Renesas Synergy S124 User manual

APPLICATION NOTE
R12AN0074EU0100 Rev.1.00 Page
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RenesasSynergy™ S124
Sensor Panel Board User Guide
Introduction
This User guide describes about the Renesas Sensor Panel Board. In this Sensor Panel solution, Renesas Synergy™
S124 Microcontroller Group and Renesas RL78/G1D Bluetooth Low Energy (hereafter called BLE) are the highlighted
Components. Using this Sensor Panel Board, developers can easily start to evaluate on Renesas Lighting solution, using
RL78/G1D Bluetooth®wireless connectivity and Renesas Synergy™ S124 device including Temperature sensor, Light
sensor and necessary user interface.
Target Device
R7FS124773A01CFM
Contents
1. Overview.........................................................................................................................2
1.1 Specification Outline .................................................................................................................. 2
2. Sensor Panel System.....................................................................................................3
2.1 Renesas Synergy™ S124 device ...............................................................................................3
2.2 RL78/G1D module (RY7011)....................................................................................................... 3
3. Building Sample Project ................................................................................................4
3.1 Renesas Synergy™ S124 Firmware ..........................................................................................4
3.1.1 Importing the Renesas Synergy™ Project in e2 studio Workspace.................................5
3.1.2 Debugging the Renesas Synergy™ Project in e2studio Workspace..............................6
3.2 Renesas RL78/G1D Firmware....................................................................................................7
3.2.1 Importing the RL78/G1D Project in e2studio Workspace.................................................7
3.2.2 Debugging the RL78/G1D Project in e2studio Workspace...............................................8
4. Programming to Sensor Panel ......................................................................................9
4.1 Renesas Synergy™ S124 device ...............................................................................................9
4.2 RL78/G1D module (RY7011).....................................................................................................10
5. Circuit Diagram.............................................................................................................11
R12AN0074EU0100
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Renesas Synergy™ S124 Sensor Panel Board User Guide
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1. Overview
The Sensor Panel Board uses the Renesas Synergy™ S124, 32-MHz Arm®Cortex®-M0+ microcontroller with 256 KB
of code flash, 24 KB of SRAM, and 4 KB of data flash. It has two push button switches, one reset button, and three
LEDs for user interface; Bluetooth®RY7011 module and onboard micro-B USB for communication; and one PMODTM
connector for expansion. For interacting with surrounding environment, it also includes Temperature Sensor, Light
sensor, passive infrared (PIR) sensor, Reed Switch (Tilt Switch) with two LED indicators, Hall Effect Switch, and two
open drain outputs. There are a 5 volt center positive DC power connector (cylindrical male diameter 5.5mm) and the
same micro-B USB connector from external power and has internal power supply provided by Li-ion Battery (Type:
NCR18650BF or equivalent) with battery charger including 3.3 volt regulated output to provide onboard power. For
development, the board has two Programming/Debugging contactors: standard 9-pin JTAG contactor for S124 device
and 14-pin (2x7, 0.1 inch) connector for RY7011 module. Two 4-screw terminals are included for two general purpose
switch inputs and two open drain output as well.
Figure 1 shows top and bottom view of the Sensor Panel Board.
Figure 1 Sensor Panel Board
1.1 Specification Outline
The specification of Sensor Panel Board is described as below Table 1.
Table 1 Sensor Panel Board Specification
Item
Content
Dimension
3.25 inch x 4.725 inch
Mounting Hole Dimension
2.650 inch x 3.375 inch, Φ ⅛inch
Operation Power Supply Voltage
5.0 V
Maximum Power Supply Current
100 mA
Operating Ambient
Temperature/Humidity
0C to +60C, 10% to 80% RH (non condensing)

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2. Sensor Panel System
Figure 2 shows the Sensor Panel System Block diagram. Typically the Sensor Panel board has five sections: Renesas
Synergy™ S124 microcontroller (MCU), Bluetooth®, user input/output, Sensors, and regulated power supply with
battery. Renesas Synergy™ S124 device is populated along with RL78/G1D BLE module (RY7011). Thus the
acquisition of data from sensors are processed by S124 device and then transmitted through the Bluetooth®module
RY7011. To connect with external device like thermostat, it has two digital inputs and two open drain outputs for
controlling the device. In addition, there is one 12-pin PMOD™connector so that you can utilize on adding more
sensor like Accelerometer or LCD display. You can also monitors the environment parameter using board sensors like
temperature, light, PIR, reed switch and Hall Effect switch. The Sensor Panel board is suitable to evaluate and develop
various sensor applications with S124 device. Using slide switch (S5), the Sensor Panel board can be powered up with
Li-ion battery or external power source.
Figure 2 Renesas Synergy™ S124 Sensor Board System Block diagram
2.1 Renesas Synergy™ S124 device
This Sensor Panel board uses JTAG programming/debugging interface for S124 device. The JTAG signals can be used
through JTAG connector (J1). Use the SEGGER J-Link for programming to the board and debugging for development.
See detail in schematics sheet 2 of 6.
Table 2 JTAG
To enable JTAG debug with S124 target on the Sensor Panel board, use with jumper JP1 for boot mode as below.
Insert shunt jumper at JP1 SCI boot mode (serial programming mode).
Remove shunt jumper at JP1 Normal boot mode.
2.2 RL78/G1D module (RY7011)
This RY7011 is a Bluetooth Low Energy module incorporated with the RL78/G1D device, 32-MHz crystal resonator
for the RF section, and PCB antenna. This module has been certified on Japan’s Radio Law, FCC certification, IC
regulation, CE mark requirements, and the Bluetooth v4.1 specification. Thus it is suitable to use on Sensor Panel board
yet low power consumption as below:
RF transmission: 4.3 mA (TYP.)
RF reception: 3.5 mA (TYP.)
RF sleep (POWER_DOWN mode): 0.3 μA (TYP.)
JTAG Description
Renesas Synergy™ S124 Microcontroller
Function Name
Pin
Test Mode Select
TMS/SWDIO
P108 (P1_8)
Test Clock
TCK/SWCLK
P300 (P3_0)
Test Data Out
TDO
P109 (P1_9)
Test Data In
TDI
P110 (P1_10)
Reset
RESET#
RESET#
S124
MCU
RL78 BLE
module
Li-ion Battery and
Regulated 3.3 volt
Power Supply rail
Temperature Sensor
Light Sensor
User Switches
LED Indicators
Open Drain outputs
Reed Switch
Hall Effect Switch
Current Sensor
Li-ion Battery Charger
S124 Sensor Panel board
PMOD
DC Power Jack
E1 Debugger
Header
USB
JTAG Ports

