Renesas RC32312A-EVK User manual

Evaluation Board Manual
RC32312A
Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 1
© 2022 Renesas Electronics
This document describes the following topics about
the RC32312A evaluation board:
■Basic hardware and GUI setup
■Board power-up instructions
■Instructions to get active output signals using a
provided configuration file
■Hardware modifications require for different
conditions
Features
■Four differential clock inputs
■Twelve differential clock outputs
■On-board EEPROM stores startup-configuration
data
■Selectable output buffer voltage
■XIN terminal can use laboratory signal generator
or OCXO/TCXO/XO components and board
■Laboratory power supply connectors
■USB-C power supply
■Serial port for configuration and register read out
Computer Requirements
■USB 2.0 or USB 3.0 Interface
■Processor: Minimum 1GHz
■Memory: Minimum 512MB; recommended 1GB
■Available disk space: minimum 600MB (1.5GB 64-
bit); recommended 1GB (2GB 64-bit)
Evaluation Kit Contents
■RC32312A evaluation board
■Evaluation board manual
■Configuration software (Installable plugin for
Renesas IC Toolbox)
■Configuration example file for four built-in device
settings
■Board schematic and BOM
Figure 1. RC32312A Evaluation Board

RC32312A Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 2
Contents
1. Functional Description.................................................................................................................................3
1.1 Operational Characteristics ..................................................................................................................3
1.2 Hardware Setup and Configuration ......................................................................................................3
1.3 GUI Setup and Configuration................................................................................................................5
1.3.1. Prepare the Software .............................................................................................................5
1.3.2. Activating the GUI..................................................................................................................6
1.3.3. Configure the Evaluation Board..............................................................................................8
1.4 Hardware Modification Options.............................................................................................................8
1.4.1. Overdrive the XIN with an External Signal .............................................................................9
1.4.2. On-board XTAL Mount...........................................................................................................9
2. Board Design..............................................................................................................................................10
2.1 Layout Guidelines...............................................................................................................................11
2.2 Schematic Diagrams...........................................................................................................................11
2.3 Typical Phase Noise Plots..................................................................................................................12
2.4 Bill of Materials...................................................................................................................................13
3. Ordering Information..................................................................................................................................14
4. Revision History .........................................................................................................................................14
Figures
Figure 1. RC32312A Evaluation Board...................................................................................................................1
Figure 2. Evaluation Board Elements.....................................................................................................................3
Figure 3. RICBox Create New Project Window......................................................................................................6
Figure 4. Product Family and Product Variant Window..........................................................................................6
Figure 5. Configuration and Registers Window......................................................................................................7
Figure 6. Side Panel Menu Buttons........................................................................................................................7
Figure 7. Overdrive the XIN with an External Signal Schematic.............................................................................9
Figure 8. On-board XTAL Mount Schematic...........................................................................................................9
Figure 9. RC32312A Evaluation Board – Top View..............................................................................................10
Figure 10. RC32312A Evaluation Board – Bottom View.......................................................................................11
Figure 11. 245.76MHz Typical Phase Noise Synthesizer Mode...........................................................................12
Figure 12. 156.25MHz Typical Phase Noise Synthesizer Mode...........................................................................12

RC32312A Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 3
1. Functional Description
The evaluation kit is used to demonstrate and evaluate the RC32312A, a fully integrated clock
synthesizer/generator and clock jitter attenuator. The kit can evaluate major parameters including phase noise,
spurious attenuation, clock frequency, output skew, phase alignment, device timing, and the signal waveform.
The device on the board accepts any input frequency from 1kHz to 1GHz.
The RC32312A consists of a single APLL and DPLL design that allows for two separate frequency domains. The
APLL can be used independently of the DPLL to generate synthesized clocks at the outputs that track the
frequency of the input at the XIN pin. The DPLL can be used for jitter attenuation, clock filtering, and frequency
translation while tracking clocks from the CLKIN pins. The DPLLs provide a programmable bandwidth and a
DCO function for real-time frequency/phase adjustment.
1.1 Operational Characteristics
The board is equipped with on-board LDOs that require a 5V supply. If connecting to a high-speed USB
interface, the evaluation board may be powered directly from the USB connection. The board is designed to
operate over the industrial temperature range from -40 to 85°C, ambient temperature.
It is recommended to use proper grounding when operating the board to avoid ESD damage to the EVB.
1.2 Hardware Setup and Configuration
Figure 2. Evaluation Board Elements

RC32312A Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 4
Power Connection:
■Set the power supply voltage to 5V and the current limit to 2.5A
■+5V (J123) = +5V
■GND (J125) = GND
Expected Current Draw: ~ 0.58A
■After programming the device, depending on the configuration, ~0.6A to 1A during normal operation.
USB/I2C Connection
■Connect the USB port (U16) to PC through a USB cable
For proper functionality out of the box, the jumpers on the board should be placed to allow the correct voltages at
each LDO and domain. The jumpers should be arranged as seen in Table 1.
Table 1. Default Jumper Configurations
Label/Function
Jumper
Default Orientation
Connect nCS_LS to IC from FTDI
J45
OFF
Connect MISO_LS to IC from FTDI
J46
OFF
Connect SCL_SCLK_LS to IC from FTDI
J61
ON
Connect SDA_SDIO_LS to IC from FTDI
J62
ON
I2C Pull-up to VDDD33_SERIAL
J65
ON
I2C Pull-up to VDDD33_SERIAL
J66
ON
EEPROM Write Protect
J71
OFF
EEPROM Address Select
J74
OFF
GPIO
J76
OFF
VDD_GPIO
J92
Either 1P8V_0 or 1P8V_1
VDDO8
J94
Either 1P8V_0 or 1P8V_1
VDD_VCO
J96
Either 1P8V_0 or 1P8V_1
VDDO7
J97
Either 1P8V_0 or 1P8V_1
VDD_XO_DCD
J98
Either 1P8V_0 or 1P8V_1
VDDO6_FOD1
J99
Either 1P8V_0 or 1P8V_1
VDDD33_SERIAL
J100
3P3V
VDDO5_FOD0
J101
Either 1P8V_0 or 1P8V_1
VDD33_DIA
J102
Either 1P8V_0 or 1P8V_1
VDDO4
J103
Either 1P8V_0 or 1P8V_1
VDD_CLK
J104
Either 1P8V_0 or 1P8V_1
VDDO3
J105
Either 1P8V_0 or 1P8V_1
VDDO11
J106
Either 1P8V_0 or 1P8V_1
VDDO2
J107
Either 1P8V_0 or 1P8V_1
VDDO10
J108
Either 1P8V_0 or 1P8V_1
VDDO1
J109
Either 1P8V_0 or 1P8V_1

