q9 and Q10/Q11/Q12)
Three USB type-A sockets. (CON2, CON3 and CON4)
Connector J14 (VDD5V), connector J15 (VCC = 3.3V), connector J16 (GND) and the other three connectors (J11, J12 and J13) are for the combination with the main board.
USB1 Socket
(CON2)
MOSFET SI2302
(Q4, Q5, Q6)MOSFET SI2302
(Q7, Q8, Q9)MOSFET SI2302
(Q10, Q11, Q12)
USB Switch
(U8, U9, U10)
VDD5V
(J14)
VCC
(J15)
GND
(J16)
USB2 Socket
(CON3)
USB3 Socket
(CON4)
Connector
for USB1
(J11)
Connector
for USB2
(J12)
Connector
for USB3
(J13)
Figure 4-4 Front View of Daughter Board on M487 Smart Power Board
Rear View of Daughter Board 4.6
Figure 4-5 shows the rear side of daughter board on M487 Smart Power board.
Figure 4-5 Rear View of Daughter Board on M487 Smart Power Board
M487 Intelligent Power Station
Nov. 28, 2018 Page 39 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
The Pin Function of M487 Chip on M487 Smart Power Board 4.7
The M487JIDAE chip provides many GPIO pins in LQFP144 package. Each pin has multi-functions that can be configured by user in the firmware. On this M487 Smart Power board, we used and defined a lot of pins that each used pin has a dedicated function for this system application.
The Table 4-1 to Table 4-4 shows the dedicated function tables on each used pin of M487 chip on this M487 Smart Power board.
Table 4-1 Dedicated Function on Pin1~36 of M487 Chip
M487 Chip M487 Smart Power
Board M487 Chip
M487 Smart Power Board
Pin # GPIO Function Pin # GPIO Function
1 PB.5 USB2_A_ADC (CH5) 19 PD.11 USB1_uA_EN
2 PB.4 USB2_mA_ADC (CH4) 20 PD.10 USB1_PWR_EN
3 PB.3 USB2_uA_ADC (CH3) 21 VSS GND
4 PB.2 USB1_A_ADC (CH2) 22 VDD VCC (3.3V)
5 PC.12 USB3_A_EN 23 PG.0 USB1_OC#
6 PC.11 USB3_mA_EN 24 PG.1 USB2_OC#
7 PC.10 USB3_uA_EN 25 PG.2 USB3_OC#
8 PC.9 USB3_PWR_EN 26 PG.3 -
9 PB.1 USB1_mA_ADC (CH1) 27 PG.4 -
10 PB.0 USB1_uA_ADC (CH0) 28 PF.11 -
11 VSS GND 29 PF.10 -
12 VDD VCC (3.3V) 30 PF.9 -
13 PA.11 USB2_A_EN 31 PF.8 -
14 PA.10 USB2_mA_EN 32 PF.7 -
15 PA.9 USB2_uA_EN 33 PF.6 -
16 PA.8 USB2_PWR_EN 34 VDD VCC (3.3V)
17 PC.13 USB1_A_EN 35 PF.5 XT32_I
18 PD.12 USB1_mA_EN 36 PF.4 XT32_OUT-
M487 Intelligent Power Station
Nov. 28, 2018 Page 40 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Table 4-2 Dedicated Function on Pin37~72 of M487 Chip
M487 Chip M487 Smart Power
Board M487 Chip
M487 Smart Power Board
Pin # GPIO Function Pin # GPIO Function
37 PH.0 LED0 55 PC.8 -
38 PH.1 LED1 56 PC.7 -
39 PH.2 LED2 57 PC.6 -
40 PH.3 LED3 58 PA.7 -
41 PH.4 LED4 59 PA.6 -
42 PH.5 LED5 60 VSS GND
43 PH.6 - 61 VDD VCC (3.3V)
44 PH.7 - 62 LDO LDO_CAP1
45 PF.3 XT1_IN 63 PA.5 -
46 PF.2 XT1_OUT 64 PA.4 -
47 VSS GND 65 PA.3 UART1_TXD (DALI)
48 VDD VCC (3.3V) 66 PA.2 UART1_RXD (DALI)
49 PE.8 UART2_TXD (Wi-Fi) 67 PA.1 -
50 PE.9 UART2_RXD (Wi-Fi) 68 PA.0 -
51 PE.10 MCU_PE10 69 VDDIO VCC (3.3V)
52 PE.11 MCU_PE11 70 PE.14 -
53 PE.12 MCU_PE12 71 PE.15 -
54 PE.13 MCU_PE13 72 nRESET RESET
M487 Intelligent Power Station
Nov. 28, 2018 Page 41 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Table 4-3 Dedicated Function on Pin73~108 of M487 Chip
M487 Chip M487 Smart Power
Board M487 Chip
M487 Smart Power Board
Pin # GPIO Function Pin # GPIO Function
73 PF.0 ICEDAT 91 PG.15 MCU_PG15
74 PF.1 ICECLK 92 PD.3 MCU_PD3
75 PD.9 - 93 PD.2 MCU_PD2
76 PD.8 - 94 PD.1 UART3_TXD (LCD)
77 PC.5 SPIM_D2 95 PD.0 UART3_RXD (LCD)
78 PC.4 SPIM_D3 96 PD.13 -
79 PC.3 SPIM_SS 97 PA.12 -
80 PC.2 SPIM_CLK 98 PA.13 -
81 PC.1 SPIM_MISO 99 PA.14 -
82 PC.0 SPIM_MOSI 100 PA.15 -
83 VSS GND 101 HSUSB_VRES -
84 VDD VCC (3.3V) 102 HSUSB_VDD33 -
85 PG.9 MCU_PG9 103 HSUSB_VBUS -
86 PG.10 MCU_PG10 104 HSUSB_D- -
87 PG.11 MCU_PG11 105 HSUSB_VSS -
88 PG.12 MCU_PG12 106 HSUSB_D+ -
89 PG.13 MCU_PG13 107 HSUSB_VDD12_CAP -
90 PG.14 MCU_PG14 108 HSUSB_ID -
M487 Intelligent Power Station
Nov. 28, 2018 Page 42 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Table 4-4 Dedicated Function on Pin109~144 of M487 Chip
M487 Chip M487 Smart Power
Board M487 Chip
M487 Smart Power Board
Pin # GPIO Function Pin # GPIO Function
109 PE.7 MCU_PE7 127 PG.8 MCU_PG8
110 PE.6 MCU_PE6 128 VSS GND
111 PE.5 MCU_PE5 129 LDO LDO_CPA2
112 PE.4 MCU_PE4 130 VDD VCC (3.3V)
113 PE.3 MCU_PE3 131 PC.14
114 PE.2 MCU_PE2 132 PB.15
115 VSS GND 133 PB.14
116 VDD VCC (3.3V) 134 PB.13 UART0_TXD (VCOM)
117 PE.1 MCU_PE1 135 PB.12 UART0_RXD (VCOM)
118 PE.0 MCU_PE0 136 AVDD VCC (3.3V)
119 PH.8 - 137 VREF VCC (3.3V)
120 PH.9 - 138 AVSS ADAVSS
121 PH.10 - 139 PB.11 AC3_ADC (CH11)
122 PH.11 - 140 PB.10 AC2_ADC (CH10)
123 PD.14 ZERO_CROSS 141 PB.9 AC1_ADC (CH9)
124 PG.5 AC1_RLY_EN 142 PB.8 USB3_A_ADC (CH8)
125 PG.6 AC2_RLY_EN 143 PB.7 USB3_mA_ADC (CH7)
126 PG.7 AC3_RLY_EN 144 PB.6 USB3_uA_ADC (CH6)
M487 Intelligent Power Station
Nov. 28, 2018 Page 43 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
PCB Placement 4.8
Figure 4-6 shows the front placement of main board of M487 Smart Power board.