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3. Building Sample Project
3.1 Renesas Synergy™ S124 Firmware
This Sensor Panel board populates with Renesas Synergy™ S124 microcontroller to evaluate with onboard sensors.
Thus, Sensor Panel board can be used as development platform. When using this Sensor Panel board, PMOD™module
can be added for extended feature through UART or CSI peripheral. For debugging and programming to S124 device,
you can use JTAG connector (J1) with SEGGER J-Link debugger. For using S124 programmer/debugger tool and detail
project development, refer Renesas website.
(Note: SEGGER J-Link download link: https://www.segger.com/downloads/jlink)
Figure 3 Renesas Synergy™ S124 Hardware Programming/Debugging setting
In order to build and debug the Renesas Synergy™ S124 firmware, you need e2studio version 5.3 or later and Renesas
Synergy™ Software Package (SSP) 1.20. To begin debugging, import the project (s1_Sensor_board_01) from the
following folder.
\..\ Renesas_Sensor_Panel_Demo\ Synergy_project\S124.

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Figure 4 e2studio Workspace environment Import Projects
3.1.1 Importing the Renesas Synergy™ Project in e2 studio Workspace
To import the project into e2 studio workspace, following the below step 1 to 5.
1. First, launch the e2studio workspace.
2. Select Import from the File pulldown menu.
3. Select Existing Projects into Workspace from General, and click Next.
4. Browse the projects folder, select the files, and click Finish.
5. Clicking Workbench in the Welcome screen opens the Workspace (see Figure 5) and selects Build All (to
build all the projects) from Project pulldown menu.
Figure 5 e2studio Workspace environment

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3.1.2 Debugging the Renesas Synergy™ Project in e2studio Workspace
1. To enable JTAG debug function on the S124 Sensor Panel board, do the following (see Figure 3).
The S124 Sensor Panel board uses JTAG as its programming/debugging interface. Insert shunt jumper at the
JP1 location (ON position) on Sensor Panel Board.
A. Attach the J-Link connector (J1) to the SEGGER J-Link debugger unit.
B. Supply power to the Sensor Panel Board using provided battery or +5 VDC Power via USB micro-B (J2).
Figure 3 shows the debug setting with SEGGER J-Link debugger.
Figure 6 e2studio workspace debugging setup
2. Set the Debug configuration by selecting a project to debug.
3. Figure 6 shows the Debug Configuration window.
4. Select Debug Configuration from the Run pulldown menu.
5. Right-click Renesas GDB hardware Debugging.
6. Select New from the options menu to create a new debug launch.
7. Select the Debugger tab (see Figure 6).
8. Select Arm’s J-Link for debug hardware and R7FS12477 for Target Device.
9. Click Debug to start debugging.
Figure 7 shows the Debug window. Click Resume (F8) to run the program in Debug mode.
Figure 7 e2studio workspace in debugging mode for Renesas Synergy™ S124

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3.2 Renesas RL78/G1D Firmware
This Sensor Panel board populates with Renesas Bluetooth®module, RY7011 that includes RL78/G1D device to
evaluate for Bluetooth®communication. Thus, Sensor Panel board is suitable for developing a wireless communication
platform.
Figure 8 RL78/G1D device Hardware Programming/Debugging setting
To build the RL78/G1D beacon firmware, you need e2studio version 5.3 or later and the CCRL compiler v1.00.
3.2.1 Importing the RL78/G1D Project in e2studio Workspace
1. To begin debugging, import the project (R5F11AGJ_Beacon) from the following folder and follow the
procedure in section 3.1.1.
\..\Renesas_Sensor_Panel_Demo\ RL_project\uart_beacon\
Figure 9 shows the project in the e2studio for Renesas Beacon firmware project.
Figure 9 e2studio with RL78 / G1D firmware project
2. Select Rebuild All from the Project pulldown menu to build the project.
The binary image output (R5F11AGJ_Beacon.hex) is placed in the following folder.
\..\Renesas_Sensor_Panel_Demo\RL_project\uart_beacon\Project_Source\application\project\e2_cc\BL
E_Software\R5F11AGJ_Beacon

