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TS-RX72M-COM
User’s Manual (RX72M Communication Boarde
Issued: October 25,2019(Version 1.0e
TESSERA TECHNOLOGY INC.
TS-TUM08445
This board is for research and development.
・ The content of this document is subject to change without prior notice.
・ The evaluation board described in this document is made available for research and
development.
・ This information contained herein may not be reprinted or duplicated without written notice
from Tessera Technology, Inc. (Tessera).
・ Tessera does not guarantee or grant licenses to the intellectual property or other rights of
Tessera or any third party for use of this material or the products described in this document.
Tessera does not bear any responsibility if a problem occurs related to the ownership rights of
third parties arising from the use of the above-described products or information.
・ The information contained in this document is intended to illustrate the operation of
semiconductor products and application examples. Therefore, customers using this
information in the design of their own equipment must take full responsibility for product
design.
Revision history
Version Date Description
Ver. 1.0 Oct. 25, 2019 Initial version
Contents
1. OVERVIEW ........................................................................................................................................... 5
1.1 OVERVIEW .......................................................................................................................................... 5
1.2 OVERALL BLOCK DIAGRAM .............................................................................................................. 6
2. GENERAL SPECIFICATIONS ........................................................................................................... 7
2.1 ELECTRICAL SPECIFICATIONS .......................................................................................................... 7
2.2 ENVIRONMENTAL SPECIFICATIONS AND MASS .............................................................................. 7
2.3 COMMUNICATIONS SPECIFICATIONS ............................................................................................... 7
3. NAMES AND FUNCTIONS OF PARTS ........................................................................................... 8
3.1 CLOCK ................................................................................................................................................. 8
3.2 COMMUNICATIONS SECTION ............................................................................................................ 8
3.3 POWER SUPPLY AND PERIPHERAL PINS .......................................................................................... 9
3.3.1 CAN I/F pins ............................................................................................................................. 9
3.3.2 RS 485 I/F pins ....................................................................................................................... 10
3.3.3 SPI I/F pins ............................................................................................................................. 10
3.3.4 I2C I/F pins ............................................................................................................................. 11
3.4 STATUS LEDS (ETHERCATe ........................................................................................................... 12
3.5 POWER SUPPLY, GENERAL-PURPOSE LEDS .................................................................................. 13
3.5.1 Power supply LEDs ............................................................................................................... 13
3.5.2 General-Purpose LEDs ......................................................................................................... 14
3.6 DIP SWITCH BLOCK ........................................................................................................................ 15
3.7 CONNECTOR FOR DEBUGGING AND RESET SWITCH .................................................................... 16
3.7.1 Reset switch (SW2e ................................................................................................................. 16
3.7.2 JTAG connector (CN1e .......................................................................................................... 16
3.7.3 UART connector (CN4e ......................................................................................................... 17
3.8 JUMPER BLOCKS (J4e ...................................................................................................................... 18
3.9 COMBINATION CONNECTOR (J10e ................................................................................................. 19
3.10 TEST PINS ......................................................................................................................................... 21
4. BOARD DIMENSIONS...................................................................................................................... 22
5. COMPONENT LIST .......................................................................................................................... 23
6. CIRCUIT DIAGRAM ......................................................................................................................... 25
5
1. Overview
1.1 Overview
This application note describes the usage of the communications evaluation board for the RX72M, which allows you to evaluate LSI RX72M without requiring proprietary hardware on the user side.
This board includes the interfaces listed below for use in evaluating communications by the
RX72M.
・ EtherCAT®
・ 10Base-T / 100Base-TX
・ USB
・ I2C (No connector installede
・ SPI (No connector installede
・ RS-485(No connector installede
・ CAN(No connector installede
・ JTAG
・ General-purpose ports
・ Others
6
1.2 Overall Block Diagram
Figure 1.1 Overall Block Diagram
7
2. General Specifications
2.1 Electrical Specifications
This section gives the electrical and other specifications of this product in a set of tables.
Item Specifications Power supply Rated voltage DC 5 V
Range of voltage tolerance DC 4.75 V to 5.25 V Current drawn internally 100 mA or less Status LED (POWERe Green
2.2 Environmental Specifications and Mass
Item Specifications Physical environment Ambient temperature for operation 0 to 55C
Ambient temperature for storage -25 to 70C Ambient humidity for operation 30 to 90% RH (no condensatione Ambient humidity for storage 30 to 90% RH (no condensatione Atmosphere for operation No corrosive gas
Mass ― Approximately 150 g Board dimensions ― 90 (We × 52 (He (not including protrusionse
2.3 Communications Specifications
Item Specifications Communications protocols EtherCAT Communications control IC RX72M EtherCAT PHY KSZ8081 from Microchip Communications method IEEE 802.3u (100Base-TXe Form of isolation Pulse-transformer isolation Status LEDs RUN (greene, ERR (rede
L/A IN (greene, L/A OUT (greene STAT (green/reade
External interfaces RJ-45 × 2
8
3. Names and Functions of Parts
3.1 Clock
The RX72M system clock (24 MHze is supplied by this board.
Figure 3.1 System clock supply
3.2 Communications Section
This communication board has a standard R-J45 connector, and possible to EtherCAT and Ethernet communication using this connector.
Figure 3.2 EtherCAT Communications Connectors
9
3.3 Power Supply and Peripheral Pins
5V DC power supply can be input through the USB to power the RX72M.
The POWER LED (greene lights up when 5.0V is being supplied.
Figure 3.3 Power Supply and I/O Connectors
3.3.1 CAN I/F pins
These pins function as the pin headers for the CAN interface. Via the CAN Driver make the
input and output of CANH/L.
