Renesas DEV5X1503 User manual

Renesas
Brand
Renesas
Model
DEV5X1503
Type
User manual

This manual is also suitable for

Renesas DEV5X1503 family of MicroClock devices are designed to support 2.5 Volt power-supply applications. The standard 5X1503 includes an internal oscillator and can operate from 50MHz - 130MHz with output swing control. The 5X1503L uses an external crystal oscillator and can also operate from 50MHz - 130MHz. Spread spectrum modulation is available on 5X1503S and 5L1503S models only and can be utilized in high EMI applications or for reducing system jitter when using multiple clocks.

Renesas DEV5X1503 family of MicroClock devices are designed to support 2.5 Volt power-supply applications. The standard 5X1503 includes an internal oscillator and can operate from 50MHz - 130MHz with output swing control. The 5X1503L uses an external crystal oscillator and can also operate from 50MHz - 130MHz. Spread spectrum modulation is available on 5X1503S and 5L1503S models only and can be utilized in high EMI applications or for reducing system jitter when using multiple clocks.

1©2019 Integrated Device Technology, Inc. July 24, 2019
Introduction
The MicroClock development kit is designed to support the 5X1503/5L1503 devices. It provides a convenient way of verifying, configuring
and programming the blank parts for MicroClock devices 5X1503 and 5L1503. The IDT Timing Commander™ GUI supports to the
devices for configuration and frequency validation on a socket board through a USB programmer board in USB interface. The
development kit support programming to MicroClock blank parts either placed into a socket of the board or the blank device soldered on
evaluation boards as additional extension boards.
Limit of VCO for Each MicroClock Device
▪For standard 5X1503 / standard 5L1503:
•FVCO: 50MHz – 130MHz
▪For 5X1503L / 5L1503L:
•FVCO: 50MHz – 130MHz
▪For 5X1503S / 5L1503S:
•FVCO: 500MHz – 1100MHz
Socket Board Overview
Use Figure 1 and Table 2 to identify board items and features.
The MicroClock socket board builds in with a MicroClock evaluation part (standard 5X1503 product) with all of the necessary components
and connections to test the functionality of the configuration. Users can use the evaluation part for configuration. Once the configuration
is final, users can either place blank parts in the socket or connect to a separated evaluation board with a soldered blank part for
programming.
To evaluate parts in the socket, un-plug a jumper in JP2 (see the jumper setting in Figure 10). Test points for Output 1 (label number 9),
Output 2 (label number 15), and Output 3 (label number 4) are shown in Figure 1 and Table 2.
Table 1. 5X1503/5L1503 Family of Products
Product Description Package
5X1503 1.8V integrated with an internal 52MHz crystal (standard 5X1503). 10-DFN
5L1503 1.8V using an external crystal (standard 5L1503). 10-DFN
5X1503L 1.8V integrated with an internal 52MHz crystal, low output swing at channel 1. 10-DFN
5L1503L 1.8V using an external crystal, low output swing at channel 1. 10-DFN
5X1503S 1.8V integrated with an internal 52MHz crystal (supports spread spectrum clock). 10-DFN
5L1503S 1.8V using an external crystal (supports spread spectrum clock). 10-DFN
MicroClock® 5X1503/5L1503 Family Development Kit
User Guide
2©2019 Integrated Device Technology, Inc. July 24, 2019
MicroClock® 5X1503/5L1503 Family Development Kit User Guide
Figure 1. Socket Board Overview (5X1503 board shown in below with socket closed)
Table 2. Socket Board Descriptions
Label Number Label Name Description
1 Device ID (5x1503) The evaluation board name supports 5X2503 or 5L2503.
2 Connectors Two set of connectors support configuration programming on evaluation board.
3Jumper A switch jumper to control OTP programming function to blank parts either in the socket or
evaluation board through the connector.
4 Test Point Test point for Output 3 from part in socket for 5X1503 and 5L1503.
5 Test Points Test points for Output 1, Output 2, and Output 3 from evaluation part.
6 LEDs Two LED lights to indicate the OTP burn process.
7 External crystal The footprint of external crystal supports 5L1503 / 5L1503L / 5L1503S. Footprint is located on the
back of the board.