Figure 4-6 Front Placement of Main Board
Figure 4-7 shows the front placement of daughter board of M487 Smart Power board.
Figure 4-7 Front Placement of Daughter Board
M487 Intelligent Power Station
Nov. 28, 2018 Page 44 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
M487 Smart Power Schematics 4.9
4.9.1 Nu-Link-Me (ICE Bridge)
Figure 4-8 shows the Nu-Link-Me circuit. This Nu-Link-Me circuit is an ICE bridge designed by Nuvoton, user can utilize this hardware circuit to download the firmware binary code to the embedded flash of Nuvoton‟s MCU with Nuvoton software ICP Programming Tool or microcontroller software development kit like Keil/IAR/GCC or to trace the firmware source code in the debug mode of these microcontroller software development kits. Note, user should install the Nuvoton software tool and driver at first before using these software functions.
The software ICP Programming Tool:
https://www.nuvoton.com/hq/support/tool-and-software/software/programmer/?__locale=en
The Nu-Link Driver for Keil and IAR:
https://www.nuvoton.com/hq/support/tool-and-software/software/development-tool/?__locale=en
Figure 4-8 Nu-Link-Me Circuit
RESET CIRCUIT
ICECT31uFC0603
ICEUSB_D+
ICECT410uF/10VC0603
N0
ICER333RR0603
ICER4
10K
R0603
RRSET1100KR0603
RTDA333RR0603
ICEUSB_D-ICEC31uFC0603
ICEL1
L0603
ICEJP1
HEADER 2.54 5X1 (NC)
12345
ICECT1
10uF/10V
C0805
ICECB20.1uFC0603
ICEU1ACE1117C33XM+H
IN3
GN
D1
OU
T2
OU
T4
ICER233RR0603
DAP1
RTDA1100KR0603
ICEJ1
USB MICRO-AB RECEP.MICRO_USB_AB_LS
GND5 NC4 DP3 DM2 VCC1
SHIELD6
SHIELD7
SHIELD8
SHIELD9
ICECB10.1uFC0603
ICEDM
ICEL2
L0603
POWER
RTDA20RR0603
MCU and USB
ICEDP
CRYSTAL
DEBUG
ICEU2
NUC12SRE3DE
PA0/ADC044PA1/ADC145PA2/ADC246PA3/ADC347PA4/ADC448INT0/PB14
1
CPO1/PB132
CPO0/PB123
VB
US
17
VD
D33
18
D-
19
D+
20
PB
0/R
X0
21
PB
1/T
X0
22
PB
2/R
TS
023
PB
3/C
TS
024
PC
2/S
DI0
026
PC
1/S
PC
LK
027
PC
0/S
S00
28
PC11/SDO1033PC10/SDI1034PC9/SPCLK135PC8/SS1036PA15/PWM337PA14/PWM238PA13/PWM139
X32I4
X32O5
I2C1SCL/PA116
I2C0SDA/PA89
I2C1SDA/PA107
I2C0SCL/PA98
RX1/PB410
TX1/PB511
RTS1/PB612
CTS1/PB713
PC
3/S
DO
00
25
AVSS43
ICE_CK42
ICE_DAT41
PA12/PWM040
LDO14
VSS16 VDD15
AD
C/P
A5
49
AD
C6/P
A6
50
AD
C7/P
A7
51
AV
DD
52
CP
N0/P
C7
53
CP
P0/P
C6
54
CP
N1/P
C15
55
CP
P1/P
C14
56
INT
1/P
B15
57
XT
1_O
ut
58
XT
1_In
59
/RE
SE
T60
VS
S1
61
VD
D1
62
PV
SS
63
ST
AD
C/T
M0/P
B8
64
PE
529
PB
11/T
M3
30
PB
10/S
S01/T
M2
31
PB
9/S
S11/T
M1
32
1 2
ICED1SS24A
DO-214AC
RTCK1100KR0603ICE_VCC
ICE_USBVBUS
ICE_USBVBUS
ICE_AVDD
ADAVSS
ICE_VCC
ICE_VCC
ICE_AVDD
ICE_VCC
ICE_USBVBUS
ICE_VCC
ICE_USBVBUS
ADAVSS
ICE_VCC
ICE_VCCICE_USBVBUS
RXD
ICE_VCC
TXD
ICE_VCC
ICE_RST
VCOM_En
P72PF.0 ICEDATP73nRESET RESETP72
P74P73
PB.13P134 M48x_TXDPF.1 ICECLKP74
P135P134
PB.12P135 M48x_RXD
RXDISW1
2. mm DIP SWITCHES PONIES 4 SMD(HPS604-E)
M48x_TXD
VCOM_EnM48x_RXD TXD
VCOM and mbed Switch
MSG_En
MSG_En
ICE_CLKICE_RST
ICE_DAT
ICECT2
10uF/10V
C0805
ICER1 0R
R0603
RESET TICERST
ICE Off Page
GNDGND
ICEUSB_D+ICEUSB_D-
Title
Size Document Number Rev
Date: Sheet of
M487 Smart Power
1.1Nu-Link-Me V3.0Custom
1 8Tuesday , August 14, 2018
ICE
_R
ST
DAP
12
IDLE1
RedLED0805
(YELLOW)
(RED)
12
ICP1
YellowLED0805
ICPLED
N4
RED
12
ICE1
RedLED0805
N3
N1ICELED
12
BUSY1
GreenLED0805
ICERP1
8P4R-3308P4RA
1 23 45 67 8
ICE_VCC
GREEN LED(GREEN)
(RED)
N2
GREENREDICPLEDICELED
DAP
12M
_I
12M
_O
N5
ICEC120pF
12M_I
ICEC2
20pF
N6
VB
US
Y1
12MHz SMD X3225B
XIN1
GND2
GND4
XOUT3
12M_O
TICERSTICECLK
N7 ICEDAT
ICE_DATICE_CLK
N8
GN
D
M487 Intelligent Power Station
Nov. 28, 2018 Page 45 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
4.9.2 N487 Chip
Figure 4-9 shows all GPIO pins and their dedicated functions of M487 chip (LQFP-144pin) and its basic circuit with some external necessary devices.