Part No: WURTH 613 003 111 21(No connector installede
Table 3.1 CAN I/F (J5e
Pin No. I/O Signal Name 1 I/O CANH 2 I/O CANL 3 ― GND
10
3.3.2 RS 485 I/F pins
These pins function as the pin headers for the RS-485 interface. Via the RS485 Driver make
the input and output of Half duplex signals.
Part No: WURTH 613 003 111 21(No connector installede
Table 3.2 RS485 I/F (J6e
Pin No. I/O Signal Name 1 Output A 2 Output B 3 ― GND
3.3.3 SPI I/F pins
These pins function as the pin headers for the SPI.
Part No: WURTH 613 006 111 21 (No connector installede
Table 3.3 SPI I/F (J8e
Pin No. I/O Signal Name 1 ― +3.3V 2 Clocks SPI_CLK 3 I/O SPI_MOSI 4 I/O SPI_MISO 5 I/O SPI_SS_N 6 ― GND
11
3.3.4 I2C I/F pins
These pins function as the pin headers for the I2C.
Part No: WURTH 613 004 111 21 (No connector installede
Table 3.4 I2C I/F (J7e
Pin No. I/O Signal Name 1 ― +3.3 V 2 SCL1 I2C_SDA 3 SDA1 I2C_SCL 4 ― GND
12
3.4 Status LEDs (EtherCATe
Figure 3.4 Communications Status LEDs
The EtherCAT slave controller (ESCe controls lighting of the status LEDs
Table 3.5 EtherCAT Status LEDs
Signal Name I/O Pin No.
CATLINKACT0 Output LED1 CATLINKACT1 Output LED2 CATLEDRUN Output LED3 CATLEDERR Output LED4
CATLEDSTER Output LED5
13
3.5 Power supply, General-Purpose LEDs
Figure 3.5 Power-Supply and General-Purpose LEDs
3.5.1 Power supply LEDs
The power for various devices is generated by the input of 5-V DC through
a USB. When 5.0 V is supplied, the POWER_LED lights up in green.
Figure 3.6 Power-Supply Connection
14
3.5.2 General-Purpose LEDs
It is an LED terminal that the user can arbitrarily use.
According to the protocol standard, green and red LEDs can be used.
Table 3.6 General-Purpose LEDs
Signal Name I/O Pin No.
P71 Output LD1 (Greene PH0 Output LD2 (Rede PN4 Output LD3 (Greene
P85 Output LD4 (Rede
15
3.6 DIP Switch Block
Figure 3.7 DIP Switch Block
The DIP switches of SW5 are used to set the node ID (0 to 255e.
Table 3.7 DIP Switches (SW5e
Switch No. Name of RX72M Signal Function
SW5-1 PH2 ID SW0
SW5-2 P46 ID SW1
SW5-3 PQ3 ID SW2
SW5-4 P05 ID SW3
SW5-5 P72 ID SW4
SW5-6 P47 ID SW5
SW5-7 PC1 ID SW6
SW5-8 PN5 ID SW7
16
3.7 Connector for Debugging and Reset Switch
Figure 3.8 Push Switch and Other Connectors on the Board
3.7.1 Reset switch (SW2e
This push switch generates a reset of the RX72M and its I/O pins.
3.7.2 JTAG connector (CN1e
This is a inch-pitch connector having JTAG-14 pins for debugging.
Part No: WURTH 612 014 216 21 (Not mountede
Table 3.8 JTAG (CN1e
Pin No. Name of RX72M Signal Pin No. Name of RX72M Signal
1 TCK/FINEC 2 VSS
3 TRSTn 4 EMLE
5 TDO 6 -
7 MD/FINED 8 VCC
9 TMS 10 UB
11 TDI 12 VSS
13 RESn 14 VSS
17
3.7.3 UART connector (CN4e
This is a USB micro B type connector for the USB interface to be used as a UART. UART to
USB conversion LSI (FT 232 RQe is mounted on the communication board. The RX72M
performs asynchronous communication with a PC by connecting a USB connector.
Figure 3.9 UART
Table 3.9 UART (CN4e
Pin No. Signal Name
1 VBUS
2 -D
3 +D
4 ID
5 GND
18
3.8 Jumper Blocks (J4e
This jumper sets JATG Configuration mode. Usually it is used at 2-3 short of jumper pin. To use the hot plug-in function, change it to 1-2 short and use it.
Part No: WURTH 613 003 111 21 (No connector installede
Figure 3.10 Jumper Blocks
Figure 3.11 Jumper Pin Assignment
Table 3.10 Jumper (J4e
Jumper Pin Function
1-2 E2 debugging with Hot plug-in
2-3 E2 normal debugging
Microcontroller single operation ※Default
open Do not set
19
3.9 Combination Connector (J10e
The combination connector is used to connect an external device to the RX72M
communications board.