8 SMA Connector Connector for supporting either input of external clock for CLKINB/X2 pin or PPS Mode on SE1.
9 Test Points Test points for Output 1 from part in socket. 5X: Output 1 from 5X1503; 5L: Output 1 from 5L1503.
10 SMA Connector Connector for supporting either input of external clock for CLKIN/X1 pin or PPS Mode on OE1.
11 Part Indication Indication for device orientation.
12 Switch Control on
OE1 and OE2
Two switch controls to enable/disable outputs in hardware mode from DIP switch. Setting shown is
logic high.
12
1
2
14
13
6
5
3
7810 11
4
9
15
3©2019 Integrated Device Technology, Inc. July 24, 2019
MicroClock® 5X1503/5L1503 Family Development Kit User Guide
Figure 2. Evaluation Board Overview (5X1503 evaluation board shown in below)
13 DIP Switch Used to configure the device in different modes (software mode as default for I2C control;
hardware mode as output pin control selection).
14 Socket 10-DFN socket for placing MicroClock blank parts.
15 Test Point Test point for Output 2 from part in socket for 5X1503 and 5L1503.
Table 3. Evaluation Board Descriptions
Label Number Label Name Function
1 Test Points Test points for PIN6, PIN7, PIN8, PIN9, and PIN10 (in order of appearance from left to right).
2 5X1503 MicroClock device soldered on evaluation board.
3 External Crystal The footprint of external crystal supports for 5L1503 / 5L1503L / 5L1503S.
4 Test Points Test points for PIN5, PIN4, PIN3, PIN2, and PIN1 (in order of appearance from left to right).
5 Part Indication Indication for device orientation.
6 Headers for Connector Separated for 2 and 4 headers as connection between socket and evaluation boards.
Table 2. Socket Board Descriptions (Cont.)
Label Number Label Name Description
1
6
54
3
2
4©2019 Integrated Device Technology, Inc. July 24, 2019
MicroClock® 5X1503/5L1503 Family Development Kit User Guide
Figure 3. Development Kit Boards
The socket board for all MicroClock products, combined with a USB programmer board, is used for the purpose of validation and
measurement on all outputs. The development kit offers two ways to program a configuration to either a blank part in the socket or a
blank part soldered on an evaluation board for validation. Blank parts can drop into the socket of the socket board for programming on
different MicroClock family devices. The evaluation board is another option for configuration programming so it can be brought over to
any system board for clocking support. Note that blank parts can only be burnt once through the socket board. The socket board is
bundled with a USB programmer board. The following description and images are restricted to the socket board.
On the footprint of the socket board, a pin orientation identifies the position of Pin 1 as shown in Figure 4. Align the dot of the blank part in
the socket as pointed. After placing the blank part, secure the socket cover.
Figure 4. Socket Board (pin position)
Figure 5. Evaluation Board (pin position)
Socket Board
USB Programmer Board
Evaluation Board
Pin 1 Orientation
Pin 1 Orientation
Ground Pin
Ground Pin
VDD 1.8V Pin
OTP Burn Pin
SDATA Pin
SCLK Pin
5©2019 Integrated Device Technology, Inc. July 24, 2019
MicroClock® 5X1503/5L1503 Family Development Kit User Guide
Programming Steps
Use programming steps 2 – 7 as described in the Table 4 to program a configuration into the blank part in the specified socket board.
.
Table 4. Programming Steps
Step Number Step description Comments
0A configuration has been validated and
completed on the development kit.
Configurations should have programmed to the 12-pin evaluation part for validation
on the socket board through the USB programmer board using Timing Commander.
1
All intended outputs should be available
for
measurement on the USB
development kit.
Upon validation of the outputs, “Disconnect” the USB board and proceed for OTP burn
as explained in the following sections.
2
Plug the specified socket board onto
the USB programmer board (shown in
Figure 3).
USB programmer board with the socket board provides a communication channel
between the GUI and a blank part in the socket board.
3
Start Timing Commander software (this
step can be skipped if a configuration is
ready in the personality).
Launch the Timing Commander GUI software. Load the personality file.
4
New settings file (this step can be
skipped if a configuration is ready in the
personality).
Using the Timing Commander GUI, start a new settings file or open a pre-optimized
file.