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3.2.2 Debugging the RL78/G1D Project in e2studio Workspace
1. To enable debug function on Sensor Panel board for the RL78/G1D device, do the following (see Figure 10).
The Sensor Panel board uses E1 as its programming/debugging interface.
A. Attach the 14-pin connector (J9) to the E1 debugger unit.
B. Supply power to the Sensor Panel Board using provided battery or +5 VDC Power via USB micro-B (J2).
Figure 9 shows the debug setting with SEGGER J-Link debugger.
Figure 10 e2studio workspace in debugging mode for RL78/G1D
2. Set the Debug configuration by selecting a project to debug.
Figure 10 shows the Debug Configuration window.
3. Select Debug Configuration from the Run pulldown menu.
4. Right-click Renesas GDB hardware Debugging.
5. Select New from the options menu to create a new debug launch.
6. Select the Debugger tab (see Figure 6).
7. Select E1/E20(RL78) for debug hardware and R5F11AGJ for Target Device.
8. Click Debug to start debugging.
Figure 11 shows the Debug window. Click Resume (F8) to run the program in Debug mode.
Figure 11 e2studio workspace in debugging mode for RL78/G1D

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4. Programming to Sensor Panel
4.1 Renesas Synergy™ S124 device
Step 1. Attach the J-Link connector (J1) to the SEGGER J-Link debugger unit and attach PC USB connector
via micro USB cable for power supply. See Figure 3.
Note: Set up the Sensor Panel board with remove the shunt jumper at JP1 location.
Step 2. Open J-Link Commander from Start menu in All Programs, SEGGER folder.
Step 3. Enter the below commands to program target device.
1. Device R7FS12477
2. Speed 12000
3. loadbin C:\...\ROM_File\file_name.hex, 0
4. S
Step 4. Note: This Healthcare Meters Kit includes following Hex files for respective modules
a. The S7G2 Starter Kit (scanner) : Security_Panel_S7.hex
b. The S124 Sensor Panel (beacon): Security_Panel_S124.hex
Step 5. After programming, disconnect the board from the PC to evaluate.
①
②
③
④

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4.2 RL78/G1D module (RY7011)
To program the RL78/G1D Bluetooth®, you use the E1 programmer and perform the following steps:
Step 1. Connect the Renesas E1 programmer/Debugger to connector J9 on the Sensor Panel board.
See Figure 8 for connection.
Step 2. To program RL78/G1D Beacon project output (R5F11AGJ_Beacon_SPB.hex), launch the Renesas
Flash Programmer (RFP).
See Figure 12 for applicable screens.
Step 3. Create a new project. Select the RL78 device and set the power supply to 3.3 Volts. Click OK.
Step 4. Select the Operation tab to load the program file (R5F11AGJ_Beacon_SPB.hex).
Step 5. Click Start to begin to program.
For details on RFP usage, refer to R20UT3841E.
Figure 12 Renesas Flash Programmer

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5. Circuit Diagram
This section shows the Sensor Panel board schematics in total 6 sheets and RL78/G1D Module (RM-110-RFB-2)
schematics in total one sheet.