Part No: HIROSE FX2-40P-1.27DSL (71e (Not mountede
Figure 3.11 Combination Connector
Figure 3.12 Combination Connector Assignment
20
Table 3.11 Combination connector arrangement (J10e
Pin No. Name of RX72M Signal Function Pin No. Name of RX72M Signal Function
A1 - D5V B1 - D3.3V
A2 - D5V B2 - D3.3V
A3 P76 PMOD_SCL B3 P77 PMOD_SDA
A4 P93 FIFO_SPI_SS_N B4 P91 FIFO_SPI_CLK
A5 P90 FIFO_SPI_MOSI B5 P92 FIFO_SPI_MISO
A6 PD0 FIFO_SPI_INT B6 PD2 FIFO_SPI_RST
A7 PB7 PMOD_UART_TX B7 PB6 PMOD_UART_RX
A8 PB4 PMOD_UART_CTS B8 PB5 PMOD_UART_RTS
A9 PD1 PMOD_UART_INT B9 PD4 PMOD_UART_RST
A10 P54 PMOD_SPI_SS_N B10 P51 PMOD_SPI_CLK
A11 P50 PMOD_SPI_MOSI B11 P52 PMOD_SPI_MISO
A12 P30 PMOD_IO0 B12 P02 PMOD_IO1
A13 PJ1 PMOD_IO2 B13 PL1 PMOD_IO3
A14 P41 SDHI_FLT B14 P83 SDHI_PW_EN
A15 P87 SDHI_D2 B15 P17 SDHI_D3
A16 P22 SDHI_D0 B16 P23 SDHI_D1
A17 P25 SDHI_CD B17 P24 SDHI_WP
A18 P21 SDHI_CLK B18 P20 SDHI_CMD
A19 - GND B19 - GND
A20 - GND B20 - GND
21
3.10 Test Pins
This is a list of pins connected to the pads from
the RX72M on this board. The pads are 0.8mm
through holes.
Figure 3.13 Test Pins
Table 3.12 List of Pins
Pin Name Pad Name Handling of Pins Connected to the Pads PJ5 CATSYNC0 -
P11 CATSYNC1 -
P27 CATIRQ -
PH5 CATLATCH0 -
PH6 CATLATCH1 -
D3.3V D3V3 -
D5V D5V0 -
RESn RESn -
GND GND -
22
4. Board Dimensions
This section describes the dimensions of the RX72M communications board.
Figure 4.1 External Dimensions of the Board
74
23
5. Component List
The board’s components are listed below.
No. quantity mounted reference unmounted reference Classification Name of parts Makers1 0 GND1,CATSYNC1,CATLATCH1, TPD08 ST-1-2 MAC8
GND2,D3V3,D5V0,RESn,CATSYNC0,CATLATCH0,CATIRQ,BCLK
2 1 CN1 612 014 216 21 61201421621 WURTH3 2 CN2,CN3 749 901 021 1A 7499010211A WURTH4 1 CN4 629 105 150 521 629105150521 WURTH5 2 C1,C2 10pF/50V NP00402100J050DFCT10000 WURTH6 3 C39,C43,C49 C4,C6,C10,C12 1uF/16V X7R0603105K016DFCT10000 WURTH7 2 C7,C14 100pF/50V X7R0402101K050DFCT10000 WURTH8 33 C8,C9,C16,C17,C24,C25, C3,C5,C11,C13 0.1uF X7R0402104K016DFCT10000 WURTH
C27,C28,C30,C32,C33,C38,C42,C45,C48,C52,C53,C54,C55,C56,C57,C58,C59,C60,C61,C62,C70,C72,C75,C78,C92,C93,C95
9 1 C15 1.5nF X7R0402102K050DFCT10000 WURTH10 8 C18,C20,C21,C23,C31,C63, 22uF/16V X5R1206226M016DFCT10000 WURTH
C66,C7311 6 C40,C44,C50,C51,C76,C77 10uF/16V X5R0805106M016DFCT10000 WURTH12 1 C46 0.22uF X5R0402224M016DFCT10000 WURTH13 1 C65 22pF/50V NP00603220J050DFCT10000 WURTH14 2 C69,C71 2.2uF X5R0603225M016DFCT10000 WURTH15 1 C94 4.7uF/16V X7R0805475K016DFCT10000 WURTH16 1 D1 1N4148W 1N4148W Vishay17 5 D2,D3,D4,D8,D9 823 07 050 029 82307050029 WURTH18 2 D5,D6 CMS03 CMS03 TOSHIBA19 6 LED1,LD1,LED2,LED3, SML-D12P8W SML-D12P8W ROHM
LD3,D720 1 J4 J5,J6 613 003 111 21 61300311121 WURTH21 0 J7 613 004 111 21 61300411121 WURTH22 0 J8 613 006 111 21 61300611121 WURTH23 0 J9 694 106 301 002 694106301002 WURTH24 0 J10 FX2-40P-1.27DSL(71) FX2-40P-1.27DSL(71) HRS25 3 LED4,LD4,LD2 SML-D12U8W SML-D12U8W ROHM26 1 LED5 SML-522MU8W SML-522MU8W ROHM27 1 L1 BLM21PG300SN1D 74279206 WURTH28 1 L2 MAKK2520H1R5M 74438324015 WURTH
24
Continued from previous page