5 Connect to the development kit.
Click on the chip symbol on the top right corner of the GUI window.
6—
Once connected, new options will be available on a green background indicating that
the USB programmer board has successfully connected with the socket board.
7 Click the “Write all” icon.
The configuration will be programmed into the blank part in the socket.
6©2019 Integrated Device Technology, Inc. July 24, 2019
MicroClock® 5X1503/5L1503 Family Development Kit User Guide
Use the following steps to proceed with the OTP burn.
8. After the chip is connected to the Timing Commander, the main window of configuration is shown (see Figure 6). Click the OTP icon
on the left side of personality window.
Figure 6. Personality Main Window
9. After clicking the icon, a new dialogue window will open (see Figure 7). Set the burning protection for the desired Config/DFC to
configure the OTP Burn (default is “Burn”). Click “Burn” to proceed with the OTP burn process. Please note that this process cannot
be reverted back.
Figure 7. Burn Dialog Window
7©2019 Integrated Device Technology, Inc. July 24, 2019
MicroClock® 5X1503/5L1503 Family Development Kit User Guide
10. Once “Burn” is clicked, a dialog of confirmation will appear verifying if the development kit has connected with user PC for OTP
programming. Click “Yes” to proceed with the OTP burn.
Figure 8. Connection Confirmation Window
11. If the OTP burn process is successful, a dialog window with “Success” will appear indicating that the process is completed and the part
has been burnt based on the configuration.
Figure 9. Success Dialog Window
JP2 on MicroClock socket board provides a select function for configuration programming to either the evaluation part or blank parts in
socket or on an evaluation board. To program OTP on a blank part in the socket or an evaluation board, ensure to un-plug the jumper on
JP2 (default jumper sets to be plugged). See Figure 10.
Figure 10. Jumper Setup
Figure 11. Connection between Socket Board and Evaluation Board
8©2019 Integrated Device Technology, Inc. July 24, 2019
MicroClock® 5X1503/5L1503 Family Development Kit User Guide
Termination Options–Default
Schematics
Development kit socket board and evaluation board schematics are shown on the following pages.
Table 5. Termination for Single-ended Output (option 1)
Signal Type Series Resistor, R4
LVCMOS for VDDO set at 1.8V 22Ω
LVCMOS for VDDO set at 1V, 1.1V and 1.2V 20Ω
LVCMOS for 32.768kHz output 0 Ω
Table 6. Termination for Single-ended Output (option 2)
Signal Type Series Resistor, R2
LVCMOS for VDDO set at 1.8V 22Ω
LVCMOS for VDDO set at 1V, 1.1V and 1.2V 20Ω
Table 7. Termination for Single-ended Output (option 3)
Signal Type Series Resistor, R1
LVCMOS 22Ω