RC32312A Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 5
Label/Function
Jumper
Default Orientation
VDDO9_FOD2
J110
Either 1P8V_0 or 1P8V_1
VDDO0
J111
Either 1P8V_0 or 1P8V_1
I2C Pull-up
J117
ON
I2C Pull-up
J118
ON
Bus Communication Selection J119
Between FTDI_SDO and AVK_SDA and between
FTDI_SCL and AVK_SCL
SDO and SDI Connection for I2C
J120
Between FTDI_SDO_J and FTDI_SDI_J
GND
J121
OFF
Enable I2C Pull-ups
J243
Between FTDI_3P3V and Center
SDA_SDIO
J244
OFF
SCL_SCLK
J245
OFF
SDO_A1
J246
OFF
NCS_A0
J247
OFF
LOCK_C
J248
OFF
1.3 GUI Setup and Configuration
1.3.1. Prepare the Software
1. Prior to execution of the GUI, the Renesas IC Toolbox (RICBox) software must be downloaded and installed.
If Renesas IC Toolbox is already installed on this computer, then skip this step.
2. If Renesas IC Toolbox software is not yet installed, download and install the software from the webpage or
install the one provided by Renesas support.
3. Double click the Renesas IC Toolbox software .exe file and install the one that corresponds to the version of
Microsoft Windows currently being used.
a. The filename with x64 corresponds to 64-bit Microsoft Windows.
b. The filename with x86 corresponds to 32-bit Microsoft Windows.
4. Follow the on-screen instructions for Renesas IC Toolbox installation.
5. Download the RC32312A plugin file from the RC32312A webpage. This can also be provided from Renesas
support.
6. Double click the RC32312A plugin .exe file and install the one that corresponds to the version of Windows
currently being used.
7. Follow the on-screen instructions RC32312A plug-in installation.

RC32312A Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 6
1.3.2. Activating the GUI
After successfully installing the Renesas IC Toolbox (RICBox) software, activate the software from the Windows
Start menu at the bottom left-corner of the screen.
1. Start > RICBox
2. Click Create new project
Figure 3. RICBox Create New Project Window
3. Use the "Select a Product Family" box to choose the FemtoClock3 devices.
4. Select the product variant being evaluated and click OK. In this example the RC32312A is used.
Figure 4. Product Family and Product Variant Window

RC32312A Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 7
5. Follow the on-screen wizard to setup the device for general evaluation starting from “Inputs”, then “DPLL”,
and then “Outputs”.
Figure 5. Configuration and Registers Window
6. After the settings are decided, click Finish to review the “Control Panel” page.
7. Use the side panel menu buttons to navigate through the GUI to all five separate pages.
Figure 6. Side Panel Menu Buttons

RC32312A Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 8
1.3.3. Configure the Evaluation Board
1. To establish communication between the EVB and the GUI, click the Not Connected button in the lower
right corner. Then click Connect.
2. Once a connection is established to the EVB, the "Not Connected" button will change to say "Connected".
3. Click the Program button to write all the changed registers from the GUI to the on-board device. Any register
changes after the “Program” button is clicked will occur in real-time and the device will update.
1.4 Hardware Modification Options
There are two options for providing an input signal to the device XIN (crystal oscillator input) pin:
■An external signal (J2 SMA connector) typically from a signal generator. This option is configured by default.
See section 1.4.1.
■An on-board XTAL mount (U3). See section 1.4.2
The following sections describe how to configure the board for each option.

RC32312A Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 9
1.4.1. Overdrive the XIN with an External Signal
1. Populate C1 with 0.1µF capacitor to ensure that J2 has a connected path to the RC32312A device.
2. Depopulate C2 and C3 to ensure that excess trace is not used.
3. Place input clock signal at J2 and ensure that the signal is within specification for the XIN pin.
Figure 7. Overdrive the XIN with an External Signal Schematic
1.4.2. On-board XTAL Mount
1. Depopulate C1 to ensure there is no excess trace in the XIN pin.
2. Populate C2 and C3 to externally tune the input XTAL frequency.
3. Mount XTAL to U3 or use the through hole connectors on top of the EVB at TP1 and TP2.
Figure 8. On-board XTAL Mount Schematic

RC32312A Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 10
2. Board Design
Figure 9. RC32312A Evaluation Board – Top View

RC32312A Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 11
Figure 10. RC32312A Evaluation Board – Bottom View
2.1 Layout Guidelines
For more information, contact Renesas support.
2.2 Schematic Diagrams
The schematic diagrams are located at the end of this document.

RC32312A Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 12
2.3 Typical Phase Noise Plots
Figure 11. 245.76MHz Typical Phase Noise Synthesizer Mode
Figure 12. 156.25MHz Typical Phase Noise Synthesizer Mode