No. quantity mounted reference unmounted reference Classification Name of parts Makers29 1 R1 1M/1% RK73H1ETTP1004F KOA30 1 R2 470 RK73B1ETTP471J KOA31 7 R3,R5,R114,R115,R116, R101,R102,R103,R104,R105, 10k RK73B1ETTP103J KOA
R145,R146 R106,R107,R10832 6 R4,R10,R11,R49,R73,R137 0(1608) RK73Z1JTTD KOA33 15 R6,R7,R8,R9,R12,R13,R14, R75,R76,R78,R79,R82,R83, 4.7k RK73B1ETTP472J KOA
R15,R17,R97,R118,R119, R85,R90,R92,R93,R94,R96,R120,R134,R144 R99
34 12 R16,R23,R24,R25,R80,R95, R84 1k RK73B1ETTP102J KOAR98,R109,R110,R111,R112,R125
35 3 R19,R20,R100 22k RK73B1ETTP223J KOA36 1 R22 68k RK73B1ETTP683J KOA37 31 R26,R27,R28,R29,R30,R31, R89 22 RK73B1ETTP220J KOA
R32,R33,R35,R37,R38,R39,R40,R42,R44,R46,R50,R51,R52,R53,R54,R55,R56,R57,R58,R61,R62,R63,R64,R65,R67
38 0 R34,R36,R41,R43,R59,R60, 49.9/1% RK73H1ETTP49R9F KOAR66,R68
39 5 R45,R48,R70,R71,R133 220 RK73B1ETTP221J KOA40 2 R47,R69 6.49k/1% RK73H1ETTP6491F KOA41 6 R72,R74,R77,R81,R86,R87 1.5k RK73B1ETTP152J KOA42 2 R88,R91 2.2k RK73B1ETTP222J KOA43 1 R113 120/1% RK73H1ETTP1200F KOA44 2 R122,R123 27 RK73B1ETTP270J KOA45 1 R127 453k/1% RK73H1ETTP4533F KOA46 1 R128 100k/1% RK73H1ETTP1003F KOA47 4 R129,R130,R131,R132 100 RK73B1ETTP101J KOA48 2 R135,R136 390 RK73B1ETTP391J KOA49 1 SW1 416 131 160 804 416131160804 WURTH50 1 SW2 430 483 031 816 430483031816 WURTH51 1 SW5 416 131 160 808 416131160808 WURTH52 1 U1 RX72M R5F572MNDDBD RENESAS53 2 U2,U3 KSZ8081MNXCA KSZ8081MNXCA MicroChip54 1 U4 M24C16-RMN6TP M24C16-RMN6TP STMicro55 1 U5 R2A25416SP R2A25416SP RENESAS56 1 U6 ISL32740EIAZ ISL32740EIAZ RENESAS57 1 U7 FT232RQ FT232RQ FTDI58 1 U8 ISL80015IRZ-T ISL80015IRZ-T RENESAS59 1 X1 NX3225SA-24.000MHZ NX3225SA-24.000MHZ-STD-CSR-1 NDK
25
6. Circuit Diagram
The evaluation board’s circuit diagrams are provided below.
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
RX72M Communication BoardContentsP01 TOP (This page.)P02 GlobalP03 EtherP04 Ext I/FP05 Power (RX72M)P06 Power
Creation
Approval
2019.09.12
DescriptionRev
V1.0
Revision History
*First edition
Date
Check
Revision
Date
V1.0
Septemberr 12, 2019
Board silkBoard NamePCB No.Company logoCountry of productionDisplay 1Display 2Display 3Display 4VersionSirial No.
Power types
TESSERA TECHNOLOGY INC.
Product Planning & Development Section
TS-RX72M-COMTS-TCS07298-3TESSERA TECHNOLOGY INC.RX72M Communication BoardMADE IN JAPANRoHS compliantUL mark Sales Division
RX72M Communication BoardTitle
Size Document Number Rev
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TS-TCS07298-3 V1.0
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1 6Wednesday, October 23, 2019
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1 6Wednesday, October 23, 2019
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
RX72M Communication Board
E1 EmulatorInterface
ResetSWITCH
Emulator Configuration
MCU & EmulatorMode Setting
(Default OFF)
J4
Shorted Pin1-2
Shorted Pin2-3
all open
E1 debugging with Hot plug-in
E1 normal debuggingMicrocontroller single operation (without E1/E20)
DO NOT SET
24MHz
Green
Red
Green
Red
RESET
DEVICE ID
shield
shield
D3.3V
D3.3V D3.3V
D3.3V
D3.3V
D3.3V
D3.3V
Title
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Date: Sheet of