Figure 4-9 M487 Chip Circuit
PG.12P88 MCU_PG12PG.11P87 MCU_PG11PG.10P86 MCU_PG10PG.9P85 MCU_PG9
PG.15P91 MCU_PG15PG.14P90 MCU_PG14PG.13P89 MCU_PG13
SW1SMD按 鍵 開 關 6X6X5H(黑 )卷 代
SW4-SMD
XT1_IN
C720pF
R1NC
C8
20pF
XT32_IN
Y3
X3215 32.768KHz SMD C5
20pF
XT1_OUT
C6
20pF
Y2
12MHz SMD X3225B
XIN1
GND2
GND4
XOUT3
R210KR0603
CRYSTAL
RESET
C9
1uFC0603
VCC
RESET
Off PageLED and GPIO
~
~
P109
P144
~
P37
P72
~
P73
P108
P127PG.8P127 MCU_PG8
P1
PG.2P25 USB3_OC#
P6
P5
P4
P3
P2
P24
P23
P24 PG.1 USB2_OC#
P23 PG.0 USB1_OC#
P144
P142
P143
P7P25
P4 PB.2 USB1_A_ADC
P3 PB.3 USB2_uA_ADC
P1 PB.5 USB2_A_ADC
P2 PB.4 USB2_mA_ADC
P7 PC.10 USB3_uA_EN
P6 PC.11 USB3_mA_EN
P5 PC.12 USB3_A_EN
P13 PA.11 USB2_A_EN
P10 PB.0 USB1_uA_ADC
P9 PB.1 USB1_mA_ADC
P16 PA.8 USB2_PWR_EN
P15 PA.9 USB2_uA_EN
P14 PA.10 USB2_mA_EN
P19 PD.11 USB1_uA_EN
P18 PD.12 USB1_mA_EN
P17 PC.13 USB1_A_ENP9
P8P8 PC.9 USB3_PWR_EN
P20 PD.10 USB1_PWR_EN
P17
P16
P15
P14
P13
P10
P20
P19
P18
PB.8P142 USB3_A_ADC
PB.6P144 USB3_uA_ADC
PB.7P143 USB3_mA_ADC
MCU to USB SocketOff Page
CB11
0.1uF
C0603
* But CM1 or CM2 should be 2.2uF for only one
LDO_CAP pin at the same package.
* If there are two LDO_CAP pins at the same package
of MCU chip, both CM1 and CM2 should be 1uF.
P12
P53P52P51P50P49
P54
PE.10P51 MCU_PE10PE.9P50 MCU_RXD2PE.8P49 MCU_TXD2
PE.13P54 MCU_PE13PE.12P53 MCU_PE12PE.11P52 MCU_PE11
UART to Wi-Fi Off Page
P37
P42P41P40P39P38
P47P46P45P44P43
P53P52P51P50P49P48
P58P57P56P55P54
P63P62P61P60P59
P69P68P67P66P65P64
P71P70
P72
HSUSB_VDD33 P102
L3
L0603
R3
200R 1%
R0603
HSUSB_VSSP105HSUSB_VRES P101
USB CAP
Title
Size Document Number Rev
Date: Sheet of
M487 Smart Power
V1.1M487JIDAE MCUCustom
2 8Tuesday , August 14, 2018
P74P73
P80P79P78P77P76P75
P85P84P83P82P81
P90P89P88P87P86
P96P95P94P93P92P91
P101P100
P99P98P97
P106P105P104P103P102
XT32_OUT
P137
P138L2
L0603
P108P107
CT1
10uF/10VC0805
C3470pF
C0603
CB1
0.1uFC0603
CB20.1uF
C0603
L1
L0603
VREF
ADAVSSADAVSS
VCC AVDD
P138
P136
VREF & AVDD CAP
P94P95
PD.1P94 MCU_TXD3PD.0P95 MCU_RXD3
P92P93
PD.3P92 MCU_PD3PD.2P93 MCU_PD2
CB5
0.1uF
C0603
UART to LCD Off Page
CB6
0.1uF
C0603
P84
PC.1P81 SPIM_MISOPC.0P82 SPIM_MOSI
LDO_CAP2P129
VSS GNDP83
P116LDO_CAP1P62
VDD VCCP84
P61
PG.9P85 MCU_PG9PG.10P86 MCU_PG10PG.11P87 MCU_PG11
P48
PG.12P88 MCU_PG12PG.13P89 MCU_PG13
P22
PG.14P90 MCU_PG14
CB7
0.1uF
C0603
CB8
0.1uF
C0603
CB10
0.1uF
C0603
CB9
0.1uF
C0603
PG.15P91 MCU_PG15
PG.3P26PG.2P25 USB3_OC#
P2P1
PF.10P29PF.11P28PG.4P27
PF.6P33PF.7P32PF.8P31PF.9P30
P3
PF.5P35 XT32_INPF.4P36 XT32_OUT
P34 VDD VCC
P6P5P4
P22 VDDP21 VSS
P21
P24 PG.1 USB2_OC#P23 PG.0 USB1_OC#
P7
P25P24P23P22
P2 PB.4 USB2_mA_ADC
P4 PB.2 USB1_A_ADCP3 PB.3 USB2_uA_ADC
P1 PB.5 USB2_A_ADC
P7 PC.10 USB3_uA_ENP6 PC.11 USB3_mA_ENP5 PC.12 USB3_A_EN
P11 VSS GNDP10 PB.0 USB1_uA_ADCP9 PB.1 USB1_mA_ADC
P14 PA.10 USB2_mA_EN
P12 VDD VCCP13 PA.11 USB2_A_EN
P18 PD.12 USB1_mA_ENP17 PC.13 USB1_A_ENP16 PA.8 USB2_PWR_ENP15 PA.9 USB2_uA_EN
P28
P20 PD.10 USB1_PWR_ENP19 PD.11 USB1_uA_EN
P33
P31
P29P30
P27
P36
P34P35
P32
P8 PC.9 USB3_PWR_EN
P12P11P10
P9P8
P17P16
P26
P15P14P13
P20P19P18
P130
P1
P36
P72nRESET RESETP72
P74P73
PF.0 ICEDATP73PF.1 ICECLKP74
LDO_CAP
MCU bypass CAP
VCC
P135P134
PB.13P134 M48x_TXDPB.12P135 M48x_RXD
P110P111
P109
P116P117
P114P115
P112P113
P123
P120P121
P118P119
P126P127
P124P125
P122
P132P133
P130P131
P128P129
P139
P136P137
P134P135
PA.12P97PD.13P96
P142P143
P140P141
P138
