Renesas Y-RH850-F1X-324PIN-PB-T1-V1 User manual

All information contained in these materials, including products and product specifications,
represents information on the product at the time of publication and is subject to change by
Renesas Electronics Corp. without notice. Please review the latest information published by
Renesas Electronics Corp. through various means, including the Renesas Technology Corp.
website (http://www.renesas.com).
The newest version of this document can be obtained from the following web location
http://www.renesas.eu/updates?oc=Y-RH850-F1X-324PIN-PB-T1-V1
www.renesas.com
RH850 Evaluation Platform
RH850/F1KH-D8 324pin
PiggyBack board
Y-RH850-F1X-324PIN-PB-T1-V1
R20UT4326ED0100, Rev. 1.0
2018-05-30
32
User´s Manual

Table of Contents
Chapter 1 Introduction .........................................................................5
Chapter 2 Overview ..............................................................................6
2.1 Overview ...............................................................................................6
2.2 Mounting of the device ........................................................................7
2.3 Jumper configuration...........................................................................7
Chapter 3 Power supply.......................................................................9
3.1 Board power connection .....................................................................9
3.2 Voltage distribution............................................................................10
Chapter 4 Clock sources....................................................................11
4.1.1 MainOsc.......................................................................................................................11
4.1.2 SubOSC .......................................................................................................................11
Chapter 5 Debug and Programming interface..................................12
Chapter 6 Other circuitry....................................................................13
6.1 Push button for RESET......................................................................13
6.2 Mode Selection...................................................................................13
6.3 Signalling LEDs..................................................................................14
Chapter 7 Precautions........................................................................15
7.1 P2_3 pin label......................................................................................15
Chapter 8 Connectors for ports of device.........................................16
8.1 Connectors to MainBoard..................................................................16
8.1.1 Connector CN1............................................................................................................16
8.1.2 Connector CN2............................................................................................................18
8.1.3 Connector CN3............................................................................................................20
Chapter 9 Mechanical dimensions ....................................................22
Chapter 10 Schematic ..........................................................................23
Chapter 11 Revision History................................................................26

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Chapter 1 Introduction
The RH850/F1x Application Board is part of the RH850 Evaluation Platform and
serves as a simple and easy to use platform for evaluating the features and
performance of Renesas Electronics 32-bit RH850/F1x microcontrollers. This
piggyback board Y-RH850-F1X-324PIN-PB-T1-V1 can be used as a standalone
board, or can be mated with a mainboard (e.g. Y-RH850-X1X-MB-T2-V1) for
extended functionality.
Main features:
•Socket for mounting of device
•Standalone operation of the board
•Direct supply of device voltage (typ. 3.3V-5.0V)
•Device programming capability
•Device debugging capability
•Pin headers for direct access to each device pin
•Reset switch
•MainOSC and SubOSC circuitry
•Signal LEDs
•Jumpers for device mode selection
•Connectors to MainBoard
This document describes the functionality provided by the piggyback board and
guides the user through its operation.
This manual describes the following board revision:
•Y-RH850-F1X-324PIN-PB-T1-V1

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Chapter 2 Overview
2.1 Overview
Figures 1 and 2 provide the views of the Piggyback Board.
Figure 1 –PiggyBoard top view
Figure 2 –PiggyBoard bottom view
Device pin #A1

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2.2 Mounting of the device
The board is designed for use with the following devices:
•RH850/F1KH-D8 324pin
The device must be placed inside the socket IC1. To insert the device, press
down the lid, align the #A1 pin of the device to the #A1pin of the socket, insert
the device inside the socket and release the lid.
For details regarding the operation of the microcontroller, refer to the
RH850/F1KH, RH850/F1KM User’s Manual.
2.3 Jumper configuration
The function of the board can be configured via jumpers. This chapter describes
the standard configuration, i.e. jumper setting for the intended devices. For the
supported function of the used device, please refer to the corresponding HW
user’s manual.
The table has the following meaning:
•x-y: Connect the pins x and y; valid for 3-pin jumpers (e.g. JP10)
The pin #1 can be identified by a small circle in the vicinity of the
jumper
The jumper settings also are shown in this picture:
Figure 3 –Jumper setting overview

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•The green jumper JP12 for FLMDO0 always must be closed for a ‘normal’
(user mode and debug) operation of the device.
•The red jumpers must be set for a “Voltage 1” (typ. +5.0V) operation of
the related device supply.
•The blue jumper must be set for a “Voltage 2” (typ. +3.3V) operation of
the related device supply.
Note:
•The RH850/F1KH-D8 device requires a supply voltage of 3.3V on its
REG1VCC pin (via JP7).
REG0VCC (JP1) can be set to either +5.0V or +3.3V
See the section ‘Electrical Characteristics’ in the device User’s Manual for further
details.
For jumper settings related to the device operation mode, refer to the
chapter 6.2.