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TS-TCS07298-3 V1.0
<Title>
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2 6Thursday, September 12, 2019
Title
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Date: Sheet of
TESSERA TECHNOLOGY INC.
TS-TCS07298-3 V1.0
<Title>
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2 6Thursday, September 12, 2019
Title
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<Title>
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2 6Thursday, September 12, 2019
R14
4.7k
LD4
SML-D12U8W
R5 10k
R17 4.7k
R10
610
k(D
NF
)
D1
1N41
48W
R10
710
k(D
NF
)
CN1
612 014 216 21
TCK/FINEC1
VCC8
TMS9
TRSTn3
TDO5
UB10
RESn13
MD/FINED7VSS
2 NC6
VSS12
TDI11
VSS14
EMLE4
R6
4.7k
R109 1k
R10
810
k(D
NF
)
R7
4.7k
R2
470
LD1
SML-D12P8W
R11M/1%
R11 0(1608)
SW1
416 131 160 804
U1B
RX72M
PF1/TCKL3
PF3/TMSJ3
XCOUTG1
XCINF1
PF4/TRST#F3
PF2/TDIJ2
PF0/TDOK5
EXTALJ1
XTALH1 USB0_DP
R6
USB0_DMR5
RES#G7
MD/FINEDG4
EMLEF6
BSCANPH6
P35/UPSELH3
P53/BCLKJ8
P16/USB0_VBUSEN/USB0_VBUSR3
P14/USB0_OVRCURAP4
R8
4.7k
C1
10pF/50V
RESnTPD08SW2
430 483 031 816
13
24
R9
4.7k
R3 10k
R15
4.7k
R110 1k LD2
SML-D12U8W
R12
4.7k
SW5
416 131 160 808
X1
NX3225SA-24.000MHZ-STD-CSR-1
1 32
4
U1E
RX72M
P62A13
P63B12
P64C11
P65C14
P66C15
P67D15
P94B7
PD3A9
PD5D9
PD6B10
PD7A11
PB0J14
PB1J12
PB3K14
PA5H15
PA7J15
PG5E14PG4E15
P97C9
PG2D14
PG3F13
PG6F14
PG7F15
P95B8
P96A8
PG0A10
PG1D10
PA1G12
PA2G13
PA3G14
PA4G15
PE0D11
PE1A14
PE2B13
PE3D12
PE4B14
PE5C13
PE6E13
PE7B15
P70A15
PA0F12
P56N7 P55R8
P57P7
P81L9
PC4P11PC3R11
P07E5
P26M1
P31J4
P44C4
P45D1
P73H10
PC0M14
PC2P13
P40D4
P42B3
PL0H11
PC5R10
P43E4
P03D3
R10
110
k(D
NF
)
C2
10pF/50V
R111 1k
BCLKTPD08
R10 0(1608)
R10
210
k(D
NF
)
R19
22k
U1D
RX72M
P85/LED3N4PN4/LED2L12PH0/LED1N2P71/LED0J13
PH2/CAT-ID0J6
P46/CAT-ID1B4
PQ3/CAT-ID2E9
P05/CAT-ID3C3
P72/CAT-ID4K15
P47/CAT-ID5D2
PC1/CAT-ID6N14
PN5/CAT-ID7J11
LD3
SML-D12P8W
J4
613 003 111 21
123
R10
310
k(D
NF
)
R20
22k
R10
410
k(D
NF
)
R4 0(1608)
R16 1k
R13
4.7k
R112 1k
R10
510
k(D
NF
)
U1I
RX72M
P60/PROFINET(SW0)C10
P61/PROFINET(SW1)A12
JTAG_TRST_NJTAG_TCKJTAG_TMSJTAG_TDIJTAG_TDO
JTAG_TCKJTAG_TMS
JTAG_TDIJTAG_TDO
RESn
RESnMD_FINED
MD_FINEDEMLE
JTAG_TRST_N
UB
UBMD_FINED
EMLE
RESn
GPIO_SW0GPIO_SW1
GPIO_SW0GPIO_SW1
EMLE
ID_SW0 GPIO_LED0ID_SW1 GPIO_LED1ID_SW2 GPIO_LED2ID_SW3 GPIO_LED3ID_SW4ID_SW5ID_SW6ID_SW7
GPIO_LED0
GPIO_LED1
GPIO_LED2
GPIO_LED3
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A30ohm@100MHz
RX72M Communication Board
100Ω Balance
100Ω Balance
100Ω Balance
100Ω Balance
EtherCAT0(Adr=0x1)
EtherCAT1(Adr=0x2)
L/A IN
L/A OUT
RUN
ERR
STAT
OUT
IN
shield
shield
shield
shield
shield
D3.3V
D3.3V
EA3.3V
D3.3V
EA3.3V
D3.3V
EA3.3V
D3.3V
D3.3V
D3.3V
D3.3V
D3.3V
D3.3V EA3.3V D3.3V EA3.3V
D3.3V D3.3V
D3.3V D3.3V
Title
Size Document Number Rev
Date: Sheet of
TESSERA TECHNOLOGY INC.
TS-TCS07298 V1.0
<Title>
A3
3 6Thursday, September 12, 2019
Title
Size Document Number Rev
Date: Sheet of
TESSERA TECHNOLOGY INC.
TS-TCS07298 V1.0
<Title>
A3
3 6Thursday, September 12, 2019
Title
Size Document Number Rev
Date: Sheet of
TESSERA TECHNOLOGY INC.
TS-TCS07298 V1.0
<Title>
A3