5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
NOTES:
1. ALL RESISTORS ARE %5 UNLESS OTHERWISE NOTED.
2. NETS WITHOUT SHEET TO SHEET REFERENCE ARE CONNECTED ON PAGE.
UARTS
P0_2/I_SENSE
P1_5/CHRGEN*
P1_13/MODE
P1_6/EN1
P1_0/INL0
P1_1/INL1
P0_1/TEMP_AIN
P4_8/RXD9
P4_9/TXD9
P2_4/SCK9
P0_0/LIGHT_AIN
P2_5/CTS9
P1_4/IRQ1
P3_4/GPIO
P3_3/GPIO
P1_11/GPIO
P0_4/GP_SW1
P2_6/GP_SW2
P5_1/GP_LED1
P5_2/GP_LED2
P1_7/GP_LED3
P0_14/SW_OUT1
P5_0/SW_HALL
P0_13/SW_PIR
nRESET
P0_3/SW_OUT2
P1_2/GHRG*
P4_0/BLE_SCK0
P4_1/BLE_TXD0
P4_2/BLE_RXD0
P3_1/SW_TILT1
P3_2/SW_TILT2
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
DRAWN:
CHECK:
ENGR:
CONTRACT:
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
LINEAR DIM INCH
X
X.X
X.XX
X.XXX +/-0.010
+/-0.04
+/-0.1
ANGLES +/-1.0 DEG
INTERPRET DRAWING PER
ANSI Y14.100
THIRD ANGLE PROJECTION
1285 Chenango Street
Binghamton, NY 13901
Phone:[phone] Fax:[phone]
www.rpaelectronics.com
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA
B0SCH-2091
16
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
yyyy/mm/dd
<CONTRACT>
M.RADLEY 1/3/17
NAME
1/3/17
D.THOMAS
TOP LEVEL BLOCK
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
DRAWN:
CHECK:
ENGR:
CONTRACT:
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
LINEAR DIM INCH
X
X.X
X.XX
X.XXX +/-0.010
+/-0.04
+/-0.1
ANGLES +/-1.0 DEG
INTERPRET DRAWING PER
ANSI Y14.100
THIRD ANGLE PROJECTION
1285 Chenango Street
Binghamton, NY 13901
Phone:[phone] Fax:[phone]
www.rpaelectronics.com
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA
B0SCH-2091
16
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
yyyy/mm/dd
<CONTRACT>
M.RADLEY 1/3/17
NAME
1/3/17
D.THOMAS
TOP LEVEL BLOCK
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
DRAWN:
CHECK:
ENGR:
CONTRACT:
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
LINEAR DIM INCH
X
X.X
X.XX
X.XXX +/-0.010
+/-0.04
+/-0.1
ANGLES +/-1.0 DEG
INTERPRET DRAWING PER
ANSI Y14.100
THIRD ANGLE PROJECTION
1285 Chenango Street
Binghamton, NY 13901
Phone:[phone] Fax:[phone]
www.rpaelectronics.com
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA
B0SCH-2091
16
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
yyyy/mm/dd
<CONTRACT>
M.RADLEY 1/3/17
NAME
1/3/17
D.THOMAS
TOP LEVEL BLOCK
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
---- ---- ----
USB/BATTERY
5_BATTERY PWR
P0_2/ISENSE
P1_5/CHRGEN*
P1_13/MODE
P1_6/EN1
P1_0/INL0
P1_1/INL1
P1_2/CHRG*
SYNERGY S1
BLE
SENSOR BOARD
PCB1
PCB-2091
SENSORS
3_SENSORS
P0_1/TEMP_AIN
P4_8/RXD9
P4_9/TXD9
P2_4/SCK9
P0_0/LIGHT_AIN
P2_5/CTS9
P1_4/IRQ1
P3_4/GPIO
P3_3/GPIO
P1_11/GPIO
P0_4/GP_SW1
P2_6/GP_SW2
P5_1/GP_LED1
P5_2/GP_LED2
P1_7/GP_LED3
P0_14/SW_OUT1
P0_3/SW_OUT2
P5_0/SW_HALL
P0_13/SW_PIR
P3_1/SW_TILT1
P3_2/SW_TILT2
RX S124
2_S124
P1_4/IRQ1
P3_4/GPIO
P3_3/GPIO
P1_11/GPIO
P2_5/CTS9
P4_9/TXD9
P4_8/RXD9
P4_0/BLE_SCK0
P0_0/LIGHT_AIN
P0_1/TEMP_AIN
P0_4/GP_SW1
P2_6/GP_SW2
P5_1/GP_LED1
P5_2/GP_LED2
P1_7/GP_LED3
P0_12
P0_15
P1_12
P2_4/SCK9
P0_2/ISENSE
P5_0/SW_HALL
P0_13/SW_PIR
P1_5/CHRGEN*
P1_6/EN1
P1_0/INL0
P1_1/INL1
P1_3
P1_13/MODE
P4_2/BLE_RXD0
P4_1/BLE_TXD0
P0_14/SW_OUT1
P4-10
nRESET
P0_3/SW_OUT2
P1_2/CHRG*
P4_3/BLE_INTP3
P3_1/SW_TILT1
P3_2/SW_TILT2
BLUETOOTH
4_BLE
P20
P21
P120
P40
nRESET
P137
P13
P14
P15
P16
P00
P01
P61/SDAA0
P60/SCLA0
P121/X1
P30
P22
P23
P147
P1_10/BLE_TXD1
P1_9/BLE_RXD1
P4_0/BLE_SCK0
P4_2/BLE_RXD0
P4_1/BLE_TXD0
P4_3/BLE_INTP3

5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
USB
micro B
KEY
USB0_DP
XCOUT
EXTAL
USB0_DM
XTAL
XCIN
USBD-
USBD+
VBUS
RESET*
P1_10/TDI
P1_9/SDDO
P1_8/SWDIO
P3_0/SWCLK
P2_1/MD
XC
P2_0/NMI
VCC_3.3
VCC_3.3
VCC_3.3
SHIELD
AVCC_3.3
AVCC_3.3
SHIELD
SHIELD SHIELD
A A
A
SHIELD
VBUS
VCC_3.3
VCC_3.3
VCC_3.3
VCC_3.3 VCC_3.3
VCC_3.3VCC_3.3 VCC_3.3 VCC_3.3
SHIELD
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
26
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
RX111 CONFIG
1/3/17
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
26
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
RX111 CONFIG
1/3/17
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
26
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
RX111 CONFIG
1/3/17
R15
0
C3
22p
C12
10u
25V
-
C10
12p
C4
22p
MT3
MTG
R14
1M
C6
0.1u
S124 LQFP64
U1A
S124_64LQFP
Vcc2 39 Vcc1 11
AVcc0
56
Vcc_USB 20
Vss_USB 17
XCOUT/P2_14 7 P2_13/XTAL
9
USB0_DM 18
USB0_DP 19
P2_1/MD
26
VCL
5
RES#
25
XCIN/P2_15 6 P2_12/EXTAL
10
P0_10/VREFH0
59
P0_11/VREFL0
58
Vss1
8
Vss2
40
AVss0
57
Vcc_USB_LDO 21
USB_VBUS/P4_7 16
P2_0/NMI
27
P1_8/SWDIO
33
P1_9/SDDO
34
P1_10/TDI
35
P3_0/SWCLK
32
C11
12p
C9
10p
Y1
16MHZ
XTAL_TXC7M
1 3
2 4
MT2
MTG
R10
10K
R50
0
MT4
MTG
C14
0.1u
C1
0.1u
MT1
MTG
C8
10p
C16
10u
25V
-
SHNT1
SHUNT
J2
USB_MICRO B
VCC
1
DATA-
2
DATA+
3
GND
5
SHLD_S1
S1
SHLD_S2
S2
ID
4
R1
10K
S1
SPST_SMT
1
3
2
4
R11
24
E1
BLK
TP_5010
1
R6
10K
JP1
2-PIN
1 2
C5
4.7n
Y2
32.768kHz
1 2
R5
100K
R2
100K
C7
4.7u
25V
R8
30K
TP1
TP
J1
CON10
1 2
3 4
5 6
7 8
9 10
C2
0.1u
R9
30K
C15
0.1u
L2
FBMJ1608
R3
100K
R7
30K
C13
0.1u
L1
FBMJ1608
R12
24
R4
100K
R13
1M
5%