RC32312A Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 13
2.4 Bill of Materials
Table 2. Bill of Materials
Item Qty Reference Part
Manufacturer Part
Number
1 16
C1,C7,C10,C13,C18,C19,C24,C27,C30,C33,C71,C72,C96,C97,C117,
C119 0.1µF C0603C104K5R
2 39
C38,C41,C42,C45,C46,C49,C50,C53,C54,C57,C58,C61,C62,C65,C75,
C78,C79,C82,C83,C86,C87,C90,C100,C103,C104,C107,C112,C114,
C120,C123,C125,C128,C129,C132,C145,C148,C149,C152,C195 0.1µF GRM21BR71E104K
3 43
C39,C40,C43,C44,C47,C48,C51,C52,C55,C56,C59,C60,C63,C64,C76,
C77,C80,C81,C84,C85,C88,C89,C101,C102,C105,C106,C108,C113,
C121,C122,C126,C127,C130,C131,C141,C142,C143,C144,C146,C147
,C150,C151,C196
10µF GRM21BC71E106K
4
6
C66,C68,C91,C93,C109,C115
10µF
GRM188D70J106MA73D
5 23
C67,C69,C92,C94,C110,C116,C189,C190,C193,C194,C198,C200,C20
2,C204,C206,C207,C208,C209,C210,C218,C219,C220,C221 0.1µF GCM155R71E104KE02D
6
6
C70,C73,C95,C98,C111,C118
22µF
GRM188R60J226M
7
3
C74,C99,C124
1µF
GCM188R71E105KA64D
8
8
C133,C134,C135,C136,C137,C138,C139,C140
820pF
GRM1555C1E821J
9
2
J90,J123
Banana Red
571-0500
10 16
J92,J94,J96,J97,J98,J99,J101,J103,J104,J105,J106,J107,J108,J109,
J110,J111
Headerstrip
2X4 10-89-7080
11
1
J93
Banana Green
571-0400
12 2 J100,J102
Headerstrip
2X5 10-89-7100
13 1 J121
Headerstrip
1X1 68000-401HLF
14
1
J125
Banana Black
571-0100
15
10
R2,R99,R100,R141,R149,R152,R155,R158,R161,R164
4.70k
CRCW06034K70FK
16
9
R3,R144,R150,R153,R156,R159,R162,R165,R200
1.50k
CRCW06031K50FK
17 24
R14,R20,R22,R32,R37,R42,R44,R54,R61,R65,R67,R73,R80,R89,R90,
R96,R97,R108,R115,R120,R125,R135,R138,R146 0.00 ERJ-1GN0R00
18
7
R126,R127,R129,R131,R133,R134,R137
1.00k
CRCW06031K00FKTA
19
7
R171,R178,R186,R211,R212,R213,R214
10.0k
RC0402JR-0710KL
20
3
R174,R182,R188
25k
3214W-1-253E
21
3
R176,R183,R191
0.00
CRCW06030000Z0
22
2
R196,R197
4.70k
RC0402JR-074K7L
23
2
R198,R199
5.10k
CRCW04025K10FK
24
4
R201,R202,R203,R204
10.0
RC0402FR-0710RL
25
1
R215
12.0k
CRCW040212K0FK
26
1
R216
2.00k
CRCW04022K00FKED
27
5
R375,R385,R386,R387,R388
20.0k
CPF-A-0603B20KE
28
4
R380,R381,R382,R383
0.00
ERJ-2GE0R00

RC32312A Evaluation Board Manual
R31UH0014EU0100 Rev.1.00
Apr 19, 2022
Page 14
Item Qty Reference Part
Manufacturer Part
Number
29
1
R384
7.50k
CRCW06037K50FK
30
5
R389,R390,R391,R392,R393
10.0k
RC0603JR-0710KL
31
8
SO1,SO2,SO3,SO4,SO5,SO6,SO7,SO8
Standoff 25mm
25506
32
1
SW1
Slide 3Pos
KAT1108E
33 2 TP1,TP2
0552-1-15-01-
11-27-10-0 0552-1-15-01-11-27-10-0
34
8
U1,U6,U7,U8,U9,U10,U11,U12
BSS138W
BSS138W
35
1
U5
AT24C04C
AT24C04C-PUM
36
3
U13,U14,U15
RAA214020
RAA214020
37
1
U16
USB Type C
12401598E4#2A
38
1
U17
FT232HQ
FT232HQ-REEL
39 1 U19
ABM8W-
12.0000MHZ-
6-B1U-T3
ABM8W-12.0000MHZ-6-
B1U-T3
40 1 U20
93LC56BT-
I/OT 93LC56BT-I/OT
41
2
U24,U25
PCA9517
PCA9517
42
1
U26
LSF0204
LSF0204PWR
3. Ordering Information
Part Number
Description
RC32312A-EVK
RC32312A Evaluation Board
4. Revision History
Revision
Date
Description
1.00
Apr 19, 2022
Initial release.