HSUSB_VRESP101PA.15P100PA.14P99PA.13P98
P144
PE.4P112 MCU_PE4PE.5P111 MCU_PE5PE.6P110 MCU_PE6PE.7P109 MCU_PE7
HSUSB_D+P106HSUSB_VSSP105HSUSB_D-P104HSUSB_VBUSP103HSUSB_VDD33P102
VSS GNDP115PE.2P114 MCU_PE2PE.3P113 MCU_PE3
HSUSB_IDP108HSUSB_VDD12_CAPP107
PH.9P120
PE.0P118 MCU_PE0PE.1P117 MCU_PE1VDD VCCP116
VDD VCCP130PC.14P131
VSS GNDP128
PH.8P119
PB.14P133PB.13P134 M48x_TXD
LDO_CAP2P129
AVSS ADAVSSP138
PB.12P135 M48x_RXDAVDDP136
PB.15P132
PB.10P140 AC2_ADCPB.9P141 AC1_ADC
PB.11P139 AC3_ADC
VREFP137
PB.6P144 USB3_uA_ADCPB.7P143 USB3_mA_ADCPB.8P142 USB3_A_ADC
PD.14P123 ZERO_CROSS
PH.10P121PH.11P122
PG.5P124 AC1_RLY_EN
PG.8P127 MCU_PG8PG.7P126 AC3_RLY_ENPG.6P125 AC2_RLY_EN
PD.0P95 MCU_RXD3PD.1P94 MCU_TXD3PD.2P93 MCU_PD2PD.3P92 MCU_PD3
P81P82
P77P78P79P80
PC.5P77 SPIM_D2
PC.2P80 SPIM_CLKPC.1P81 SPIM_MISOPC.0P82 SPIM_MOSI
SPI Flash Off Page
PC.4P78 SPIM_D3PC.3P79 SPIM_SS
CT3
1uFC0805
CB3
0.1uFC0603
CM1
1uF
C0603
CM2
1uF
C0603
VSS GNDP47PF.2 XT1_OUTP46PF.3 XT1_INP45
PE.11P52 MCU_PE11PE.10P51 MCU_PE10PE.9P50 MCU_RXD2PE.8P49 MCU_TXD2VDD VCCP48
PC.6P57PC.7P56PC.8P55PE.13P54 MCU_PE13PE.12P53 MCU_PE12
LDO_CAP1P62VDD VCCP61VSS GNDP60PA.6P59PA.7P58
PA.1P67PA.2P66 MCU_RXD1PA.3P65 MCU_TXD1PA.4P64PA.5P63
nRESET RESETP72PE.15P71PE.14P70VDDIOP69PA.0P68
Off Page
PH.7P44PH.6P43
PH.4P41 LED4PH.5P42 LED5
CB4
0.1uF
C0603
VDDIOP69
PH.0P37 LED0PH.1P38 LED1
U1
M487JIDAE
PB
.51
PB
.42
PB
.33
PB
.24
PC
.12
5
PC
.11
6
PC
.10
7
PC
.98
PB
.19
PB
.010
VS
S11
VD
D12
PA
.11
13
PA
.10
14
PA
.915
PA
.816
PC
.13
17
PD
.12
18
PD
.11
19
PD
.10
20
VS
S21
VD
D22
PG
.023
PG
.124
PG
.225
PG
.326
PG
.427
PF
.11
28
PF
.10
29
PF
.930
PF
.831
PF
.732
PF
.633
VD
D34
PF
.535
PF
.436
PH.037PH.138PH.239PH.340PH.441PH.542PH.643PH.744PF.345PF.246VSS47VDD48PE.849PE.950PE.1051PE.1152PE.1253PE.1354PC.855PC.756PC.657PA.758PA.659VSS60VDD61LDO_CAP62PA.563PA.464PA.365PA.266PA.167PA.068VDDIO69PE.1470PE.1571nRESET72
PF
.073
PF
.174
PD
.975
PD
.876
PC
.577
PC
.478
PC
.379
PC
.280
PC
.181
PC
.082
VS
S83
VD
D84
PG
.985
PG
.10
86
PG
.11
87
PG
.12
88
PG
.13
89
PG
.14
90
PG
.15
91
PD
.392
PD
.293
PD
.194
PD
.095
PD
.13
96
PA
.12
97
PA
.13
98
PA
.14
99
PA
.15
100
HS
US
B_V
RE
S101
HS
US
B_V
DD
33
102
HS
US
B_V
BU
S103
HS
US
B_D
-104
HS
US
B_V
SS
105
HS
US
B_D
+106
HS
US
B_V
DD
12_C
AP
107
HS
US
B_ID
108
PE.7109
PE.6110
PE.5111
PE.4112
PE.3113
PE.2114
VSS115
VDD116
PE.1117
PE.0118
PH.8119
PH.9120
PH.10121
PH.11122
PD.14123
PG.5124
PG.6125
PG.7126
PG.8127
VSS128
LDO_CAP129
VDD130
PC.14131
PB.15132
PB.14133
PB.13134
PB.12135
AVDD136
VREF137
AVSS138
PB.11139
PB.10140
PB.9141
PB.8142
PB.7143
PB.6144
PH.3P40 LED3PH.2P39 LED2
P3
P2
P1
P7
P8
P9
P5
P6
P4
P15
P16
P10
P11
P12
P18
P19
P20
P13
P14
P28
P21
P22
P23
P24
P17
P31
P32
P25
P26
P27
CB12
0.1uF
C0603
P34
P34
P35
P36
P29
P30
P77
P75
P76
P74
P73
P33
CM3
4.7uF
C0603
P83
P84
P79
P80
P78
P86
P87
P88
P81
P82
P96
P89
P90
P91
P92
P85
P99
P100
P93
P94
P95
P102
P103
P104
P97
P98
P40
P105
P106
P107
P108
P101
P45P46
P37P38P39
P51
P41P42P43P44
P55P56
P47P48P49P50
P61P62
P52P53P54
P67
P57P58P59P60
P71P72
P63P64P65P66
P111P112
P68P69P70
P116P117P118
P109P110
P121P122P123
P113P114P115
P126P127P128
P119P120
P132P133P134
P124P125
P137P138P139
P129P130P131
VDD
P142P143P144
P135P136
P140P141
C41uF
C0603
CT22.2uF
C0805
C21uF
C0603
ICE Off Page
PF.0 ICEDATP73
PD.9P75PF.1 ICECLKP74
PC.5P77 SPIM_D2PD.8P76
PC.2P80 SPIM_CLKPC.3P79 SPIM_SSPC.4P78 SPIM_D3