LVCMOS for VDDO set at 1V, 1.1V and 1.2V 20Ω
9©2019 Integrated Device Technology, Inc. July 24, 2019
MicroClock® 5X1503/5L1503 Family Development Kit User Guide
Figure 12. Development Kit Socket Board Schematic
LT1317B
U4
VIN 6
SHDN#
3
VC
1
GND
4SW 5
LBI
7FB 2
LBO 8
TP23
J1
TE_AMP_4-175638-0
1
1
2
2
3
3
4
4
5
566
77
88
99
10 10
R9 0_NP
12
R41 0
1 2
SDA_Tiny
R3 0_NP
1 2C_01
VDD_1p8
SDA_AADVAR
C30.1 u F_NP
12
C_02
R34
20K
12
R12 0_NP 12
VDD_1p8
TP1 7
TP
1
VDD_1p8
C_03
JP3
Header_3Pin
TP20
R39 0
1 2
OE_R 1
R47 10K
12
C_07
TP1
SE1Short_TP
1
CLKINB/X2
R60
0
1 2
R67
22
1 2
TP24
Gate (Pin1)
Note#4
R112
0_N P
1 2
R740
12
FEMALE connector
R48 10K
12
R52
10K
12
R40 NP_0
1 2
Socket_GND_trac e
C_03
GND for SE
outputs
VDD_1p8
GND for SE
outputs
LED_Burn
TP_SE1
R71
22
1 2
GND
TP_SE2
JP4
CON2
1
12
2
CLKIN/X1
C_02
R31
10K
12
C_07
R79 100
1 2
R42 NP_0
1 2
U7
MOS -P
1
2 3
TP21
6V5
U5
LTC4312
DI SC EN
1
VCC
2
SCLO#1
3
SDAO#1
4
SDAI N
5
SCLIN
6
SCLO#2
7
SDAO#2
8EN2 9
EN1 10
FAULT# 11
VCC2 12
NC13 13
NC14 14
GND 15
ACC# 16
TP14
GND
1
VDD_SEx
LED_DONE
R18
33_NP
1 2
CLKIN/X1
R82 10K
1 2
C_04
C29
30pF_NP
12
R46 10K
12
CLKIN/X1
U1
5L1503
OE1
1
SE1
2
VDD
3
X2
4
X1
5VSS 6
OUT3 7
VDDO 8
OE2 9
OUT2 10
J2
TE_AMP_4-175638 -0
11
22
33
44
55
6
67
78
89
910
10
VDD_SEx
R78 100
1 2
This device is
placed as a symbol
for for socket
R55
0_NP
1 2
R83 NP_10K
1 2
R14
0_NP
1 2
R56
10K
12
R5 22 _NP
1 2
U10
5X1513
SCL
1
SDA
2
OE1
3
OUT1
4
VDD
5VSS 6
OUT3 7
VDD O 8
OE2 9
OUT2 10
R87
0_NP
R66
10k
12
Drain (Pin3)
R63
10K
12
C_09
TP5 VD D 1P8
1
Node #2
VDD33
JP6
Header_3Pin_NP
R54
NP_10K
12
SSM3J338R
OE2
SDA_DFC0
VDD33
USB P1 connector
VDD_U SB1p8_J 7
Node#4
6v 5_en
R64
0_NP
1 2
R59
2.2
1 2
OE1
C161 uF
12
JP2
Header_3Pin_N P
R7
0_N P
1 2
TP11
SE1_TP
1
Tiny_p ull_low
R57
NP_10K
12
VDD33
TP8
VDD_Ext_TP
1
Pls make sure they match to the
location of connectors from USB
board
C_04
6v 5_en
REG_COMP1
TP_SE3
SW5
R2
0_NP
1 2
REG_COMP
SCL_DFC_socket
FEMALE connector
C_01
J5
CON4
1
1
2
2
3
3
4
4
C_09
SCL_chip
R19
200K_NP
12
No populated
unless for PPS
VDD33
J1X1
R44
10K
12
C_01
R73
10k
12
VDD_SExVDD _U SB1p8_J 6
R111
10K
1 2
U2
TC7SZ125FE
2 4
5
1
FB1
BLM18AG601SN1D
1 2 VDD_1p8_BF-FET
C17
0.1 uF_N P
12
LED_Burn
GNDGND
Y1
25 MHz 8 pF_NP
4
1
2
3
BURN
INV_OE1
CLKIN/X1
Source (Pin2)
Node#5
R32
237K_1%
12
VDD _1p8
6V5
R50
NP_10K
12
VDD33
VDD_SEx
D3
LED_RED
12
J2X1
R80 10K
1 2
GND
VDD _SEx
SDATA_DFC
VDD33
R81 10K
1 2
TP41 V D D 1P8
1
VDD33
VDD33
C60.1 uF
12
R15
0_NP
1 2
TP18
VP_I2C
1
C9 .01uF
12
R6
10K_NP
1 2
SDA_Tiny
R21
0_NP
1 2
JP5
Header_10Pin_NP
1
3
5
7
9
2
4
6
8
10
R37
0
1 2
C1130pF_NP
12
C1510 uF
12
C1NP_8pf
12
R49 10K
12
SW2
SW4
C_09
TP1 5
GND
1
C4
10 uF
12
LED_Burn
C_07
SCLK_Tiny
U6
SN74LVC1G04DBV
NC
1
A
2
GND
3Y4
VCC 5
VDD_SEx _BF -FET
Source (Pin2)
6V5
CLKINB/X2
Pin10_Vddout2
Silkscreen