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Chapter 3 Power supply
3.1 Board power connection
For operation of the device, a supply voltage must be connected to the board.
Though a single supply voltage is sufficient for the operation of the device, two
(different) voltages can be supplied to the board.
Within this document the following voltages are considered as ‘typical’
connections:
Voltage1 = 5.0V
Voltage2 = 3.3V
The following connectors are available to supply those voltages:
•Three 4mm ‘banana-type’ connectors:
- Two red connectors for voltages Voltage1 (CN10) and Voltage2 (CN11).
- A black connector for VSS connection (CN12).
Note: The three connectors are supplied with the board but not assembled.
•The E1/E2 emulator that is used for debug purposes and flash programming
can also supply a single operating voltage (‘Dbg_Voltage’).
The voltage is programmable via the E1/E2 GUI as 3.3 or 5.0V (typ).
See the documentation of the E1/E2 and chapter 5 ‘Debug and
Programming interface’ for details.
•In case the PiggyBoard is mounted on a MainBoard, the voltages Voltage1
and Voltage2 are supplied by the on-board regulators of the MainBoard.
NOTE: Do not supply any voltage directly to the PiggyBoard in case it is mounted
on the MainBoard.
For each of the two voltages, ‘Voltage 1 ‘ and ‘Voltage 2’, a green LED (LED1
and LED2) is available to signal that the related voltage is available on the
PiggyBoard.

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3.2 Voltage distribution
The table shows the required device power supply pins and their function:
Device supply pin
Function
REG0VCC
REG1VCC
Supply for the device internal regulators for the digital
logic.
EVCC
Supply for ports.
BVCC
Supply for ports.
A0VREF
Supply for ports and analog functions of ADC0.
A1VREF
Supply for ports and analog functions of ADC1.
VDDIOF
IO supply voltage for the Mainboard.
•For each of the above voltages, the voltage source can be selected from
Voltage1 (typ. 5.0V) or Voltage2 (typ. 3.3V) by the jumpers JP1-JP6, JP7,
respectively the jumpers JP0, JP9.
REG0VCC
JP9
VOLTAGE1
VOLTAGE2
VDDIOF
EVCC
BVCC
A0VREF
A1VREF
JP0
JP1
JP2
JP3
JP4
JP5
JP6
1
1
1
REG1VCC
JP7
1
Note:
•The RH850/F1KH-D8 device requires a supply voltage of 3.3V on its
REG1VCC pin (via JP7).
REG0VCC (JP1) can be set to either +5.0V or +3.3V
See the section ‘Electrical Characteristics’ in the device User’s Manual for further
details.

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Chapter 4 Clock sources
Four external crystal oscillators for the device clock supply are provided with the
board.
4.1.1 MainOsc
A crystal or ceramic resonator in the range of 8MHz to 24MHz can be mounted
on socket X1.
A 8MHz, 16MHz and a 20Mhz oscillator is supplied with the board.
4.1.2 SubOSC
An oscillator with a frequency of 32.768kHz is supplied with the board and can be
soldered into the connector location X2.

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Chapter 5 Debug and Programming interface
For connection of the microcontroller debug and flash programming tools, the
connector CN19 is provided.
The signal connection of the connector CN19 is shown in the picture below:
CN19 pin
Device Port
Device signal
1
JP0_2
DCUTCK / LPDCLK
2
GND
GND
3
JP0_4
DCUTRST
4
FLMD0
FLMD0
5
JP0_1
DCUTDO / LPDO
6
P10_8
FLMD1
7
JP0_0
DCUTDI / LPDI
8
‘Dbg_Voltage’
-
9
JP0_3
DCUTMS
10
JP0_6
EVTOUT
11
JP0_5
DCURDY /
LPDCLKOUT
12
GND
-
13
RESET
-
14
GND
-
* In case the EVTOUT signal shall be used by the debug/programming tool, the
pin header JP22 must be closed.
The ‘Dbg_Voltage’ (on CN19 pin 8) is monitored or supplied by the debug and
flash programming tools. Therefore, it is necessary to select either Voltage1 (5V)
or the Voltage2 (3.3V) by pin header JP10:
JP10 pin
Selection for Dbg_Voltage
1-2
5V is selected
2-3
3.3V is selected