5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
PORT 0
PORT FUNCTION
AN000
P5_0
P4_0P0_0
P0_1
P0_2
P0_3
P0_4
P0_12
P0_13
P0_14
P0_15
P5_1
P5_2
P4_1
P4_2
P4_3
SIGNAL
AN001
INPUT
OUTPUT
INPUT
-
INPUT
-
PORT 1
PORT FUNCTION SIGNAL
OUTPUT
OUTPUT
P1_0
P1_1
P1_2
P1_3
P1_4
P1_5
P1_6
P1_7
P1_11
P1_12
P1_13
PORT 2
PORT FUNCTION SIGNAL
P2_4
P2_5
P2_6
PORT 3
PORT FUNCTION SIGNAL
PORT 4
PORT FUNCTION SIGNAL
P4_8
P4_9
P4_10
P4_11
PORT 5
PORT FUNCTION SIGNAL
INPUT
SCK1_B
*
**
*
OUTPUT
IRQ1
-
INPUT
OUTPUT
OUTPUT
-
OUTPUT
P1_1/INL1
PI_2/GHRG*
P1_0/INL0
P1_6/EN1
P0_0/LIGHT_AIN
P0_1/TEMP_AIN
RXD1_B
TXD1_B
RXD9
TXD9
INPUT
P0_4/GP_SW1
P2_6/GP_SW2
P1_7/GP_LED3
OUTPUT P5_1/GP_LED1
OUTPUT P5_2/GP_LED2
P4_1/BLE_TXD0
P4_2/BLE_RXD0
OUTPUT
-
SCK9
CTS9
-
P2_5/CTS9
P2_4/SCK9 P4_0/BLE_SCK0
P1_13/MODE
P1_11/GPIO
P1_5/CHRGEN*
P1_4/IRQ1
P0_11 -
OUTPUT
-
P4_8/RXD9
P4_9/TXD9P0_10 -
P0_2/I_SENSE
-
-
P5_0/SW_HALL
P0_13/SW_PIR
-
P0_14/SW_OUT1
P0_3/SW_OUT2
P3_3/GPIOOUTPUT
P3_4/GPIO
INPUT
OUTPUT
INPUT
P3_1
P3_2
P3_3
P3_4
-
P3_1/SW_TILT1
P3_2/SW_TILT2
P0_0/LIGHT_AIN
P0_1/TEMP_AIN
P2_5/CTS9
P4_9/TXD9
P4_8/RXD9
P3_4/GPIO
P1_4/IRQ1
P1_11/GPIO
P2_6/GP_SW2
P1_7/GP_LED3
P0_4/GP_SW1
P5_2/GP_LED2
P5_1/GP_LED1
P3_2/SW_TILT2
P3_3/GPIO
P3_1/SW_TILT1
P5_0/SW_HALL
P2_4/SCK9
P4_0/BLE_SCK0
P0_2/I_SENSE
P0_13/SW_PIR
P1_5/CHRGEN*
P1_6/EN1
P4_1/BLE_TXD0
P4_2/BLE_RXD0
P0_14/SW_OUT1
P0_3/SW_OUT2
P1_13/MODE
P4_3BLE_INTP3
P1_0/INL0
P1_1/INL1
PI_2/CHRG*
P1_4/IRQ1SH.1^,4
P3_4/GPIO SH.1^,4
P1_11/GPIOSH.1^,4
P2_5/CTS9 SH.1^,4
P4_9/TXD9 SH.1^,4
P4_8/RXD9 SH.1^,4
P4_0/BLE_SCK0 SH.1^,5
P0_0/LIGHT_AINSH.1^,4
P0_1/TEMP_AINSH.1^,4
P0_4/GP_SW1SH.1^,4
P2_6/GP_SW2 SH.1^,4
P5_1/GP_LED1 SH.1^,4
P5_2/GP_LED2 SH.1^,4
P1_7/GP_LED3SH.1^,4
P0_2/ISENSESH.1^,6
P0_13/SW_PIRSH.1^,4
P1_5/CHRGEN*SH.1^,6
P1_6/EN1SH.1^,6
P1_3
P1_13/MODESH.1^,6
P4_2/BLE_RXD0 SH.1^,5
P4_1/BLE_TXD0 SH.1^,5
P0_14/SW_OUT1SH.1^,4
P4-10
P0_3/SW_OUT2SH.1^,4
P1_12
P0_15
P3_3/GPIO SH.1^,4
P4_3/BLE_INTP3 SH.1^,5
P1_0/INL0SH.1^,6
P1_1/INL1SH.1^,6
P1_2/CHRG*SH.1^,6
P2_4/SCK9 SH.1^,4
P0_12
P5_0/SW_HALL SH.1^,4
P3_1/SW_TILT1 SH.1^,4
P3_2/SW_TILT2 SH.1^,4
nRESET SH.1^,5
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
---- ---- ----
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
36
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
CORE INTERFACE
1/3/17
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
36
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
CORE INTERFACE
1/3/17
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
36
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
CORE INTERFACE
1/3/17
S124 LQFP64
(5V TOL)
(5V TOL)
(5V TOL)
(5V TOL)
U1B
S124_64LQFP
R7FS124773A01CFM#YBA
P0_12
55
P0_4
60
P0_13
54
P0_2
62
P0_3
61
P0_14
53
P0_15
52
P5_0 49
P5_1 50
P0_0
64
P0_1
63
P2_4 24
P2_5 23
P2_6 22
P3_1 31
P3_2 30
P3_3 29
P3_4 28
P4_11 12
P4_10 13
P4_9 14
P4_8 15
P4_3 4
P4_2 3
P4_1 2
P1_6
42
P1_7
41
P1_11
36
P1_12
37
P1_13
38
P1_0
48
P1_1
47
P1_2
46
P1_3
45
P1_4
44
P1_5
43
P4_0 1
P5_2 51
R49
150