C10.01uF
C0603
AC Power Off Page
P125P124
PG.5P124 AC1_RLY_EN
P139
P126PG.7P126 AC3_RLY_ENPG.6P125 AC2_RLY_EN
PB.9P141 AC1_ADCPB.10P140 AC2_ADCPB.11P139 AC3_ADC
P123
P141P140
PD.14P123 ZERO_CROSS
UART RS232 to DALI
P65PA.2P66 MCU_RXD1PA.3P65 MCU_TXD1
P66
P34 VDD
P69P34
VDDIOP69P137 VREF
DC Power Off Page
GND
VCC
P137
GNDICE_VCC
VDD5V
ICE_VCCVCC
VDD5V
VCC
P41P40P39P38P37
P42
PH.1P38 LED1
PH.4P41 LED4PH.5P42 LED5
PH.3P40 LED3PH.2P39 LED2
PH.0P37 LED0
P118PE.0P118 MCU_PE0
P117PE.1P117 MCU_PE1
P114
P112P113
P110P111
P109
PE.4P112 MCU_PE4PE.5P111 MCU_PE5PE.6P110 MCU_PE6PE.7P109 MCU_PE7
PE.2P114 MCU_PE2PE.3P113 MCU_PE3
HSUSB_VDD12_CAPP107
P86P85
P91P90P89P88P87
M487 Intelligent Power Station
Nov. 28, 2018 Page 46 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
4.9.3 AC Power
Figure 4-10 shows the AC power, relays and current sensor devices circuit. In this circuit, the bridge rectifier DF1510 (U5) and phototransistor coupler 4N25 (U4) can be used to detect the zero-cross of AC input power. The relay (LS1, LS2 or LS3) is a switch device that controlled by a GPIO pin of M487 MCU to enable or disable AC power supplying to the external AC socket. The current passing through the AC socket will be transformed by the current sensor (U2, U3 or U6) and its output can be monitored by the ADC channel of M487 MCU.
Figure 4-10 AC Power Circuit
LS1
SRD-05VDC-SL-C
35
412
D1
1N4001
LS2
SRD-05VDC-SL-C
35
412
D2
1N4001
AC1_ADC
N15
N21
AC2_RLY_EN N20R13 200R
R0603
N25
N22
AC_OUT2
N2
3
N14
VDD5V
AC_IN1
C11
1nF
C0603
N24
CB14
0.1uF
C0603
R10 5.1K (1%)
R0603
AC1_RLY_EN
U3
ACS714ELCTR-20A-TSO-8
IP1+1
IP2+2
IP1-3
IP2-4
VCC8
VIOUT7
FILITER6
GND5
VDD5V
J6
NC
1
J5
NC
1Q2
S8050 (NPN)
1
23
R1110K (1%)R0603
LS3
SRD-05VDC-SL-C
35
412
D3
1N4001
N26
N27
N28
AC_OUT2
AC3_RLY_ENR18 200R
R0603
N2
9
N31VDD5V
AC_IN1
C12
1nF
C0603
N30
CB15
0.1uF
C0603
U6
ACS714ELCTR-20A-TSO-8
IP1+1
IP2+2
IP1-3
IP2-4
VCC8
VIOUT7
FILITER6
GND5
VDD5V
AC2_ADC
J10
NC
1
J9
NC
1
R1710K (1%)R0603
Q3
S8050 (NPN)
1
23
2, Emitter
3, Collector
1, BASE
AC Relay and Current Sensor
AC_OUT2
R9 200R
R0603
N16VCC
GND
VCCGND
AC Power Off Page
VDD5VVDD5V
R1210K
R0603
VCC
N19
ZERO_CROSS
N1
7
VDD5V
AC_IN1
N18
C10
1nF
C0603
CB13
0.1uF
C0603
R16 5.1K (1%)
R0603
AC3_ADC
U4
4N25
16
2
5
4 - +
U5
DF1510
1
3
2
4
AC Power In
R15 47K 2W
R14 47K 2W
N12N10
N9
J4
NC
1N13
J7
NC
1
AC_OUT2
2
5
4
3
1
N11
J8
NC
1
J3
NC
1
AC_IN2
U2
ACS714ELCTR-20A-TSO-8
IP1+1
IP2+2
IP1-3
IP2-4
VCC8
VIOUT7
FILITER6
GND5
VDD5V
J2
NC
1
J1
NC
1Q1
S8050 (NPN)
1
23
R810K (1%)R0603
J4 and J8 for AC InputJ3 and J7 to DC5V Adapter
P126P125P124
PG.5P124 AC1_RLY_EN
PG.7P126 AC3_RLY_ENPG.6P125 AC2_RLY_EN
P139
P141P140
PB.9P141 AC1_ADCPB.10P140 AC2_ADCPB.11P139 AC3_ADC
P123PD.14P123 ZERO_CROSS
AC2
AC1
AC3
High: Relay 3 and 5 ON (default)
Low: Relay 3 and 4 ON
S8050
Top view
F1 FUSE (20A)
1234
Title
Size Document Number Rev
Date: Sheet of
M487 Smart Power
V1.1AC Power and SocketCustom
3 8Tuesday , August 14, 2018
AC_IN1
R7 5.1K (1%)
R0603
M487 Intelligent Power Station
Nov. 28, 2018 Page 47 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
4.9.4 DC Power
Figure 4-11 shows the DC power VDD5V and VCC (3.3V) circuit. An additional AC-DC5V adaptor is added to this M487 Smart Power Station to supply a stable 5V power at the Power Jack (CON1) and is connected to the AC pads (J3 and J7) on the M487 Smart Power main board.