3 6Thursday, September 12, 2019
CATLATCH1 TPD08
C5 0.1u
F(D
NF
)
(Y)
(G)
CN2
749 901 021 1A
TD+1 TD-2
RD+3 RD-6
CT14 CT25
FG1FG1
FG2FG2
CAP8
1111
99
1212
1010
NC7
R55 22
R70 220
R76 4.7k(DNF)
U2
KSZ8081MNXCA
GND1
MDIO11 MDC12
RXD3/PHYAD013 RXD2/PHYAD114 VDD_1.2
2
VDDA_3.33
RXM4
RXP5
TXM6
TXP7
XO8
XI9
RXD1/PHYAD215 RXD0/DUPLEX16 RXDV/CONFIG218
RXC/B-CAST_OFF19
REXT10
VDDIO17
COL/CONFIG028 CRS/CONFIG129
RXER/ISO20
INTRP/NAND_TREE#21
TXC22
TXEN23
TXD024
TXD125
TXD226
TXD327
LED0/NWAYEN30
LED1/SPEED31
RST#32
GPAD33
R64 22
LED1
SML-D12P8W
C71 2.2u
F R59
49.9
/1%
(DN
F)
R129 100 R94 4.7k(DNF)
R85 4.7k(DNF)
R49 0(1608)
R36
49.9
/1%
(DN
F)
R71 220
R10
022
k
R65 22
C20
22uF
/16V
R60
49.9
/1%
(DN
F)
C72 0.1u
F
C15
1.5n
F
R56 22
R44 22
C31
22uF/16V
R33 22
R72 1.5k
R130 100
R78 4.7k(DNF)
R34
49.9
/1%
(DN
F)
R26 22
C27 0.1u
F
R95 1k
R46 22
R88
2.2k
C16
0.1u
F
C21
22uF
/16V
U3
KSZ8081MNXCA
GND1
MDIO11 MDC12
RXD3/PHYAD013 RXD2/PHYAD114 VDD_1.2
2
VDDA_3.33
RXM4
RXP5
TXM6
TXP7
XO8
XI9
RXD1/PHYAD215 RXD0/DUPLEX16 RXDV/CONFIG218
RXC/B-CAST_OFF19
REXT10
VDDIO17
COL/CONFIG028 CRS/CONFIG129
RXER/ISO20
INTRP/NAND_TREE#21
TXC22
TXEN23
TXD024
TXD125
TXD226
TXD327
LED0/NWAYEN30
LED1/SPEED31
RST#32
GPAD33
R131 100
R67 22
R35 22
R57 22
R79 4.7k(DNF)
LED5
SML-522MU8W
3 4
1 2
R28 22
R47
6.49
k/1%
C17
0.1u
F
R96 4.7k(DNF)
C28 0.1u
F
R132 100
R50 22
(Y)
(G)
CN3
749 901 021 1A
TD+1 TD-2
RD+3 RD-6
CT14 CT25
FG1FG1
FG2FG2
CAP8
1111
99
1212
1010
NC7
R89 22
k(D
NF
)
R58 22
R74 1.5k
U1C
RX72M
PK2/CAT0_RX_DVN11
P75/CAT0_ERXD0R13
PL2/CAT0_RX_ERP12
PK0/CAT0_MDCM10
PL7/CAT0_MDIOL10
P74/CAT0_ERXD1R14
PK4/CAT0_ERXD2F4
PK5/CAT0_ERXD3F5
PM6/CAT0_TX_CLKN13
PL6/CAT0_TX_ENM12
PL4/CAT0_ETXD0R12
PL5/CAT0_ETXD1M11
PM4/CAT0_ETXD2P14
PM5/CAT0_ETXD3R15
P11/CATSYNC1P8 PJ5/CATSYNC0G5
PK6/CATLINKACT0F7
PH4/CATLEDSTERK3
P15/CATLEDRUNJ7
P84/CAT1_LINKSTAM6
PH3/CATLEDERRL1
PH1/CATI2CCLKK6
P82/CATI2CDATAP10
PK7/CATLINKACT1P1
P34/CAT0_LINKSTAH2
PL3/CAT0_RX_CLKK10
PQ4/CAT1_RX_CLKE11
PN3/CAT1_RX_ERH9
PQ2/CAT1_RX_DVG8
PM0/CAT1_ERXD0G11
PM1/CAT1_ERXD1F11
PM2/CAT1_ERXD2K11
PM3/CAT1_ERXD3P15
PN2/CAT1_TX_CLKG9
PQ7/CAT1_TX_ENH8
PQ5/CAT1_ETXD0E10
PQ6/CAT1_ETXD1F9
PN0/CAT1_ETXD2E6
PN1/CAT1_ETXD3F8
P27/CATIRQL2
PH5/CATLATCH0K4
PH6/CATLATCH1K2
PH7/CLKOUT25MK1
PM7/ET0_CRSM13
PK1/ET0_COLK9
PQ0/ET1_CRSE7
PQ1/ET1_COLE8
P10/IRQ0K7
PF5/IRQ4G6
PA6/CATRESETOUTH14
R73 0(1608)
R80 1k
R97 4.7k
R29 22
R51 22
R69
6.49
k/1%
R37 22
R66
49.9
/1%
(DN
F)
R23
1k
R30 22
C7
100p
F/5
0V
R82 4.7k(DNF)
R43
49.9
/1%
(DN
F)
R45 220
R77 1.5k
R24
1k
R90 4.7k(DNF)
R68
49.9
/1%
(DN
F)
C30
0.1uF
R98 1k
R52 22
C23
22uF
/16V
CATIRQ TPD08
LED2
SML-D12P8W
R86 1.5k
L1 BLM21PG300SN1D
R61 22
R41
49.9
/1%
(DN
F)
R38 22
C14 10
0pF
/50V
C10 1u
F/1
6V(D
NF
)
R48 220
C24 0.1u
F
R27 22
CATSYNC0 TPD08
R53 22
R92 4.7k(DNF)
R83 4.7k(DNF)
R39 22
U4
M24C16-RMN6TP
VCC8
WC7
SCL6
SDA5
NC1
NC2
NC3
VSS4
C6
1uF
/16V
(DN
F)
R99 4.7k(DNF)
R81 1.5k
C11 0.
1uF
(DN
F)
C18
22uF
/16V
R22
68k
LED3
SML-D12P8W
CATSYNC1 TPD08
R87 1.5k
R62 22
C3
0.1u
F(D
NF
)
R25
1k
R31 22
R40 22
C12 1u
F/1
6V(D
NF
)
R54 22
C8
0.1u
F
C25 0.1u
F
R75 4.7k(DNF)
R93 4.7k(DNF)
R84 1k(DNF)
C69 2.2u
F
R91
2.2k
R63 22
CATLATCH0 TPD08
C4
1uF
/16V
(DN
F)
C13 0.