5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
GENERAL PURPOSE
SWITCHES
USER LEDS
LOW SIDE SWITCHES
HALL EFFECT
SWITCH
TILT SWITCH
PMOD
ON CARD
LIGHT SENSOR TO MICRO
TO MICRO
ON CARD
TEMP SENSOR
PIR
GP_SW1
GP_SW2
GP_LED3
GP_LED2
GP_LED1
P5_0/SW_HALL
P0_14/SW_OUT1
P0_3/SW_OUT2
PMODVCC
CTS9
GPIO0
GPIO1
GPIO2
IRQ1
RXD9
TXD9
SCK9
AIN_LIGHT
AIN_NTC
SW_PIR
SW_TILT1
SW_TILT2
P0_4/GP_SW1 SH.1^,3
P2_6/GP_SW2 SH.1^,3
P5_1/GP_LED1SH.1^,3
P5_2/GP_LED2SH.1^,3
P1_7/GP_LED3SH.1^,3
P5_0/SW_HALL SH.1^,3
P3_1/SW_TILT1 SH.1^,3
P0_14/SW_OUT1SH.1^,3
P0_3/SW_OUT2SH.1^,3
P2_5/CTS9SH.1^,3 P1_4/IRQ1 SH.1^,3
P3_4/GPIO SH.1^,3
P3_3/GPIO SH.1^,3
P1_11/GPIO SH.1^,3
P4_8/RXD9SH.1^,3
P4_9/TXD9SH.1^,3
P2_4/SCK9SH.1^,3
P0_0/LIGHT_AIN SH.1^,3
P0_1/TEMP_AIN SH.1^,3
P3_2/SW_TILT2 SH.1^,3
P0_13/SW_PIR SH.1^,3
VCC_3.3
VCC_3.3
VCC_3.3VCC_3.3
VCC_3.3
VCC_3.3
VCC_3.3
VCC
AVCC_3.3
A
A
A
AVCC_3.3
VCC_3.3
VCC_3.3 VCC_3.3
VCC_3.3
VCC_3.3
VCC_3.3
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
46
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
SENSORS
1/3/17
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
46
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
SENSORS
1/3/17
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
46
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
SENSORS
1/3/17
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
G
D
S
N
Q1
NTD3055
G
S
D
C24
100p
LED1
GREEN
AC
C42
0.01u
R52
220
LED5
GREEN
AC
J5
OSTTE04
1
2
3
4
U3
LTC1157
NC1
1
G1 2
GND 3
IN1
4
IN2
5
VS
6
G2 7
NC2 8
R55
100K
TM1000
S6
1
2
3
C18
0.1u
X7R
R23
220
R20
9.1K
1%
R27
4.99K
R53
1K
1%
C22
0.01u
R25
4.99K
J4
3-PIN
1
2
3
LED3
GREEN
AC
LED2
GREEN
AC
R28
100K
LED6
GREEN
AC
SHNT2
SHUNT
S3
SPST_SMT
1
3
2
4
C23
0.1u
R22
220
U2
APDS-9005
61
2
3 4
5
Q4
MMBT3904
B
C
E
R54
10K
5%
R21
28.7K
1%
R30
30K
S2
SPST_SMT
1
3
2
4
R17
! DNP
PIR1
PIR_EKMC160111X
VDD 1
OUT 2
GND 3
J3
PMODA
1
2
3
4
5
6
7
8
9
10
11
12
S4
MLX90248ESE
1
2
3
-t
RT1
NTC-10K
R51
220
R18
0
J6
OSTTE04
1
2
3
4
C19
0.1u
C17
10u
-
C20
0.1u
X7R
R24
220
R29
30K
G
D
S
N
Q2
NTD3055
G
S
D
R19
1K
1%