5 5
4 4
3 3
2 2
1 1
D D C C B B A A
These nets are connected to the chip by name.
CONFIGURATION LATCHING
SCL_SCLK_LS SDA_SDIO_LS
MISO_LS
nCS_LS
5V
VEE
5V
VDDD33_SERIALVDDD33_SERIAL
VDDD33_SERIAL
VDDD33_SERIAL
VDD_VCO
VDDXO_DC D
VDDD33_SERIAL VDDD33_DIA VDD_CLK
VDDO11
VDDO10
VDDO9_FOD2
VDDO8
VDDO7 VDDO6_FOD1
VDDO5_FOD0
VDDO4
VDDO3VDDO2
VDDO1
VDDO0
VEE
VEE VDD_GPIO
VDDD33_SERIAL VDDD33_SERIAL VDDD33_SERIAL VDDD33_SERIAL VDDD33_SERIAL
Title:
Size HW Number: Rev.
Date: Sheet: of
Engineer:
Renesas
1140 West W arner Rd.
Tempe, AZ 85284
HW 10032
AD
35
11/02/2021
FC3_DVC_QFN64_REVA
Andy
Title:
Size HW Number: Rev.
Date: Sheet: of
Engineer:
Renesas
1140 West W arner Rd.
Tempe, AZ 85284
HW 10032
AD
35
11/02/2021
FC3_DVC_QFN64_REVA
Andy
Title:
Size HW Number: Rev.
Date: Sheet: of
Engineer:
Renesas
1140 West W arner Rd.
Tempe, AZ 85284
HW 10032
AD
35
11/02/2021
FC3_DVC_QFN64_REVA
Andy
J11
G2 S1
J24
S1 G2
C8 DNI
12
R101 DNI
2
1
J75
S1 G2
R79 DNI
2
1
R34 DNI
2
1
R144 1.50K
2
1
R134 1.00K
2
1
R391 10.0K
2
1
J76
1 2 3 4 5 6 7 8
R73 0.00
2
1
C23 DNI
12
J40
S1 G2
J45
2
1
R3 1.50K
2
1
C27 0.1uF
12
RECEPTACLE
TP2
0552-1-15-01-11-27-10-0
1
R7 DNI
2
1
J49
1 34
2
J77
S1 G2
R135 0.00
2
1
R392 10.0K
2
1
J244
3 2
1
J44
1 34
2
R60
2
1
R119 DNI
2
1
C37 DNI
12
R80 0.00
2
1
J85
DNI
G2 S1
J18
S1 G2
J4
3 2
1
R32 0.00
2
1
SW1
- Comm
+ Comm S1
S2 S3 S4 S5 S6 S7 S8
J82
1 34
2
R160 DNI
2
1
J69
G2 S1
R109 DNI
2
1
R62 DNI
2
1
J61
2
1
R122 DNI
2
1
J33
S1 G2
R127 1.00K
2
1
R86 DNI
2
1
R88
2
1
R138 0.00
2
1
R38
2
1
C31 DNI
12
R75
2
1
U7
BSS138W
G
1
S
2D3
C13 0.1uF
12
R154 DNI
2
1
J67
S1 G2
J39
S1 G2
C6 DNI
12
C1 0.1uF
12
C26 DNI
12
J34
G2 S1
R39 DNI
2
1
R53 DNI
2
1
C30 0.1uF
12
R46 DNI
21
R143 DNI
2
1
R35
2
1
J14
1 34
2
R147
2
1
J55
1 34
2
J87
DNI
G2 S1
R393 10.0K
2
1
R161 4.70K
2
1
U12
BSS138W
G
1
S
2D3
R126 1.00K
2
1
C213 1000p F
12
R124 DNI
2
1
R14 0.00
2
1
R90 0.00
2
1
SO1
J89
DNI
G2 S1
J65
2
1
R148 DNI
2
1
R51 DNI
2
1
R389 10.0K
2
1
D6
A
K
R19
2
1
R93 DNI
2
1
R95
2
1
R104 DNI
2
1
C10 0.1uF
12
R17 DNI
2
1
J70
S1 G2
R120 0.00
2
1
R152 4.70K
2
1
R162 1.50K
2
1
U9
BSS138W
G
1
S
2D3
R78 DNI
2
1
C21 DNI
12
J6
1 34
2
C14 DNI
12
R100 4.70K
21
J38
S1 G2
C35 DNI
12
J41
1 34
2
J2
S1 G2
R1
2
1
C212 1000p F
1 2
SO2
R21 DNI
21
J78
1 34
2
C217 1000p F
1 2
C28 DNI
12
J73
S1 G2
J17
G2 S1
R67 0.00
2
1
U6
BSS138W
G
1
S
2D3
C9 DNI
12
J26
S1 G2
J3
G2 S1
R125 0.00
2
1
R153 1.50K
2
1
J46
2
1
J20
1 34
2
R70 DNI
2
1
R74
2
1
J37
S1 G2
J84
DNI
G2 S1
R381 0.00
2
1
SO3
R64 DNI
2
1
R22 0.00
2
1
R130 DNI
2
1
R136
2
1
J28
S1 G2
R54 0.00
2
1
R81
2
1
J56
G2 S1
R28 DNI
2
1
R33
2
1
R41 DNI
2
1
C16 DNI
12
J60
S1 G2
R108 0.00
2
1
C19 0.1uF
12
C3 DNI
1 2
R85 DNI
2
1
R2 4.70K
2
1
R31 DNI
2
1
R113 DNI
2
1
J48
G2 S1
R139
2
1
R131 1.00K
2
1
R77 DNI
2
1
SO4
R107 DNI
2
1
R4 DNI
21
R114
2
1
R55 DNI
2
1
J9
G2 S1
R140 DNI
2
1
C11 DNI
12
C32 DNI
12
C211 1000p F
1 2
R112 DNI
2
1
J5
3 2
1
J66
2
1
R383 0.00
2
1
D3
A
K
J72
1 34
2
J19
1 34
2
R58
2
1
R84 DNI
2
1
R15
2
1
R137 1.00K
2
1
R91
2
1
R115 0.00
2
1
SO5
C215 1000p F
1 2
D8
A
K
R16 DNI
2
1
R6 DNI
2
1
R92 DNI
2
1
J35
S1 G2
R65 0.00
2
1
R158 4.70K
2
1
U11
BSS138W
G
1
S
2D3
C33 0.1uF
12
R118 DNI
2
1
R121
2
1
R25 DNI
2
1
J71
3 2
1
J62
2
1
R24
2
1
J64
G2 S1
R42 0.00
2
1
C2 DNI
12
J81
DNI
G2 S1
J51
S1 G2
R57 DNI
2
1
J23
S1 G2
J245
3 2
1
R13
2
1
D5
A
K
U1
BSS138W
G
1
S
2D3
R76 DNI
2
1
C15 DNI
12
R103 DNI
21
SO6
C18 0.1uF
12
R68
2
1
R129 1.00K
2
1
R159 1.50K
2
1
U8