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Chapter 6 Other circuitry
6.1 Push button for RESET
In order to issue a RESET to the device, the push-button SW1 is available.
6.2 Mode Selection
The PiggyBack Board gives the possibility to configure the following jumpers
•FLMD0 via jumper JP12
•FLMD1 via jumper JP13
•MODE0 via jumper JP14
•MODE1 via jumper JP15
•MODE2 via jumper JP16
To apply “High” or “Low” to the mode pins, the pins 1 and 2, or the pins 2 and 3
(if available) of the corresponding jumper must be closed, respectively.
Note: Pin 1 of all jumpers is marked by a small circle.
CAUTION: Be careful in configuration of mode related pins. Wrong configuration
and operation of the device outside of its specification can cause irregular
behaviour of the device and long term damage cannot be excluded. Be sure to
check the corresponding User’s Manual for details, which modes are specified for
the used device.
Note:
In the very most cases the ‘Normal operating mode’ of the device will be used.
This mode is for execution of the user program. The on-chip debug functions also
use this mode.
To select the ‘Normal operating mode’ of the device, the FLMD0 pin must be
pulled low. To do so, close the pins 2-3 on the jumper JP12:
All other jumpers related to the mode selection can be left open.

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6.3 Signalling LEDs
Eight LEDs are provided to allow visual observation of the output state of device
port pins. Device pins P8_0 to P8_7 are connected to the even pins 2 to 16 of the
pin header CN24, while the LEDs 1 to 8 are connected to the odd pins 1 to 15,
respectively.
Thus the LEDs can be either connected to
•the device port pins P8_0 to P8_7 by closing the connection on CN24
using a jumper, or
•any device port pin by using the provided wire connections.

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Chapter 7 Precautions
7.1 P2_3 pin label
The label print of the port P2_3 pin header on the connector CN6 pin 28 is not
correct.
The affected board shows the revision number EESS-0401-158-01
The current printing is shown here
The correct printing should be
The issue will be fixed on a future board version.

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Chapter 8 Connectors for ports of device
Connection to each pin of the device is possible via the connectors CN5 to CN8.
Note :The pin headers are directly connected to the pins, therefore special care
must be taken to avoid any electrostatic or other damage to the device.
8.1 Connectors to MainBoard
Three connectors (CN1 to CN3) are available to connect the PiggyBoard to a
MainBoard.
The signal connection of each connector is described in the following tables:
8.1.1 Connector CN1
Pin
Function
Device Port
Pin
Function
Device Port
1
VOLTAGE1
-
2
VOLTAGE1
-
3
VOLTAGE1
-
4
VOLTAGE1
-
5
RESET
_RESET
6
NMI
P9_0
7
WAKE
-
8
-
-
9
INT0
P9_1
10
INT1
P0_6
11
INT2
P9_2
12
INT3
P9_3
13
-
-
14
-
-
15
UART0TX
P0_2
16
UART1TX
P0_5
17
UART0RX
P0_3
18
UART1RX
P0_4
19
LIN0TX
P0_2
20
LIN1TX
P0_8
21
LIN0RX
P0_3
22
LIN1RX
P0_7
23
IIC0SDL
P10_3
24
IIC1SDL
P9_1
25
IIC0SDA
P10_2
26
IIC1SDA
P9_0
27
CAN0TX
P0_1
28
CAN1TX
P10_7
29
CAN0RX
P0_0
30
CAN1RX
P10_6
31
SENTIN0
P8_0
32
SENTIN1
P9_0
33
SENTOUT0
P8_1
34
SENTOUT1
P9_1
35
PSI50Rx
-
36
PSI51Rx
-
37
PSI50Tx
-
38
PSI51Tx
-
39
PSI50Snyc
-
40
PSI51Sync
-
41
FLX0TX
P11_1
42
FLX0EN
P10_11
43
FLX0RX
P10_14
44
FLXSTPWT
P10_12
45
FLX1TX
P10_8
46
FLX1EN
P10_13
47
FLX1RX
P10_9
48
FLX1CLK
P10_10
49
-
-
50
-
-
51
ETH0MDIO
P12_4
52
ETH0MDC
P12_5