1uF
(DN
F)
C9
0.1u
F
R42 22
C70 0.1u
F
R32 22
LED4
SML-D12U8W
CAT0_CONFIG1CAT0_CONFIG0
CAT0_BCAST_OFFCAT0_ISOCAT0_CONFIG2CAT0_DUPLEXCAT0_PHYAD2CAT0_PHYAD1CAT0_PHYAD0
CAT1_CONFIG1CAT1_CONFIG0
CAT1_BCAST_OFFCAT1_ISOCAT1_CONFIG2CAT1_DUPLEXCAT1_PHYAD2CAT1_PHYAD1CAT1_PHYAD0
CAT0_CONFIG1CAT0_CONFIG0CAT0_ISOCAT0_CONFIG2CAT0_DUPLEXCAT0_PHYAD2CAT0_PHYAD1CAT0_PHYAD0CAT0_BCAST_OFF
CAT1_CONFIG1CAT1_CONFIG0CAT1_ISOCAT1_CONFIG2CAT1_DUPLEXCAT1_PHYAD2CAT1_PHYAD1CAT1_PHYAD0CAT1_BCAST_OFF
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
RX72M Communication Board
PROFIBUS-DP
micro-USB Connector(Type-B)USB Virtually COM Port
90Ω Balance
R133 R135 R136220 390Line Termination for PROFIBUS-DP 390
Dual Fail-Safe Biasing for Long Data Links
Single Fail-Safe Biasing for Short Data Links127 1.09k 1.09k135 542 542
CAN
I2C
SPI
External I/F
I2C
SPI
RS-485
CAN
shield
shield
shield
shield
shield
shield
D5V
D5V
D3.3V
USB_VBUS
D3.3V D5V
RS-GNDRS-GNDRS-GND
D3.3V
D5V D3.3V
D5V
D5V D3.3V
D3.3V
D3.3V
Title
Size Document Number Rev
Date: Sheet of
TESSERA TECHNOLOGY INC.
TS-TCS07298-3 V1.0
<Title>
A3
4 6Thursday, September 12, 2019
Title
Size Document Number Rev
Date: Sheet of
TESSERA TECHNOLOGY INC.
TS-TCS07298-3 V1.0
<Title>
A3
4 6Thursday, September 12, 2019
Title
Size Document Number Rev
Date: Sheet of
TESSERA TECHNOLOGY INC.
TS-TCS07298-3 V1.0
<Title>
A3
4 6Thursday, September 12, 2019
R11
510
k
J8
613 006 111 21(DNF)
123456
CN4
629 105 150 521
FG2FG2
VBUS1ID4
GND5
D+3D-2
FG1FG1
FG3FG3 FG4FG4
R11
84.
7k
R11
610
k
J10
FX2-40P-1.27DSL(71)(DNF)
A1A2A3A4A5A6
B1B2B3B4B5B6
A7A8A9
A10A11A12A13A14A15A16A17A18A19A20
B7B8B9B10B11B12B13B14B15B16B17B18B19B20
R13
44.
7k
R14
510
k
R11
94.
7k
R113 120/1%
R11
410
k
D8
823
07 0
50 0
29
R122 27
R12
04.
7k
C92
0.1uF
R135 390
D2
823
07 0
50 0
29
J5
613 003 111 21(DNF)
123
C93
0.1uF
D3
823
07 0
50 0
29
J6
613 003 111 21(DNF)
123
D9
823
07 0
50 0
29
R136 390
CAN
I2C
RS485
UART
SPI
U1F
RX72M
P32/CTX0H5
P33/CRX0H4
P12/SCL0[FM+]R4
P13/SDA0[FM+]N5
PC7/TXD10N9
P86/RXD10N3
P00/TXD6E3
P01/RXD6D5
PJ0/SCK8M5
PJ2/SMOSI8L6
PC6/SMISO8R9
PK3/SS8J9
P80/RTS10N10
PJ3/CTSH7PB2/RTSL14
C94
4.7uF
R144 4.7k
D4
823
07 0
50 0
29
R123 27
C95
0.1uF
U5
R2A25416SP
GND2
Txd1
Rxd4
Vcc3NC
5 CANL6CANH7
MODE8
U7
FT232RQ
DTR#31CTS#8RTS#32RXD2TXD30
USBDM15
USBDP14
RESET#18
AG
ND
24
GN
D4
GN
D17
GN
D20
DSR#6
DCD#7
RI#3
CBUS022NC
5
NC25
OSCI27
OSCO28
3V3OUT16
TE
ST
26
CBUS121
CBUS210
CBUS311
CBUS49
VCCIO1
VCC19
NC12
NC13
NC29
NC23
FG
33
C32
0.1uF
R133 220
C78 0.1u
F
R14
610
k
R137 0(1608)
IO
I2C
SDHI
SPI(FIFO)
UART(FIFO)
PMOD
SPI
U1H
RX72M
PL1/PMOD1-IO3J10PJ1/PMOD1-IO2N6
P30/PMOD1-IO0J5
P02/PMOD1-IO1D6
P87/SDHI_D2-CR2
P21/SDHI_CLK-CR1
P20/SDHI_CMD-CP3
P17/SDHI_D3-CP2
P22/SDHI_D0-CN1
P23/SDHI_D1-CM2
P83/SDHI-POW-ENM9
P25/SDHI_CDM3
P41/POW-FLTA4
P24/SDHI_WPL4
P76/SSCL11N12
P77/SSDA11L11
P93/SPI_SS_ND7
P90/SPI_MOSIC6
P92/SPI_MISOA5
P91/SPI_CLKB5
PD0/GPIO_INTA6
PD2/GPIO_RESETA7
PB4/UART_CTSL15
PB7/UART_TXDN15
PB6/UART_RXDM15
PB5/UART_RTSK13
PD1/GPIO_INTC7
PD4/GPIO_RESETB9
P54/SPI_SS_NR7
P50/SPI_MOSIK8