BSS138W
G
1
S
2D3
J31
1 34
2
J15
S1 G2
J86
DNI
G2 S1
J50
S1 G2
J29
G2 S1
R123
2
1
C29 DNI
12
J83
S1 G2
J1
G2 S1
R29 DNI
2
1
R69 DNI
2
1
J30
G2 S1
R44 0.00
2
1
J63
1 34
2
D2
A
K
R128 DNI
2
1
R23
2
1
R97 0.00
2
1
J126 DNI
2
1
R87 DNI
2
1
J246
3 2
1
R52
2
1
SO7
R59 DNI
2
1
R48 DNI
2
1
R111 DNI
2
1
J16
S1 G2
J58
S1 G2
J88
DNI
G2 S1
R27 DNI
2
1
R145 DNI
2
1
J247
3 2
1
R106
2
1
U5
AT24C04C
NC
1
A1/NC
2
A2
3
GND
4
VCC
8
WP
7
SCL
6
SDA
5
R102 DNI
2
1
C22 DNI
12
R133 1.00K
2
1
R217
21
R142 DNI
2
1
C17 DNI
12
R56 DNI
2
1
D1
A
K
Socket\IC
U4
QFN64
VDD_VCO
1
LOCK
2
VDDXO_DCD
3
XIN
4
XOUT
5
NCS_A0
6
SDO_A1
7
VDDD33_SERIAL
8
VDDD33_DIA
9
VDD_CLK
10
CLKIN2
11
NCLKIN2
12
CLKIN1
13
NCLKIN1
14
CLKIN0
15
NCLKIN0
16
VDDO7
33
OUT7
34
NOUT7
35
GPIO3
36
VDDO6_FOD1
37
OUT6
38
NOUT6
39
GPIO2
40
GPIO1
41
NOUT5
42
OUT5
43
VDDO5_FOD0
44
GPIO7
45
NOUT4
46
OUT4
47
VDDO4
48
GPIO6
49
VDDO3
50
NOUT3
51
OUT3
52
NOUT2
53
OUT2
54
VDDO2
55
VDDO1
56
NOUT1
57
OUT1
58
NOUT0
59
OUT0
60
VDDO0
61
GPIO0
62
GPIO9
63
NMR
64
SCL_SCK
17
SDA_SDIO
18
CLKIN3
19
NCLKIN3
20
VDDO11
21
NOUT11
22
OU11
23
NOUT10
24
OUT10
25
VDDO10
26
VDD09_FOD2
27
NOUT9
28
OUT9
29
NOUT8
30
OUT8
31
VDDO8
32
EP
EP
R50 DNI
2
1
R82 DNI
2
1
J36
1 34
2
C216 1000p F
1 2
SO8
R36 DNI
2
1
J74
4
1 2
3
65
C36 DNI
12
J68
1 34
2
R163 DNI
2
1
R83
2
1
R18 DNI
2
1
R94 DNI
2
1
J43
S1 G2
R149 4.70K
2
1
R61 0.00
2
1
C12 DNI
12
XTAL COMBO
U3
G2 G4
S3 S1
J59
S1 G2
J79
S1 G2
C214 1000p F
12
R157 DNI
2
1
R380 0.00
2
1
J25
1 34
2
R116
2
1
J32
1 34
2
R99 4.70K
21
R105
2
1
C5 DNI
12
C25 DNI
12
J248
3 2
1
R63 DNI
2
1
R66
2
1
R164 4.70K
2
1
J21
G2 S1
R37 0.00
2
1
R117 DNI
2
1
J47
S1 G2
R89 0.00
2
1
R26 DNI
2
1
RECEPTACLE TP1 0552-1-15-01-11-27-10-0
1
J22
S1 G2
R151 DNI
2
1
R150 1.50K
2
1
C24 0.1uF
12
C7 0.1uF
12
R71 DNI
2
1
R146 0.00
2
1
R40 DNI
2
1
R43
2
1
R5
2
1
R49
2
1
D7
A
K
J80
S1 G2
J42
G2 S1
J27
S1 G2
U10
BSS138W
G
1
S
2D3
R155 4.70K
2
1
R132 DNI
2
1
R165 1.50K
2
1
J52
G2 S1
R72 DNI
21
C20 DNI
12
R382 0.00
2
1
R110 DNI
2
1
R30 DNI
2
1
R45
2
1
R390 10.0K
2
1
D4
A
K
C34 DNI
12
R141 4.70K
2
1
J13
S1 G2
J54
S1 G2
R20 0.00
2
1
R96 0.00
2
1
R156 1.50K
2
1
R47 DNI
2
1
R98
2
1
LOCK LOCK_C LOCK_R
LEDK LEDA
XIN_SENSE XI_SNS_R
NODE2
POT1 POT2 POT3
XIN_C XOUT_C
CLKIN2_SENSE C2_SNS_R
NC2_SNS_RNCLKIN2_SENSE
CLKIN2_C nCLKIN2_C
CLKIN1_SENSE C1_SNS_R
NC1_SNS_RNCLKIN1_SENSE
CLKIN1_C nCLKIN1_C
CLKIN0_SENSE C0_SNS_R NCLKIN0_SENSE NC0_SNS_R
nCLKIN0_C
CLKIN3_SENSE NCLKIN3_SENSE
GPIO0_SW GPIO1_SW GPIO2_SW GPIO3_SW GPIO6_SW GPIO7_SW GPIO9_SW
GPIO0 GPIO1 GPIO2 GPIO3 GPIO6 GPIO7
GPIO0_S GPIO1_S GPIO2_S GPIO3_S GPIO6_S GPIO7_S GPIO9_S
GPIO0_R
LEDK0 LEDA0
GPIO1_R
LEDK1 LEDA1
GPIO2_R
LEDK2 LEDA2
GPIO3_R
LEDK3 LEDA3
GPIO6_R
LEDK6 LEDA6
GPIO7_R
LEDK7 LEDA7
GPIO9_R
LEDK9 LEDA9
OUT0_R O0 nOUT0_R nO0 OUT1_R O1 nOUT1_R nO1 OUT2_R O2 nOUT2_R nO2 OUT3_R O3 nOUT3_R nO3 OUT4_R O4 nOUT4_R nO4 OUT5_R O5 nOUT5_R nO5 nOUT6_R nO6 OUT6_R O6 nOUT7_R nO7 OUT7_R O7 OUT8_R O8 nOUT8_R nO8
GPIO9
CLKIN0_C
SCL_SCLK
SCL_SCLK
NCS_A0 SDO_A1
SDA_SDIO
SDO_A1 NCS_A0 SDA_SDIO
OUT9_R O9 nOUT9_R nO9 OUT10_R O10 nOUT10_R nO10 OUT11_R O11 nOUT11_R nO11
OUT0 nOUT0 OUT1 nOUT1 OUT2 nOUT2 OUT3 nOUT3 nOUT5 nOUT6 OUT8 OUT4 nOUT4 OUT5 OUT6 nOUT7 OUT7 nOUT8 OUT9 nOUT9 OUT10 nOUT10 OUT11 nOUT11
SCL_EEPROM SDA_EEPROM
nCLKIN3_C CLKIN3_C
nMR
GPIO9 GPIO0
GPIO6
GPIO7 GPIO1 GPIO2 GPIO3
XIN NCLKIN2 CLKIN2 CLKIN1 NCLKIN1
CLKIN0 NCLKIN0 CLKIN3 NCLKIN3
LOCK_J
SDA_SDIO SCL_SCLK
SDO_A1 NCS_A0
LOCK_C