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53
ETH0RXD0
P10_1
54
EH0TXD0
P18_1
55
ETH0RXD1
P10_2
56
EH0TXD1
P18_2
57
ETH0RXD2
P10_4
58
EH0TXD2
P18_3
59
ETH0RXD3
P10_5
60
EH0TXD3
P18_4
61
ETH0RXDCLK
P10_0
62
ETH0TXCLK
P18_7
63
ETH0RXER
P13_3
64
ETH0TXER
-
65
ETH0CRSDV
P11_12
66
ETH0TXEN
P18_5
67
ETH0RXDV
P11_11
68
ETH0COL
P11_10
69
ETH0RESET
P2_6
70
ETH0LINK
P18_0
71
-
-
72
-
-
73
USB0UDMF
-
74
USB0UDMH
-
75
USB0UDPF
-
76
USB0UDPH
-
77
-
-
78
-
-
79
-
-
80
-
-
81
-
-
82
-
-
83
-
-
84
-
-
85
DIGIO_0
P8_0
86
DIGIO_1
P8_1
87
DIGIO_2
P8_2
88
DIGIO_3
P8_3
89
DIGIO_4
P8_4
90
DIGIO_5
P8_5
91
DIGIO_6
P8_6
92
DIGIO_7
P11_0
93
DIGIO_8
P10_0
94
DIGIO_9
P10_7
95
DIGIO_10
P10_8
96
DIGIO_11
P10_15
97
DIGIO_12
P0_9
98
DIGIO_13
P0_10
99
DIGIO_14
P0_11
100
DIGIO_15
P0_12
101
-
-
102
-
-
103
MUX0
P10_4
104
MUX1
P10_5
105
MUX2
P10_6
106
-
-
107
ADC0
AP0_0
108
ADC1
AP0_1
109
ADC2
AP0_2
110
ADC3
AP0_3
111
ADC4
AP0_4
112
ADC5
AP0_5
113
ADC6
AP0_6
114
ADC7
AP0_7
115
VDDIOF
-
116
VDDIOF
-
117
VOLTAGE2
-
118
VOLTAGE2
-
119
VOLTAGE2
-
120
VOLTAGE2
-

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8.1.2 Connector CN2
Pin
Function
Device Port
Pin
Function
Device Port
1
CAN2Tx
P0_4
2
CAN3Tx
P1_3
3
CAN2Rx
P0_5
4
CAN3Rx
P1_2
5
CAN4Tx
P1_13
6
CAN5Tx
P0_14
7
CAN4Rx
P1_12
8
CAN5Rx
P0_13
9
LIN2Tx
P0_10
10
LIN3Tx
P1_15
11
LIN2Rx
P0_9
12
LIN3Rx
P1_14
13
LIN4Tx
P1_11
14
LIN5Tx
P8_12
15
LIN4Rx
P1_10
16
LIN5Rx
P8_11
17
LIN6Tx
P0_12
18
LIN7Tx
P12_4
Q
LIN6Rx
P0_11
20
LIN7Rx
P12_3
21
LIN8Tx
P2_3
22
LIN9Tx
P2_5
23
LIN8Rx
P2_2
24
LIN9Rx
P2_4
25
LIN10Tx
P8_2
26
LIN11Tx
P10_12
27
LIN10Rx
P8_10
28
LIN11Rx
P10_11
29
LIN12Tx
P0_14
30
LIN13Tx
P1_1
31
LIN12Rx
P0_13
32
LIN13Rx
P1_0
33
LIN14Tx
P8_9
34
LIN15Tx
P1_5
35
LIN14Rx
P8_8
36
LIN15Rx
P1_4
37
-
-
38
-
-
39
-
-
40
-
-
41
MLBCLK
-
42
MLBRESET
-
43
MLBSIG
-
44
MLBDAT
-
45
-
-
46
-
-
47
CAN6Tx
P8_1
48
CAN7Tx
P8_3
49
CAN6Rx
P8_0
50
CAN7Rx
P8_4
51
CAN8Tx
P3_4
52
CAN9Tx
P3_6
53
CAN8Rx
P3_3
54
CAN9Rx
P3_5
55
CAN10Tx
P3_8
56
CAN11Tx
P3_10
57
CAN10Rx
P3_7
58
CAN11Rx
P3_9
59
-
-
60
-
-
61
LIN16Tx
P11_15
62
LIN17Tx
P8_2
63
LIN16Rx
P12_0
64
LIN17Rx
P8_10
65
LIN18Tx
P11_2
66
LIN19Tx
P2_8
67
LIN18Rx
P11_1
68
LIN19Rx
P2_7
69
LIN20Tx
P2_13
70
LIN21Tx
P21_14
71
LIN20Rx
P2_12
72
LIN21Rx
P21_13
73
LIN22Tx
P21_12
74
LIN23Tx
P23_10
75
LIN22Rx
P21_11
76
LIN23Rx
P20_15
77
LIN24Tx
P20_14
78
LIN24Rx
P20_13
79
SFMA0CLK
P11_7
80
SFMA0SSI
P11_6