5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
RY7011
UART 0
E1 DEBUG
HEADER
P16/TI01/TO01/INTP5
P12/SO00/TxD0/TOOLTxD/TI05/TO05
P4_1/BLE_TXD0
P10/SCK00/SCL00/TI07/TO07
P4_0/BLE_SCK0
P14/SI20/SDA20/SCLA0/TI03/TO03
P4_2/BLE_RXD0
P15/SCK20/SCL20/TI02/TO02
P13/SO20/SDAA0/TI04/TO04
P123/XT1
P40/TOOL0
P61/SDAA0
nRST
P60/SCLA0
P22/AIN2
P147/ANI18
P23/ANI3
P21/ANI1/AVREFM
P40/TOOL0
nRESET
P20/ANI0/AVREFP
P03/ANI16/RxD1
P01/TO00
P02/ANI17/TxD1
P00/TI00
P120/ANI19
P137/INTP0
P124/EX2/EXCLKS
P30/INTP3/RTC1HZ
P11/SI00/RxD0/TOOLRxD/SDA00/TI06/TO06
nRST
P21
P120
P40
P137
P13
P14
P15
P61/SDAA0
P60/SCLA0
P123
P22
P23
P147
P4_0/BLE_SCK0SH.1^,3
P4_2/BLE_RXD0SH.1^,3
P4_1/BLE_TXD0SH.1^,3
P16
P00
P20
P01
P02
P03
P121/X2
nRESETSH.1^,2
VDD_RF
VCC_3.3
VCC_3.3VCC_3.3
VCC_3.3
VCC_3.3
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
---- ---- ----
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
56
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
RENESAS BLUETOOTH MODULE
1/3/17
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
56
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
RENESAS BLUETOOTH MODULE
1/3/17
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
56
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
RENESAS BLUETOOTH MODULE
1/3/17
C25
2.2uF
R31
1K
L3
FBMJ1608
Y3
32.768kHz
12
R16
0
R32
1K
R33
10K
C43
12p
J9
CON14
12
34
56
78
910
1112
1314
C44
12p
RY7011
RY7011
U4
GND_1
1
VDD
10
P30/INTP3/RTC1HZ
2
P16/TI01/TO01/INTP5
3
P15/SCK20/SCL20/TI02/TO02
4
P14/SI20/SDA20/SCLA0/TI03/TO03
5
P13/SO20/SDAA0/TI04/TO04
6
P12/SO00/TxD0/TOOLTxD/TI05/TO05
7
P11/SI00/RxD0/TOOLRxD/SDA00/TI06/TO06
8
P10/SCK00/SCL00/TI07/TO07
9
GND_11
11
P147/ANI18
12
P23/ANI3
13
P22/AIN2
14
P21/ANI1/AVREFM
15
P20/ANI0/AVREFP
16
P03/ANI16/RxD1
17
P02/ANI17/TxD1
18
P01/TO00
19
P00/TI00 21
GND_20
20
P124/XT2/EXCLKS 26
P120/ANI19 22
P40/TOOL0 23
nRESET 24
25
P137/INTP0
P123/XT1 27
P60/SCLA0 28
P61/SDAA0 29
GND_30 30
GND_38 38
IC 31
GND_37 37 GND_36 36 GND_35 35 GND_34 34 GND_33 33 GND_32 32 GND_42 42 GND_41 41 GND_40 40 GND_39 39
C41
0.1u

5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
vbat+.3
EXT
+5V SUPPLY
USB
OFF
ON
CURRENT SENSE
3.3V@1A
1
0
0
ILIM1
1
INPUT CURRENT LIMIT SETTINGS
ILIM0
100mA (1X)
0
500mA (5X)
1A (10X)
1
1
CURRENT LIMIT
SUSPEND (500uA)
0
VOUT
I_SENSE
LOAD
INL1
CHRGEN*
MODE
EN1
INL0
LDO3V3 CHRG*
P0_2/ISENSE SH.1^,3
P1_5/CHRGEN*SH.1^,3
P1_13/MODESH.1^,3
P1_6/EN1SH.1^,3
P1_0/INL0SH.1^,3
P1_1/INL1SH.1^,3
P1_2/CHRG* SH.1^,3
VCC_3.3
VBUS
VIN_3.3
VIN_3.3
VIN_3.3
VCC_3.3
VCC
LDO3V3
VOUT
VOUT
VCC_3.3
---- ---- ----
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
REVISIONS
DESCRIPTION APPROVEDDATEREV
(MAINTAIN ALL SHEETS AT SAME REVISION LEVEL)
EO NO
-
RELEASE 1/3/17B0
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
66
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
3.3V PWR
1/3/17
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
66
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
3.3V PWR
1/3/17
SIZE CAGE CODE DWG NO REV
SHEET OF
SCALE NONE
SCHEMATIC DIAGRAM
THIS DOCUMENT CONTAINS SECTIONS
WHICH ARE CONSIDERED
CONFIDENTIAL AND PROPRIETARY TO
DISTRIBUTION, USE, OR DISCLOSURE
IS PROHIBITED WITHOUT WRITTEN
PERMISSION FROM RPA DATE
B0SCH-2091
66
C
SYNERGY S1 BLE SENSOR BOARD
5D7K6
3.3V PWR
1/3/17
C39
4.7u
25V
Y5V
TP8
TP
R42
324K
1%
R44
105K
1%
R38
0
R36
3.0K
5%
C28
22u
25V
-
TP7
TP
R37
1K
1%
PIN
SHUNT
SLEEVE
J10
2.1mm_PWR_JACK
1
2
3
TP4
TP
C38
4.7u
25V
Y5V
C37
0.1u
R39
10K
5%
U7
MCP6401U
5
V+
IN-
3
IN+
1
2
V-
OUT 4
G
D
S
P
Q3
SI2333CDS
1
2
3
L5
2.2uH
COIL_LPS4018
R34
10K
5%
TP3
TP
-t
RT2
NTC-10K
R46
0.05
1W
1%
RSENSE
C40
4.7u
25V
Y5V
R43
15K
1%
LED4
GREEN
AC
C33
22u
25V
-
C27
10u
25V
-
C36
0.1u
TP5
TP
C30
2.2uF
X7R
U6
LT6106
V+
5
3
IN-
4
IN+
V-
2
1
OUT
TP6
TP
TP2
TP
C31
1u
X7R
D2
PMEG6010
DIODE_SOD123F
A C
R45
100
1%
+
-
J11
3039
1
2 3
4
D1
PMEG6010
DIODE_SOD123F
A C
TP9
TP
R35
2.15K
1%
C29
0.1u
X7R
C34
330p
NPO
R48
4.99K
5%
<TYPE>
U5
LTC3566
SW 22
BAT 19
SWCD1 11
VOUT1 10
VC1 5
VBUS
21
VIN1 9
GATE 18
CHRG 16
VOUT 20
CHRGEN
23
ILIM1
14
LDO3V3
1
CLPROG
2
GND_12
12
PROG
15
SWAB1 7
GND_6
6
FB1 4
MODE
8
GND_17 17
NTC
3
ILIM0
13
EN1
24
GND_PAD
25
R47
1K
C35
10p
X7R
C32
33p
X7R
R40
24
5%
L4
3.3uH
COIL_LPS4018
SPDT
S5
CKN9565
B
3
A
1C2
R41
121K
1%