5 5
4 4
3 3
2 2
1 1
D D C C B B A A
Place these 10 uF caps near J112, J113, J114, J115, on the bottom of board
VDD_VCO 160mA VDDXO_DCD 80mA VDDD33_SERIAL 10mA VDDD33_DIA 220mA VDD_CLK 60mA VDDO11 40mA VDDO10 40mA VDDO9_FOD2 110mA VDDO8 40mA VDDO7 40mA VDDO6_FOD1 110mA VDDO5_FOD0 110mA VDDO4 40mA VDDO3 40mA VDDO2 40mA VDDO1 40mA VDDO0 40mA
if using POT, replace with 8.2K, remove 20k if using POT, replace with 8.2K, remove 20k if using POT, replace with 8.2K, remove 20k and 7.5k
VEE
VEE VEE VEE VEE
VDD
VEE
1P8V_1 1P8V_0 VDD
3P3V
VDD_VCO
VEE
VEE
1P8V_1 1P8V_0
VEE
VDD
VEE
VDDXO_DCD
VEE
1P8V_0
VEE
VEE
1P8V_1 1P8V_0 VDD VEE
VDD_CLK
VEE
1P8V_1
1P8V_1 1P8V_0 VDD
VEE
VEE
VDDO11
VEE
1P8V_1 VEE 1P8V_0 VDD
VDDO10
VEE
1P8V_1 1P8V_0 3P3V VDD
VDDD33_SERIAL
VEE
VDD_VCO VDDXO_DCD VDDD33_SERIAL VDDD33_DIA VDD_CLK VDDO11 VDDO10 VDDO9_FOD2 VEE VEE VEE VEE VEE VEE VEE VEE
VDDO7 VDDO6_FOD1 VDDO5_FOD0 VDDO4 VDDO3 VDDO2 VDDO1 VEE VEE VEE VEE VEE VEE VEE
1P8V_1 1P8V_0 VDD
VDDO9_FOD2
VEE
1P8V_1 1P8V_0 VDD
VDDO8
VEE
1P8V_1 1P8V_0 VDD
VDDO0
VEE
1P8V_1 1P8V_0 VDD
VDDO7
VEE
1P8V_1 1P8V_0 VDD
VDDO6_FOD1
VEE
1P8V_1 1P8V_0 VDD
VDDO5_FOD0
VEE
1P8V_1 1P8V_0 VDD
VDDO4
VEE
1P8V_1 1P8V_0 VDD
VDDO3
VEE
1P8V_1 1P8V_0 VDD
VDDO2
VEE
1P8V_1 1P8V_0 VDD
VDDO1
VEE
3P3V 1P8V_1 1P8V_0 VDD
VDDD33_DIA
VEE
VDDO8 VEE VDDO0 VEE
5V
1P8V_1 1P8V_0 VDD
VDD_GPIO
VEE
VDD_GPIO VEE
Title:
Size HW Number: Rev.
Date: Sheet: of
Engineer:
Renesas
1140 West Warner Rd.
Tempe, AZ 85284
HW10032
AC
45
10/27/2021
FC3_DVC_QFN64_REVA
Andy
Title:
Size HW Number: Rev.
Date: Sheet: of
Engineer:
Renesas
1140 West Warner Rd.
Tempe, AZ 85284
HW10032
AC
45
10/27/2021
FC3_DVC_QFN64_REVA
Andy
Title:
Size HW Number: Rev.
Date: Sheet: of
Engineer:
Renesas
1140 West Warner Rd.
Tempe, AZ 85284
HW10032
AC
45
10/27/2021
FC3_DVC_QFN64_REVA
Andy
C38 0.1uF
12
R192
2
1
FB6
21
FB7
21
J115
2
1
FB8
21
FB11
21
J111
12
4 6 8
5 3 7
FB4
21
C63 10uF
12
R384 7.50K
21
C173 0.1uF
1 2
R170
2
1
C181 0.1uF
1 2
C61 0.1uF
12
FB14
21
C52
10uF
12
C107 0.1uF
12
C49 0.1uF
12
R184
2
1
R193
2
1
J112
2
1
C147
10uF
12
R388 20.0K
21
C94
0.1uF
1 2
C84 10uF
12
R183 0.00
2
1
FB5
21
C157 0.1uF
1 2
C55 10uF
12
C123 0.1uF
12
C153 0.1uF
1 2
C78 0.1uF
12
C139 820pF
12
C115
10uF
1 2
R186 10.0K
21
FB17
21
R189
2
1
C131
10uF
12
C155 0.1uF
1 2
C102
10uF
12
J103
12
4 6 8
5 3 7
C70 22uF
1 2
C58 0.1uF
12
C104 0.1uF
12
J93 Banana Green
2 1
R171 10.0K
21
C46 0.1uF
12
C91
10uF
1 2
C169 0.1uF
1 2
C152 0.1uF
12
C162 0.1uF
1 2
C160 0.1uF
1 2
C111 22uF
1 2
C124 1uF
12
C172 0.1uF
1 2
C120 0.1uF
12
C99 1uF
12
J110
12
4 6 8
5 3 7
R385 20.0K
21
C184 0.1uF
1 2
FB10
21
C75 0.1uF
12
C80 10uF
12
C108 10uF
12
C136 820pF
12
C180 0.1uF
1 2
R172
2
1
J104
12
4 6 8
5 3 7
C126 10uF
12
C45 0.1uF
12
C68
10uF
1 2
C98 22uF
1 2
J109
12
4 6 8
5 3 7
C175 0.1uF
1 2
C149 0.1uF
12
C143 10uF
12