Figure 4-11 DC Power Circuit
JP2
VDD 5V (NC)
12
JP3
VDD 3.3V (NC)
12
JP4
VDD 3.3V (NC)
12
JP5
GND (NC)
12
JP6
GND (NC)
12
L4 L0603
Title
Size Document Number Rev
Date: Sheet of
M487 Smart Power
V1.1DC PowerA
4 8Wednesday , August 15, 2018
VCCVDD5V
N33
N32
R20330R
R0603
VDD5V
VCC
GND
L8
L0603
VIN5V_IN 3VCC_IN
GND
VCC
CB16
0.1uF
C0603
1 2
D4SS24A
DO-214AC
U7ACE1117C33XM+H
IN3
GN
D1
OU
T2
OU
T4
VDD5V
CT4
10uF/10V
TANT-A
VDD5V
GND IN
CON1DC-CON
POWERJACK\3P
1
2
L9 L0603
R19330R
R0603
VCC
DC Power Supply (5V/3.3V)
P137 VREFP137
P69VDDIOP69
VCC
GND
DC Power Off Page
GND
VCCICE_VCC
ICE_VCC
VDD5VVDD5V
ICE_VCC
VCC
L5 L0603
L6 L0603VREF
VDDIO
12
PWR_5V
Red
LED0805
12
PWR_3V3
Red
LED0805
JP1
VDD 5V (NC)
12
M487 Intelligent Power Station
Nov. 28, 2018 Page 48 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
4.9.5 MCU Connector
Figure 4-12 shows the MCU connector circuit for the connection with the USB daughter board.
Figure 4-12 MCU Connector Circuit
GNDVCC
GND
VCC
MCU to USB SocketConnector Off Page
VDD5VVDD5V
Title
Size Document Number Rev
Date: Sheet of
M487 Smart Power
V1.1MCU to USB Socket ConnectorA4
6 8Tuesday , August 14, 2018
USB2_PWR_ENUSB2_OC#USB2_uA_ENUSB2_uA_ADCUSB2_mA_ENUSB2_mA_ADCUSB2_A_ENUSB2_A_ADC
USB1_PWR_ENUSB1_OC#USB1_uA_ENUSB1_uA_ADCUSB1_mA_ENUSB1_mA_ADCUSB1_A_ENUSB1_A_ADC
USB3_PWR_ENUSB3_OC#USB3_uA_ENUSB3_uA_ADCUSB3_mA_EN
PG.2P25 USB3_OC#
USB3_mA_ADCUSB3_A_ENUSB3_A_ADC
P1
P2
P3
P4
P5
P6
P23 PG.0 USB1_OC#
P24 PG.1 USB2_OC#
P23
P24
P25P7
P143
P142
P144
P2 PB.4 USB2_mA_ADC
P1 PB.5 USB2_A_ADC
P3 PB.3 USB2_uA_ADC
P4 PB.2 USB1_A_ADC
P5 PC.12 USB3_A_EN
P6 PC.11 USB3_mA_EN
P7 PC.10 USB3_uA_EN
P9 PB.1 USB1_mA_ADC
P10 PB.0 USB1_uA_ADC
P13 PA.11 USB2_A_EN
P14 PA.10 USB2_mA_EN
P15 PA.9 USB2_uA_EN
P16 PA.8 USB2_PWR_EN
P17 PC.13 USB1_A_EN
P18 PD.12 USB1_mA_EN
P19 PD.11 USB1_uA_EN
P20 PD.10 USB1_PWR_EN
P8 PC.9 USB3_PWR_ENP8
P9
P10
P13
P14
P15
P16
P17
P18
P19
P20
PB.8P142 USB3_A_ADC
PB.7P143 USB3_mA_ADC
PB.6P144 USB3_uA_ADC
VDD5V VCC GND
J20
HEADER 4 (f emale)
1234
J21
HEADER 4 (f emale)
1234
J22
HEADER 4 (f emale)
1234
MCU to USB Socket Connector
J17
HEADER 8 (f emale)
12345678
J18
HEADER 8 (f emale)
12345678
J19
HEADER 8 (f emale)
12345678
M487 Intelligent Power Station
Nov. 28, 2018 Page 49 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
4.9.6 SPI Flash
Figure 4-13 shows the SPI flash device circuit for SPIM of M487 chip to extend the flash memory for MCU if it is necessary.
Figure 4-13 SPI Flash Circuit
SPI Flash
W25Q32
U12
GND4 IO23 IO12 /CS1
IO05CLK6IO37VCC8
Title
Size Document Number Rev
Date: Sheet of
M487 Smart Power
V1.1SPI FlashA4
8 8Tuesday , August 14, 2018
P81P82
P77P78P79P80
PC.2P80 SPIM_CLKPC.1P81 SPIM_MISOPC.0P82 SPIM_MOSI
PC.5P77 SPIM_D2
SPI Flash Off Page
PC.4P78 SPIM_D3PC.3P79 SPIM_SS
PC.5 SPIM_D2PC.4 SPIM_D3PC.1 SPIM_MISO
PC.3 SPIM_SS
VCC
GNDCB37
0.1uFC0603
PC.2 SPIM_CLK
SPI Flash
PC.0 SPIM_MOSI
GNDVCC
VCC
GND
M487 Intelligent Power Station
Nov. 28, 2018 Page 50 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
4.9.7 UART to DALI
Figure 4-14 shows the UART to DALI circuit for the data communication with the DALI master board to control the brightness and fade-out time of light on the DALI slave board.
Figure 4-14 UART to DALI Circuit
MCU_TXD1MCU_RXD1
U11
TI 75C3232E SOP16
C1+1
V+2
C1-3
C2+4
C2-5
V-6
T2_OUT7
R2_IN8
VCC16
GND15
T1_OUT14
R1_IN13
R1_OUT12
T1_IN11
T2_IN10
R2_OUT9
CON5
DB9_FEMALEDB9_FEMALE
162738495
10
11
VCC
CB35
0.1uF
C0603 CB36
0.1uF
C0603
CB34
0.1uF
C0603
CB32
0.1uF
C0603
CB33
0.1uF
C0603N46
UART RS232 to DALI Off Page
VCC
GND
VCCGND
Title
Size Document Number Rev
Date: Sheet of
M487 Smart Power
V1.1UART RS232 to DALIA
7 8Tuesday , August 14, 2018
RS232_RXD
RS232_RXDN50N51
RS232_TXD
N47
GND
N49RS232_TXDN48
P65P66
PA.2P66 MCU_RXD1PA.3P65 MCU_TXD1
M487 Intelligent Power Station
Nov. 28, 2018 Page 51 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
4.9.8 UART to Wi-Fi
Figure 4-15 shows the UART to Wi-Fi module circuit on M487 Smart Power board for the data communication with the NuMaker-IoT-M487 board to support the speech recognition command and send the current, power consumption and ON/OFF status of turned-on socket to the cloud thru Wi-Fi hotspot.