as VPP
GND for SE
outputs
C212pF
12
C50.1 uF
12
SDATA_DFC
FEMALE connector
C_10
VDD _1p8
R43
10K
12
OE2
TP3
SE1Short_TP
1
D4
LED_GR EEN
12
X2
SW3
OE1
SCLK_M
R77
10K_NP
12
J3
TE_AMP_4-175638-0
1
1
2
2
3
3
4
4
5
566
77
88
99
10 10
Tiny _pull_low
U3
5X1503
SCL
1
SDA
2
OE1
3
OUT1
4
VDD
5VSS 6
OUT3 7
VDDO 8
OE2 9
OUT2 10
TP_SE1
C_05
R30
1M_1%
1 2
Gate (Pin1)
LED_DONE
1 inch traceline on
SE1, SE2 and, SE3
SCLK_Tiny
SDA_Tiny
U9
MOS-P
1
2 3
VDD_SEx
TP2
SE2Short_TP
1
R62
0
1 2
R51
10K
12
C13 .01uF
12
VDD_1p8
Inverse_Tiny
C_05
R36
0
1 2
R13
0_NP
1 2
C8
1500pF
12
C_03
R4
0_NP
1 2
D2
LED
12
R58
0
1 2
SDA_DF C0
R70
2.2
1 2
VDD_External
R22 0
1 2
TP13SE3_TP
1
6V5
TP22
TP6
VDD SE2
1
VDD 33
R610
12
R65
NP_10K
12
SDA_chip
R68
0_NP
1 2
TP4
SE3Short_TP
1
SCL_DFC _s ock et
C_10
VDD_1p8
GND for Power
R76
220
12
Inv erse_Tiny
TP1 2SE2_TP
1
R16
200K_NP
1 2
Tit le
Size Doc ument N um ber Rev
Date: Sheet of
<Do c> .1
5X1503 / 5L1503 Schematic
Custom
12Wednesday , Feb ruary 06, 2019
R45
10K
12
Node#1
U8
5X1503_ENG
SDA
1
OE1
2
SE1
3
VDD 3
4
X2
5
X1
6VSS 7
SE3 8
VDD P 9
OE2 10
SE2 11
SCLK 12
SCLK_Tiny
R69
22
1 2
CLKINB/X2
C200.1 uF_N P
12
R24 0
1 2
C2830pF_NP
12
R17
0_NP
1 2
R53
NP_10K
12
VDD33
SSM3J338R
R8 0_NP
12
C_10
C10 .01uF
12
L1
10uH
1 2
TP19 VDD1P8
1
U11
DI P_SW8
VCC
9
VEE
10
s4 4
s3 3
s2 2
s1 1
s5 5
s6 6
s7 7
s8 8
USB P4 connector
R86
0_N P
D1
DI OD E_SCH OTTKY
1 2
R33
1.5K
12
SDA_Tiny
R72
0
1 2
R11
10K_NP
1 2
6v 5_en
R38
0
1 2
C222pF
12
X1
OE1
SW1
Socket_GND_trace
Pin10_Vdd out 2
J4
CON5
1
1
2
2
VDD _1p8
SW6
TP1 6
GND
1
C_02
USB P2 connector
AARDVARK
SCL_AAD VAR
Pin10_Vddout2
SMA_OE1
SCLK_M
TP9
TP
1
C191 uF
12
VDD _Ext ernal_TP
GND for Power
C140.1 uF
12
R350
12
R75
220
12
C2NP_8pf
12
TP10
GND
1
VDD_1p8
C182pF
12
TP7 VDD1P8
1
Node#3
C7
10 uF
12
LED_DONE
GND
SW_c ontrol
C12
30pF_NP
12
R25 22
1 2
J6
CON5
11
22
Pin10_Vddout2
R1
0_NP
1 2
INV_OE1
R29 0
1 2
DONE
R20 0
1 2
C_04
C_05
VDD_1p8
CLKINB/X2
SCLK_Tiny
Drain (Pin3)
10©2019 Integrated Device Technology, Inc. July 24, 2019
MicroClock® 5X1503/5L1503 Family Development Kit User Guide
Figure 13. Development Kit Evaluation Board Schematic
TP28 1
R93
NP_0
12
6V5
Tin y _ GN D
SCLK_Tiny
C230.1 uF
12
Tiny _GN D
SDA_Tiny
TP31
1
R107
0
12
Tiny _GN D
TP36 1
R105
0
12
GNDGND
Y2
25 MHz 8 pF_NP
4
1
2
3
TP37 1
Tiny _pull_low
VDD_1p8
CLKIN/X1
CLKINB/X2
TP32
1
R89
0
12
J6
CON5
1
1
2
2
CLKIN/X1
TP35
1
R101
0
1 2
SDA_Tiny
R1100
12
C270.1 uF
12
R96
0
12
C26NP_8pf
12
TP38VDD1P8 1
R1000
12
R103
0
1 2
TP26 1R88
0
1 2
R97
0
12
TP30
1
Tiny _pull_low
6V5
VDD_1p8
TP39 1
VDD_1p8
Tiny _GND
Tiny _GND
TP29 1
R99
0
1 2
R104
0
1 2
TP40 1
SDA_Tiny
R102
10K
1 2
U13
5L1503
OE1
1
SE1
2
VDD
3
X2
4
X1
5VSS 6
OUT3 7
VDDO 8
OE2 9
OUT2 10
R94
0
1 2
SCLK_Tiny
TP25
1
CLKINB/X2
TP34 1
C24NP_0.1 uF
12
R90
0
1 2
Tiny _GND