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81
SFMA0IO0
P11_5
82
SFMA0IO1
P11_4
83
SFMA0IO2
P11_3
84
SFMA0IO3
P11_2
85
-
-
86
-
-
87
MMCA0CLK
P22_8
88
MMCA0CMD
P22_7
89
MMCA0DAT0
P22_9
90
MMCA0DAT1
P22_10
91
MMCA0DAT2
P22_11
92
MMCA0DAT3
P22_12
93
MMCA0DAT4
P22_13
94
MMCA0DAT3
P22_14
95
MMCA0DAT6
P22_15
96
MMCA0DAT7
P21_1
97
-
-
98
-
-
99
ETNB1MDIO
P21_7
100
ETNB1MDC
P21_6
101
ETNB1RXD0
P21_4
102
ETNB1TXD0
P22_4
103
ETNB1RXD1
P21_3
104
ETNB1TXD1
P22_3
105
ETNB1RXD2
P21_2
106
ETNB1TXD2
P22_2
107
ETNB1RXD3
P21_5
108
ETNB1TXD3
P22_1
109
ETNB1RXCLK
P22_0
110
ETNB1TXCLK
P22_6
111
ETNB1RXERR
P21_8
112
ETNB1TXERR
-
113
ETNB1CRSDV
P21_10
114
ETNB1TXEN
P22_5
115
ETNB1RXDV
P21_0
116
ETNB1COL
P21_9
117
ETNB1RESET
P20_9
118
ETNB1LINK
P13_4
119
-
-
120
-
-

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8.1.3 Connector CN3
Pin
Function
Device Port
Pin
Function
Device Port
1
PWM00
P10_0
2
PWM01
P10_1
3
PWM02
P10_2
4
PWM03
P10_3
5
PWM04
P10_7
6
PWM05
P10_8
7
PWM06
P10_9
8
PWM07
P10_10
9
PWM08
P9_0
10
PWM09
P9_1
11
PWM10
P0_4
12
PWM11
P0_1
13
PWM12
P0_2
14
PWM13
P0_3
15
PWM14
P8_0
16
PWM15
P8_1
17
PWM16
P10_11
18
PWM17
P10_12
Q
PWM18
P10_13
20
PWM19
P10_14
21
PWM20
P9_2
22
PWM21
P9_3
23
PWM22
P8_2
24
PWM23
P8_3
25
PWM24
P10_15
26
PWM25
P11_0
27
PWM26
P11_1
28
PWM27
P11_2
29
PWM28
P11_3
30
PWM29
P11_4
31
PWM30
P11_5
32
PWM31
P11_6
33
PWM32
P11_7
34
PWM33
P9_4
35
PWM34
P0_11
36
PWM35
P0_6
37
PWM36
P8_4
38
PWM37
P8_5
39
PWM38
P8_6
40
PWM39
P8_7
41
PWM40
P8_8
42
PWM41
P8_9
43
PWM42
P8_10
44
PWM43
P8_11
45
PWM44
P8_12
46
PWM45
P0_12
47
PWM46
P0_13
48
PWM47
P0_14
49
PWM48
P11_8
50
PWM49
P11_9
51
PWM50
P11_10
52
PWM51
P11_11
53
PWM52
P11_12
54
PWM53
P10_4
55
PWM54
P10_5
56
PWM55
P11_15
57
PWM56
P12_0
58
PWM57
P12_1
59
PWM58
P12_2
60
PWM59
P20_4
61
PWM60
P20_5
62
PWM61
P18_0
63
PWM62
P18_1
64
PWM63
P18_2
65
PWM64
P20_0
66
PWM65
P20_1
67
PWM66
P20_2
68
PWM67
P20_3
69
PWM68
P12_3
70
PWM69
P12_4
71
PWM70
P12_5
72
PWM71
P18_3
73
PWM72
P13_6
74
PWM73
P13_7
75
PWM74
P2_14
76
PWM75
P2_15
77
PWM76
P3_0
78
PWM77
P2_9
79
PWM78
P2_10
80
PWM79
P2_11