Figure 4-15 UART to Wi-Fi Circuit
Figure 4-16 shows the Wi-Fi module daughter board and Figure 4-17 shows the circuit of Wi-Fi daughter board. The following Table 4-5 lists the connection pins between Wi-Fi module daughter board and M487 Smart Power board.
Figure 4-16 Wi-Fi Module Daughter Board
P53P52P51P50P49
P54
PE.10P51 MCU_PE10PE.9P50 MCU_RXD2PE.8P49 MCU_TXD2
PE.13P54 MCU_PE13PE.12P53 MCU_PE12PE.11P52 MCU_PE11
UART Wi-Fi Off Page
GND
VCCVCCGND
J23
HEADER 8 (NC)
12345678
MCU_RXD2MCU_TXD2
VCC
MCU_PE13MCU_PE12MCU_PE11MCU_PE10
GND
Title
Size Document Number Rev
Date: Sheet of
M487 Smart Power
V1.1UART to Wi-FiA
8 8Tuesday , August 14, 2018
M487 Intelligent Power Station
Nov. 28, 2018 Page 52 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Figure 4-17 Wi-Fi Daughter Board Circuit
Table 4-5 UART Connection between Wi-Fi Daughter and M487 Smart Power Boards
Wi-Fi Daughter Board M487 Smart Power Board
Connector I/O
Mode Function Connector
I/O Mode
Function
J7.1 Power 3VCC J23.1 Power VCC (3.3V)
J7.2 Input Wi-Fi_TXD J23.3 Output UART2 RXD (PE.9)
J7.3 Output Wi-Fi_RXD J23.2 Input UART2 TXD (PE.8)
J7.4 Input Wi-Fi_RST - - NC
J7.5 Power GND J23.8 Power GND
M487 Intelligent Power Station
Nov. 28, 2018 Page 53 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
4.9.9 UART to LCD
Figure 4-18 shows UART to LCD circuit for the connection with NuMaker-emWin-M487D board to support the Human-Machine Interface (HMI) function based on the emWin engine on the NuMaker-emWin-M487D board. The UART connection pins between NuMaker-emWin-M487D board and M487 Smart Power board are listed in the following Table 4-6.
Figure 4-18 UART to LCD Circuit
Table 4-6 UART Connection between NuMaker-emWin-M487D and M487 Smart Power Boards
NuMaker-emWin-M487D Board M487 Smart Power Board Comment
GPIO I/O
Mode Function GPIO
I/O Mode
Function 0 1
PA.2 Input UART1 RXD PD.1 Output UART3 TXD -
PA.3 Output UART1 TXD PD.0 Input UART3 RXD -
PB.0 Input Wi-Fi Check PD.2 Output Wi-Fi Check Checking Done
PD.10 Input Wi-Fi Status PD.3 Output Wi-Fi Status No Wi-Fi Wi-Fi
Connected
Title
Size Document Number Rev
Date: Sheet of
M487 Smart Power
V1.1UART to LCDA
8 8Tuesday , August 14, 2018
P94P95
PD.2P93 MCU_PD2
PD.1P94 MCU_TXD3PD.0P95 MCU_RXD3
UART to LCD Off Page
P92P93
PD.3P92 MCU_PD3
GND
VCCVCCGND
J24
HEADER 6 (NC)
123456
VCC
GNDMCU_PD3MCU_PD2MCU_RXD3MCU_TXD3
M487 Intelligent Power Station
Nov. 28, 2018 Page 54 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
4.9.10 LED and GPIO Connector
Figure 4-19 shows the LED and GPIO connector circuit. The LED shows the On/Off status of these AC and USB sockets and these two GPIO connectors are for user to extend the functions on this M487 Smart Power board.
Figure 4-19 LED and GPIO Connector Circuit
VCC
N5
7
R48330R
R0603
12
LED5
Green
12
LED4
Green
LED4
N5
6
R49330R
R0603
VCC
N5
51
2
LED3
Green
LED3
R50330R
R0603
VCC
LED5PG.10P86 MCU_PG10PG.9P85 MCU_PG9
PG.13P89 MCU_PG13PG.12P88 MCU_PG12PG.11P87 MCU_PG11
PG.15P91 MCU_PG15PG.14P90 MCU_PG14
LED and GPIOOff Page
P37
P127PG.8P127 MCU_PG8
P41P40P39P38
PH.5P42 LED5P42
PH.0P37 LED0PH.1P38 LED1
PH.4P41 LED4
PE.0P118 MCU_PE0
PH.3P40 LED3PH.2P39 LED2
P109
P117P118
PE.1P117 MCU_PE1
P114
P112P113
P110P111
PE.7P109 MCU_PE7
PE.4P112 MCU_PE4PE.5P111 MCU_PE5PE.6P110 MCU_PE6
P85
PE.2P114 MCU_PE2PE.3P113 MCU_PE3
P91P90P89P88P87P86
J25
HEADER 8 (NC)
12345678
MCU_PE3MCU_PE2MCU_PE1MCU_PE0
MCU_PE7MCU_PE6MCU_PE5MCU_PE4
MCU_PG11MCU_PG10MCU_PG9MCU_PG8
J26
HEADER 8 (NC)
12345678 MCU_PG15
MCU_PG14MCU_PG13MCU_PG12
GPIO
VCCVCC
Title
Size Document Number Rev
Date: Sheet of
M487 Smart Power
V1.1LED and GPIOA
8 8Tuesday , August 14, 2018
N5
41
2
LED2
Green
VCC
R45330R
R0603
LED
12
LED1
Green
LED1
N5
3
R46330R
R0603
VCC
N5
21
2
LED0
Green
LED0
R47330R
R0603
VCC
LED2
M487 Intelligent Power Station
Nov. 28, 2018 Page 55 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
4.9.11 USB Daughter Board
Figure 4-20 shows the USB daughter board circuit. The Power-distribution Switch (U8, U9 or U10) is a switch device that controlled by a GPIO pin of M487 MCU to enable or disable DC 5V power supplying to the USB socket. This switch device will generate a LOW output on its #OC pin to indicate MCU to disable the 5V output when it detects an over current on the 5V output power. For each USB socket, the circuit utilizes three MOSFET devices (Q4/Q5/Q6, Q7/Q8/Q9 or Q10/Q11/Q12) that can be switched to three different resistor paths by three GPIO pins of MCU. The current passing through the USB socket will be measured by the one of three ADC channels of M487 MCU.