5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
Unmount
RL78/G1D Module評価ボード RM-110-RFB-2
SILK: VDD SILK: GND1 SILK: GND2
SILK: GND3
Unmount
Unmount
Unmount
Unmount
Unmount
SILK: P124
SILK: P123
Unmount
SILK:
P01 P03
P02 P20
P21 P23
P22 P147
SILK:
P10
P16
P12
P13
P14
P15
P11
P30
SILK:
P00
P120
P40
RST
P137
P60
P61
Unmount
Unmount
Unmount
P15
P147
P16
P14
P13
P12
P11
P10
P30
P00
P120
RST
P60
P61
P137
P20 P03 P02 P01 P21 P22 P23
P40
VDD
VDD VDD VDD VDD
VDD
VDD
GPIO_120
E1
E1&RST
GPIO_60
GPIO_61
E1
E1&RST
GPIO_60
GPIO_03
GPIO_02
GPIO_147
GPIO_120
GPIO_61
UART_Rx
GPIO_10
GPIO_22
GPIO_23
GPIO_16
GPIO_30
UART_Tx
UART_Tx
GPIO_30
GPIO_16
UART_Rx
GPIO_10
GPIO_02
GPIO_147
GPIO_03
GPIO_22
GPIO_23
Title
Size Document Number Rev
Date: Sheet of
1.0
M404776
A3
11Friday, March 11, 2016
Title
Size Document Number Rev
Date: Sheet of
1.0
M404776
A3
11Friday, March 11, 2016
Title
Size Document Number Rev
Date: Sheet of
1.0
M404776
A3
11Friday, March 11, 2016
MOD1
RY7011A0
GND
1
P30/INTP3
2
P16/TI01/TO01/INTP5
3
P15/SCK20/SCL20(TI02)/(TO02)
4
P14/SI20/SDA20/(SCLA0)/(TI03)/(TO03)
5
P13/SO20/(SDAA0)/(TI04)/(TO04)
6
P12/SO00/TxD0/TOOLTxD/(TI05)/(TO05)
7
P11/SI00/RxD0/TOOLRxD/SDA00/(TI06)/(TO06)
8
P10/SCK00/SCL00/(TI07)/(TO07)
9
VDD
10
GND
11
P147/ANI18
12
P23/ANI3
13
P22/ANI2
14
P21/ANI1/AVREFM
15
P20/ANI0/AVREFP
16
P03/ANI16/RxD1
17
P02/ANI17/TxD1
18
P01/TO00
19
GND 20
P00/TI00 21
P120/ANI19 22
P40/TOOL0 23
RESET 24
P137/INTP0 25
P124/XT2/EXCLKS 26
P123/XT1 27
P60/SCLA0 28
P61/SDAA0 29
GND 30
IC 31
GND 32 GND 33 GND 34 GND 35 GND 36 GND 37 GND 38
GND_PAD
39
GND_PAD
40
GND_PAD
41
GND_PAD
42
P124
TH
1
JP1
1 2
P03
TH
1
GND1TH
1
CN1
14 5602 024 000 829H+
VSS_1
1VDD_2 2
P40/TOOL0
3NC_4 4
RESET
5NC_6 6
P60/SCLA0
7P61/SDAA0 8
P03/ANI16/RXD
9P11/SI00/RXD0/TOOLRXD/SDA00 10
P147/ANI18
11 P12/SO00/TXD0/TOOLTXD 12
P02/ANI17/SIO/TXD1
13 P10/SCK00/SCL00 14
TXSELH_RF/GPIO0
15 P22/ANI2 16
TXSELL_RF/GPIO1
17 P23/ANI3 18
NC_19
19 P16/T10/TO01/INTP5 20
VSS_21
21 P30/INTP3/RTC1HZ 22
P120/ANI19
23 NC_24 24
C3
10pF
1 2
P11
TH
1
R2
10Kohm
12
P00
TH
1
P147
TH
1
P16
TH
1
P123
TH
1
C2
xxpF
12
RST
TH
1
P12
TH
1
P61
TH
1
R4
0ohm
1 2
R3
0ohm
1 2
P01
TH
1
GND2TH
1
X1
32.768kHz
1 2
R1
1Kohm
12
R7
2.2Kohm
12
P20
TH
1
R8 0ohm
1 2
P14
TH
1
P30
TH
1
P23
TH
1
P40
TH
1
P10
TH
1
P120
TH
1
P02
TH
1
P21
TH
1
GND3TH
1
P137
TH
1
R5
0ohm
1 2
P22
TH
1
P15
TH
1
P13
TH
1
C4
12pF
1 2
C1
xxpF
12
VDDTH
1
P60
TH
1
R6
2.2Kohm
12

Renesas Synergy™ S124 Sensor Panel Board User Guide
R12AN0074EU0100 Rev.1.00 Page
19
of 19
Nov 15, 2017
Website and Support
Renesas Electronics Website
http://www.renesas.com/
Inquiries
http://www.renesas.com/contact/
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Revision History
Rev.
Date
Description
Page
Summary
1.00
Nov 15, 2017
–
Initial Release