R92
0
1 2
GND R106NP_0
12
U12
5X1503
SCL
1
SDA
2
OE1
3
OUT1
4
VDD
5VSS 6
OUT3 7
VDDO 8
OE2 9
OUT2 10
J7
CON4
1
1
2
2
3
3
4
4
R1090
12
VDD_1p8
R91
0
12
R108NP_0
12
Title
Size Document Number Rev
Date: Sheet of
<Doc> 0. 1
<Title>
A
22Wednesday , February 06, 2019
TP33 1
VDD_1p8
6V5
Tiny _pull_low
R95
0
12
TP27
1
R98NP_0
12
SCLK_Tiny
C25NP_8pf
12
11©2019 Integrated Device Technology, Inc. July 24, 2019
MicroClock® 5X1503/5L1503 Family Development Kit User Guide
Figure 14. 5X1503 Socket Board (board populated with a 52MHz crystal for evaluation)
Figure 15. 5L1503 Socket Board (board populated with a 25MHz crystal for evaluation)
12©2019 Integrated Device Technology, Inc. July 24, 2019
MicroClock® 5X1503/5L1503 Family Development Kit User Guide
Figure 16. 5X1503 Evaluation Board (board without a crystal)
Figure 17. 5L1503 Evaluation Board (board populated with a 25MHz crystal)
Ordering Information
Orderable Part Number Description
DEV5L1503 Development Kit for the 5L1503 (standard 5L1503).
DEV5X1503 Development Kit for the 5X1503 (standard 5X1503).
EVB5L1503 5L1503 series tiny evaluation board.
EVB5X1503 5X1503 series tiny valuation board.
DISCLAIMER Integrated Device Technology, Inc. (IDT) and its affiliated companies (herein referred to as “IDT”) reserve the right to modify the products and/or specifications described herein at any time,
without notice, at IDT’s sole discretion. Performance specifications and operating parameters of the described products are determined in an independent state and are not guaranteed to perform the same
way when installed in customer products. The information contained herein is provided without representation or warranty of any kind, whether express or implied, including, but not limited to, the suitability
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MicroClock® 5X1503/5L1503 Family Development Kit User Guide User Guide
Revision History
Revision Date Description of Change
July 24, 2019 Updated Socket Board Overview figure and descriptions.
July 8, 2019 Initial release.
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Renesas DEV5X1503 User manual

Renesas
Brand
Renesas
Model
DEV5X1503
Type
User manual
This manual is also suitable for

Renesas DEV5X1503 family of MicroClock devices are designed to support 2.5 Volt power-supply applications. The standard 5X1503 includes an internal oscillator and can operate from 50MHz - 130MHz with output swing control. The 5X1503L uses an external crystal oscillator and can also operate from 50MHz - 130MHz. Spread spectrum modulation is available on 5X1503S and 5L1503S models only and can be utilized in high EMI applications or for reducing system jitter when using multiple clocks.

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