C90 0.1uF
12
R169
2
1
FB1
21
R173 DNI
21
C117 0.1uF
1 2
C39 10uF
12
C158 0.1uF
1 2
C64
10uF
12
FB2
21
C133 820pF
12
R174 25k
1
2
3
C53 0.1uF
12
U14 RAA214020
VIN_1
1
VIN_2
2
EN
3
PG
4
GND_5
5FB 6
CSET 7
GND_8 8
VOUT_9 9
VOUT_10 10
EP
EP
C148 0.1uF
12
C42 0.1uF
12
C85
10uF
12
C185 0.1uF
1 2
C96 0.1uF
1 2
J113
2
1
C167 0.1uF
1 2
C170 0.1uF
1 2
C156 0.1uF
1 2
C56
10uF
12
J106
12
4 6 8
5 3 7
FB19
21
J100
3
4
7 12 5
10 9
6 8
C140 820pF
12
C87 0.1uF
12
C116
0.1uF
1 2
U13 RAA214020
VIN_1
1
VIN_2
2
EN
3
PG
4
GND_5
5FB 6
CSET 7
GND_8 8
VOUT_9 9
VOUT_10 10
EP
EP
R177
2
1
C103 0.1uF
12
C132 0.1uF
12
FB15
21
C182 0.1uF
1 2
C72 0.1uF
1 2
C154 0.1uF
1 2
FB3
21
C59 10uF
12
C174 0.1uF
1 2
C50 0.1uF
12
C105 10uF
12
C47 10uF
12
J99
12
4 6 8
5 3 7
J102
3
4
7 12 5
10 9
6 8
C145 0.1uF
12
C92
0.1uF
1 2
R179
2
1
J90
Banana Red
2 1
FB13
21
FB18
21
C121 10uF
12
R176 0.00
2
1
R386 20.0K
21
C81
10uF
12
C76 10uF
12
R182 25k
1
2
3
R166
2
1
C113
10uF
12
C137 820pF
12
U15 RAA214020
VIN_1
1
VIN_2
2
EN
3
PG
4
GND_5
5FB 6
CSET 7
GND_8 8
VOUT_9 9
VOUT_10 10
EP
EP
J97
12
4 6 8
5 3 7
C177 0.1uF
1 2
R175
2
1
C127
10uF
12
C100 0.1uF
12
C129 0.1uF
12
C69
0.1uF
1 2
FB22
21
C187 0.1uF
1 2
C168 0.1uF
1 2
C150 10uF
12
C144 10uF
12
C165 0.1uF
1 2
C74 1uF
12
C118 22uF
1 2
C40
10uF
12
C65 0.1uF
12
C134 820pF
12
R178 10.0K
21
J96
12
4 6 8
5 3 7
J108
12
4 6 8
5 3 7
J101
12
4 6 8
5 3 7
C43 10uF
12
R185
2
1
C95 22uF
1 2
C86 0.1uF
12
R167
2
1
C66
10uF
1 2
C57 0.1uF
12
J114
2
1
FB12
21
C109
10uF
1 2
R190
2
1
C176 0.1uF
1 2
C141 10uF
12
C88 10uF
12
C62 0.1uF
12
R375 20.0K
21
C51 10uF
12
C106
10uF
12
C73 22uF
1 2
J92
12
4 6 8
5 3 7
FB9
21
C60
10uF
12
FB21
21
R168
2
1
C186 0.1uF
1 2
C48
10uF
12
C146 10uF
12
C171 0.1uF
1 2
R387 20.0K
21
C93
10uF
1 2
C83 0.1uF
12
C163 0.1uF
1 2
C166 0.1uF
1 2
C161
0.1uF
1 2
C54 0.1uF
12
C183 0.1uF
1 2
C122
10uF
12
R195
2
1
C179 0.1uF
1 2
C82 0.1uF
12
C77
10uF
12
C114 0.1uF
12
C138 820pF
12
FB16
21
C128 0.1uF
12
FB20
21
C101 10uF
12
C130 10uF
12
C71 0.1uF
1 2
C151
10uF
12
J105
12
4 6 8
5 3 7
R187 DNI
21
J98
12
4 6 8
5 3 7
J94
12
4 6 8
5 3 7
C119 0.1uF
1 2
C41 0.1uF
12
R180 DNI
21
J91
G2 S1
R181
2
1
C79 0.1uF
12
C135 820pF
12
C112 0.1uF
12
J107
12
4 6 8
5 3 7
C125 0.1uF
12
C44
10uF
12
C188 0.1uF
1 2
C67
0.1uF
1 2
C178 0.1uF
1 2
C97 0.1uF
1 2
R194
2
1
R188 25k
1
2
3
C164 0.1uF
1 2
R191 0.00
2
1
C110
0.1uF
1 2
C142 10uF
12
C159 0.1uF
1 2
C89
10uF
12
VEE_B
VDD_VCO_J VDD_VCO_F
EN1 PG1 SET1
VDDXO_DCD_J VDDXO_DCD_F
FB1
EN2 PG2 SET2
FB2
VDD_CLK_J VDD_CLK_F VDDO11_J VDDO11_F
EN3 PG3 SET3
FB3
VDDO10_J VDDO10_F VDD33_SERIAL_J VDD33_SERIAL_F VDDO9_FOD2_J VDDO9_FOD2_F
VDDO8_J VDDO8_F VDDO0_J VDDO0_F VDDO7_J VDDO7_F VDDO6_FOD1_J VDDO6_FOD1_F VDDO5_FOD0_J VDDO5_FOD0_F VDDO4_J VDDO4_F VDDO3_J VDDO3_F VDDO2_J VDDO2_F VDDO1_J VDDO1_F
VDD33_DIA_J VDD33_DIA_F VDD_GPIO_J VDD_GPIO_F