Figure 4-20 USB Daughter Board Circuit
CT10
10uF/10V
C0805
CT6
10uF/10V
C0805 USB1_LOAD
USB1_VBUS
USB Host Socket 1
USB2_LOAD
USB2_VBUS
USB Host Socket 2
USB2_PWR_EN_
N38
USB2_OC#_
USB2_A_EN_USB2_mA_ADC_USB2_mA_EN_USB2_uA_ADC_USB2_uA_EN_
R304.7K
R0603
USB2_A_ADC_
CB22
0.1uF
C0603
CON3
USB TYPE-A RECAP
VBUS1
D-2
D+3
GND4 Shield
5
Shield6
CB23
0.1uF
C0603
VCC_
R2910KR0603
VDD5V_
USB2_OC#_High Active+
CT9
1uF/10V
TANT-A
U9
TPS2065CDBVR-2
OUT1
GND2
OC#3
IN5
EN/EN#4USB2_PWR_EN_
GNDGND
R361KR0603
R350.1 (1%)R1206
CB26
0.1uF
C0603
N4
1
USB2_A_ADC_
USB2_A_EN_
OC# Active-lowopen-drain
CB25
0.1uF
C0603
R341KR0603
N4
0
R334.7 (1%)R1206
USB2_mA_ADC_
USB2_mA_EN_
Title
Size Document Number Rev
Date: Sheet of
M487 Smart Power
V1.1USB Host Socket (daughter board)A3
5 8Monday , August 27, 2018
R321KR0603
R311K (1%)R0603
USB2_uA_EN_
N3
9
CB24
0.1uF
C0603
USB2_uA_ADC_
USB3_VBUS
USB3_LOAD
USB Host Socket 3
USB3_uA_ADC_USB3_uA_EN_USB3_OC#_USB3_PWR_EN_
N42
USB3_A_ADC_USB3_A_EN_USB3_mA_ADC_USB3_mA_EN_
R384.7K
R0603
CON4
USB TYPE-A RECAP
VBUS1
D-2
D+3
GND4 Shield
5
Shield6
CB27
0.1uF
C0603
CB28
0.1uF
C0603
VDD5V_
VCC_
R3710KR0603
USB3_OC#_High Active+
CT13
1uF/10V
TANT-A
U10
TPS2065CDBVR-2
OUT1
GND2
OC#3
IN5
EN/EN#4USB3_PWR_EN_
R430.1 (1%)R1206
R441KR0603
CB31
0.1uF
C0603
USB3_A_EN_N
45
USB3_A_ADC_
OC# Active-lowopen-drain
R421KR0603
N4
4
CB30
0.1uF
C0603
R414.7 (1%)R1206
USB3_mA_ADC_
USB3_mA_EN_
R401KR0603
USB3_uA_EN_
N4
3
R391K (1%)R0603
USB3_uA_ADC_
CB29
0.1uF
C0603
USB1_OC#_USB1_PWR_EN_
N34
USB1_A_ADC_USB1_A_EN_USB1_mA_ADC_USB1_mA_EN_USB1_uA_ADC_USB1_uA_EN_
R224.7K
R0603
CB17
0.1uF
C0603
CON2
USB TYPE-A RECAP
VBUS1
D-2
D+3
GND4 Shield
5
Shield6R21
10KR0603
CB18
0.1uF
C0603
VDD5V_
VCC_
Q4 SI2302ADS
SOT-23
1
32
USB1_OC#_
Q5 SI2302ADS
SOT-23
1
32Q6 SI2302ADS
SOT-23
1
32
Q7 SI2302ADS
SOT-23
132
Q8 SI2302ADS
SOT-23
1
32Q9 SI2302ADS
SOT-23
1
32
Q10 SI2302ADS
SOT-23
1
32Q11 SI2302ADS
SOT-23
1
32Q12 SI2302ADS
SOT-23
1
32
High Active+
CT5
1uF/10V
TANT-A
U8
TPS2065CDBVR-2
OUT1
GND2
OC#3
IN5
EN/EN#4USB1_PWR_EN_
R270.1 (1%)R1206
R281KR0603
CB21
0.1uF
C0603
USB1_A_EN_
N3
7
USB1_A_ADC_
3, Drain
1, Gate 2, Source
OC# Active-lowopen-drain
R261KR0603
R254.7 (1%)R1206
N3
6
CB20
0.1uF
C0603
USB1_mA_EN_
USB1_mA_ADC_
R241KR0603
R231K (1%)R0603
USB1_uA_EN_
N3
5
CB19
0.1uF
C0603
USB1_uA_ADC_
VDD5V_ GNDVCC_
CT8
10uF/10V
C0805
CT7
10uF/10V
C0805
SI2302AD
J14
HEADER 4 (male)
1234
J15
HEADER 4 (male)
1234
J16
HEADER 4 (male)
1234
CT11
10uF/10V
C0805
CT12
10uF/10V
C0805
CT15
10uF/10V
C0805
CT16
10uF/10V
C0805
J11
HEADER 8 (male)
12345678
J12
HEADER 8 (male)
12345678
J13
HEADER 8 (male)
12345678
CT14
10uF/10V
C0805
M487 Intelligent Power Station
Nov. 28, 2018 Page 56 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
5 REVISION HISTORY
Date Revision Description
2018.11.28 1.00 1. Initially issued.
M487 Intelligent Power Station
Nov. 28, 2018 Page 57 of 57 Rev 1.00
M487
INT
ELLIG
EN
T P
OW
ER
ST
AT
ION
US
ER
MA
NU
AL
Maker N
u-m
bed
NU
C472 U
ser M
an
ual
Important Notice
Nuvoton Products are neither intended nor warranted for usage in systems or equipment, any malfunction or failure of which may cause loss of human life, bodily injury or severe property damage. Such applications are deemed, “Insecure Usage”.
Insecure usage includes, but is not limited to: equipment for surgical implementation, atomic energy control instruments, airplane or spaceship instruments, the control or operation of dynamic, brake or safety systems designed for vehicular use, traffic signal instruments, all types of safety devices, and other applications intended to support or sustain life.
All Insecure Usage shall be made at customer’s risk, and in the event that third parties lay claims to Nuvoton as a result of customer’s Insecure Usage, customer shall indemnify the damages and liabilities thus incurred by Nuvoton.