P51/SPI_CLKM8P52/SPI_MISOL8
J7
613 004 111 21(DNF)
1234
U6
ISL32740EIAZ
DE5
R2
RE#4
B9A11
D6
GND13
ISORI15ISORO12
VDD216
VDD2X10
GND214
VDD11
NC8 NC7
ISODE13
C33 0.1u
F
RS485_DE
CAN_RXDCAN_TXD CANH
CAN_TXDCAN_RXD
RS485_TXRS485_RXRS485_DE
SPI_CLKSPI_MOSISPI_MISOSPI_SS_N
UART_RXUART_TX
UART_RXUART_TX
UART_RTS
UART_RTSUART_CTS
RS485_RX
UART_CTS
RS485_TX
I2C_SCLI2C_SDA
SDHI_CLK SDHI_CMDSDHI_CD SDHI_WPSDHI_D0 SDHI_D1SDHI_D2 SDHI_D3
SDHI_POW_ENSDHI_FLT
PMOD_IO0PMOD_IO1PMOD_IO2PMOD_IO3
SDHI_CLKSDHI_CMDSDHI_CDSDHI_WPSDHI_D0SDHI_D1SDHI_D2SDHI_D3SDHI_POW_ENSDHI_FLT
PMOD_SCLPMOD_SDA
PMOD_SPI_SS_NPMOD_SPI_MOSIPMOD_SPI_MISOPMOD_SPI_CLK
PMOD_UART_TXPMOD_UART_RXPMOD_UART_RTS
PMOD_UART_CTS
PMOD_UART_INTPMOD_UART_RST
FIFO_SPI_SS_NFIFO_SPI_MOSIFIFO_SPI_MISOFIFO_SPI_CLKFIFO_SPI_INTFIFO_SPI_RST
CANL
I2C_SCLI2C_SDA
SPI_CLKSPI_MOSISPI_MISOSPI_SS_N
PMOD_SCL PMOD_SDAFIFO_SPI_SS_NFIFO_SPI_MOSI FIFO_SPI_MISO
FIFO_SPI_CLK
FIFO_SPI_INT FIFO_SPI_RST
PMOD_UART_CTSPMOD_UART_TX PMOD_UART_RX
PMOD_UART_RTSPMOD_UART_INT PMOD_UART_RST
PMOD_IO0 PMOD_IO1PMOD_IO2 PMOD_IO3
PMOD_SPI_SS_NPMOD_SPI_MOSI PMOD_SPI_MISO
PMOD_SPI_CLK
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
RX72M Communication Board
D3.3VD3.3V D3.3VD3.3V
Title
Size Document Number Rev
Date: Sheet of
TESSERA TECHNOLOGY INC.
TS-TCS07298-3 V1.0
<Title>
A4
5 6Thursday, September 12, 2019
Title
Size Document Number Rev
Date: Sheet of
TESSERA TECHNOLOGY INC.
TS-TCS07298-3 V1.0
<Title>
A4
5 6Thursday, September 12, 2019
Title
Size Document Number Rev
Date: Sheet of
TESSERA TECHNOLOGY INC.
TS-TCS07298-3 V1.0
<Title>
A4
5 6Thursday, September 12, 2019
C45 0.1u
F
C56 0.1u
F
C77
10uF
/16V
C46
0.22
uF
U1A
RX72M
VSSC5
VSSC12
VSSD8
VSSD13
VSSF10
VSSG2
VSSH13
VSSK12
VSSM4
VSSM7
VSSP9
C44
10uF
/16V
C62 0.1u
F
C57 0.1u
F
C38 0.1u
F
C51
10uF
/16V
C40
10uF
/16V
C58 0.1u
F
C39 1u
F/1
6V
C50
10uF
/16V
C49 1u
F/1
6V
C75 0.1u
F
C59 0.1u
F
C53 0.1u
F
C48 0.1u
F
C76
10uF
/16V
C61 0.1u
F
C42 0.1u
F
C54 0.1u
F
U1G
RX72M
VCCB6
AVCC0B2
VREFH0A2
VCCL5
VCCL13 VCCL7
VCCH12 VCCG10 VCCG3 VCC
E12 VCCC8 VCC
B11
VCCN8
VCC_USBP5
VCLE1 VBATTF2
VSS_USBP6
VSSE2
AVSS0B1
VREFL0A3
AVCC1C2
AVSS1C1
C43 1u
F/1
6V
C60 0.1u
F
C52 0.1u
F
C55 0.1u
F
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
RX72M Communication Board
POWER
Green
DC Terminal(DC 5.0V)
1.5uH 1.5A
D5VUSB_VBUS
D3.3VD5V
Title
Size Document Number Rev
Date: Sheet of
TESSERA TECHNOLOGY INC.
TS-TCS07298-3 V1.0
<Title>
A4
6 6Thursday, September 12, 2019
Title
Size Document Number Rev
Date: Sheet of
TESSERA TECHNOLOGY INC.
TS-TCS07298-3 V1.0
<Title>
A4
6 6Thursday, September 12, 2019
Title
Size Document Number Rev
Date: Sheet of
TESSERA TECHNOLOGY INC.
TS-TCS07298-3 V1.0
<Title>
A4
6 6Thursday, September 12, 2019
D5V0TPD08
R12
745
3k/1
%
D7SML-D12P8W
C65
22pF
/50V
C66
22uF
/16V
D6 CMS03
C63
22uF/16V
D5 CMS03
U8
ISL80015IRZ-T
FB5
EN2
PG4
VIN1
PHASE8
SGND3
NC6
PAD9
PGND7
R128100k/1%
J9
694 106 301 002(DNF)
1
23
R12
51K
C73
22uF/16V
GND1 TPD08
L2
MAKK2520H1R5MD3V3TPD08
GND2 TPD08
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