5 5
4 4
3 3
2 2
1 1
D D C C B B A A
000 000 000 000 000 000 000
0000000 0000000 0000000
000 000 000 000 000 000 000
000 000 000 000 000 000 000
000 000 000 000 000 000 000
0000000 0000000 0000000
000 000 000 000 000 000 000
000 000 000 000 000 000 000
000 000 000 000 000 000 000
FTDI
J119
AARDVARK
J119
SPI 3 Wire
Place close to pin 12, 24, 46
Place 0.1uF close to pin 40
J118
J117
Place 0.1uF close to pin 39
J118
Place 0.1uF close to pin 8
J120
Place 0.1uF close to pin 3
Turn FTDI_3P3V into a power plane
J120
J66 J66J65
Turn 5V into a power plane
Place close to pin 37, 38
J65
I2C
J117
If using bypass path, then ground EN pin.
If Aardvark is being used, plug in the USB-C cable. FTDI_3P3V comes from FT232. SPI only for FTDI.
J118
SPI 4 Wire J65J120 J117J66
SCL_SCLK_LS SDA_SDIO_LS MISO_LS nCS_LS SCL_SCLK_LS SDA_SDIO_LS MISO_LS nCS_LS
SCL_SCLK_LS SDA_SDIO_LS MISO_LS nCS_LS
FTDI_3P3V
VBUS VBUS
FTDI_3P3V VDDD33_SERIAL
VBUS
VBUS VBUS
5V
FTDI_3P3V
VCCIO
VPLL VPHY VCORE VCCA
FTDI_3P3V
FTDI_3P3V
VPOW 5V FTDI_3P3V FTDI_3P3V VPHY FTDI_3P3V VPLL VCORE VCCIO
VBUS
VPOW
VCCA
FTDI_3P3V VDDD33_SERIAL
FTDI_3P3V
FTDI_3P3V VDDD33_SERIAL
Title:
Size HW Number: Rev.
Date: Sheet: of
Engineer:
Renesas
1140 West Warner Rd.
Tempe, AZ 85284
HW10032
AB
55
11/10/2021
FC3_DVC_QFN64_REVA
Andy
Title:
Size HW Number: Rev.
Date: Sheet: of
Engineer:
Renesas
1140 West Warner Rd.
Tempe, AZ 85284
HW10032
AB
55
11/10/2021
FC3_DVC_QFN64_REVA
Andy
Title:
Size HW Number: Rev.
Date: Sheet: of
Engineer:
Renesas
1140 West Warner Rd.
Tempe, AZ 85284
HW10032
AB
55
11/10/2021
FC3_DVC_QFN64_REVA
Andy
J123 Banana Red
2 1
C221 0.1uF
12
C207 0.1uF
1 2
C206 0.1uF
1 2
U19 12MHz
G2
2G4 4
S11 S33
R212 10.0K
2
1
R207 DNI
2
1
C192 27pF
1 2
J120
3 2
1
U26
LSF0204
1
VREF_A
2
A1
3
A2
4
A3
5
A4
6
NC_6
7
GND
8EN 9NC_9
10 B4 11 B3 12 B2 13 B1 14 VREF_B
J125
Banana Black
2 1
C191 27pF
1 2
C218 0.1uF
12
C203 4.7uF
1 2
D11
A
K
C200 0.1uF
1 2
J124
3 2
1
D12
1N4448HLP
A
2
K
1
R201 10.0
2
1
FB25
21
C208 0.1uF
1 2
R213 10.0K
2
1
R204 10.0
2
1
C197 0.010uF
1 2
R198 5.10K
2
1
J117
2
1
FB23
21
C204 0.1uF
1 2
D9
11 22
U25
PCA9517
VCCA 1
SCLA 2
SDAA 3
GND 4
EN
5
SDAB
6
SCLB
7
VCCB
8
C219 0.1uF
12
C195 0.1uF
12
R210 DNI
2
1
C201 4.7uF
1 2
C189 0.1uF
12
C220 0.1uF
12
C194 0.1uF
1 2
U16
USB Type C
GND_A1
A1
TX1+
A2
TX1-
A3
VBUS_A4
A4
CC1
A5
DA+
A6
DA-
A7
SBU1
A8
VBUS_A9
A9
RX2-
A10
RX2+
A11
GND_A12
A12
SHEILD_S1
S1
SHIELD_S4
S4
GND_B1
B1
TX2+
B2
TX2-
B3
VBUS_B4
B4
CC2
B5
DB+
B6
DB-
B7
SBU2
B8
VBUS_B9
B9
RX1-
B10
RX1+
B11
GND_B12
B12
SHEILD_S2
S2
SHEILD_S3
S3
R196 4.70K
2
1
R211 10.0K
2
1
U24
PCA9517
VCCA 1
SCLA 2
SDAA 3
GND 4
EN
5
SDAB
6
SCLB
7
VCCB
8
R214 10.0K
2
1
C209 0.1uF
1 2
R200 1.50K
2
1
C198 0.1uF
1 2
R199 5.10K
2
1
J118
2
1
R208 DNI
2
1
J121
1
C205 4.7uF
1 2
C193 0.1uF
1 2
R202 10.0
2
1
D10
PGB1010603NR
11 22
U17
FT232HQ
OSCI
1
OSCO
2
REF
5
DM
6
DP
7
RESET#
34
VCCA
37
VCCCORE
38
VCCD
39
VREGIN
40
TEST
42
EEDATA
43
EECLK
44
EECS
45
ADBUS 0
13
ADBUS 1
14
ADBUS 2
15
ADBUS 3
16
ADBUS 4
17
ADBUS 5
18
ADBUS 6
19
ADBUS 7
20
ACBUS 0
21
ACBUS 1
25
ACBUS 2
26
ACBUS 3
27
ACBUS 4
28
ACBUS 5
29
ACBUS 6
30
ACBUS 7
31
ACBUS 8
32
ACBUS 9
33
VPHY
3
VPLL
8
VCCIO_12
12
VCCIO_24
24
VCCIO_46
46
AGND_4
4
AGND_9
9
GND_10
10
GND_11
11
GND_22
22
GND_23
23
GND_35
35
GND_36
36
AGND_41
41
GND_47
47
GND_48
48
EP
EP
R209 DNI
2
1
C196 10uF
12
J119
4
1 2
3
65
R215 12.0K
2
1
C202 0.1uF
1 2
R197 4.70K
2
1
R203 10.0
2
1
FB24
21
C210 0.1uF
1 2
C190 0.1uF
12
U20 93LC56BT-I/OT
DO
1
VSS
2
DI
3CLK 4
CS 5
VCC 6
R216 2.00K
2
1
J243
3
2
1
C199 10uf
1 2
CC1 CC2
USB_DP USB_DM
FTDI_SCL_R FTDI_SCL_J
FTDI_AVK_SCL_SCLK
VBUS_R
FTDI_SDO_R
FTDI_AVK_SDA_MOSI_SDIO
FTDI_SDI_R
FTDI_MISO
FTDI_nCS_R FTDI_nCS
FTDI_nCS
USB_DP USB_DM FTDI_OSCI FTDI_OSCO EEDATA EECLK EECS
FTDI_AVK_SCL_SCLK
FTDI_REF
FTDI_AVK_SDA_MOSI_SDIO FTDI_MISO FTDI_nCS
FTDI_RESETB
EECS EECLK EEDATA
DO
FTDI_SDO_J FTDI_SDI_J
VDD_5V
FTDI_AVK_SCL_SCLK FTDI_AVK_SDA_MOSI_SDIO FTDI_MISO FTDI_nCS
EN
EN

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