Infineon EZ-PD PMG1 User manual

User Guide Please read the Important Notice and Warnings at the end of this document 002-32601 Rev. *C
www.infineon.com page 1 of 67 2021-12-02
EZ-PD™ PMG1 MCU prototyping kits guide
CY7110/CY7111/CY7112/CY7113
About this document
Scope and purpose
This document is a common user guide for the EZ-PD™ Power Delivery microcontroller Gen1 (PMG1)
prototyping kits. These kits enable the development of USB PD sink applications using the EZ-PD™PMG1
microcontrollers. You can see the relevant sections based on your requirement:
•Introduction –Provides basic information on the kits, the kit structure, and software information
•EZ-PD™PMG1 MCU software tools –Explains ModusToolbox™ software and CYPRESS™ programmer
•EZ-PD™PMG1 prototyping kit system design –Explains the kit architecture and system design details
•Kit operation –Describes the procedure to operate the kit for USB PD sink application
•Application development on CY711x kits using ModusToolbox™ software –Explains the code examples,
procedure to build, program, and debug applications
Intended audience
The document is intended for users of EZ-PD™PMG1 MCU prototyping kits (CY7110, CY7111, CY7112, and
CY7113).

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Table of contents
Table of contents
About this document....................................................................................................................... 1
Table of contents............................................................................................................................ 2
1Introduction .......................................................................................................................... 4
1.1 Kit contents .............................................................................................................................................5
1.2 Downloading kit documents and hardware design files .......................................................................5
1.3 Board details ...........................................................................................................................................6
1.3.1 Kit features .........................................................................................................................................8
1.3.2 Power selection jumper.....................................................................................................................9
1.3.3 Prototyping kit pinout......................................................................................................................10
1.3.4 KitProg3 header ...............................................................................................................................19
2EZ-PD™ PMG1 MCU software tools...........................................................................................21
2.1 Before you begin ...................................................................................................................................21
2.2 ModusToolbox™ software.....................................................................................................................21
2.2.1 Device configurator..........................................................................................................................22
2.2.2 EZ-PD™ configurator........................................................................................................................22
2.2.3 Device firmware update (DFU) host tool.........................................................................................23
2.2.4 CAPSENSE™ configurator.................................................................................................................24
2.2.5 CAPSENSE™ tuner ............................................................................................................................24
2.3 CYPRESS™ programmer (CYP) ..............................................................................................................25
3EZ-PD™ PMG1 prototyping kit system design............................................................................26
3.1 Top-level hardware design ...................................................................................................................26
3.2 Power section........................................................................................................................................27
3.2.1 Power modes....................................................................................................................................27
3.2.1.1 Programming mode....................................................................................................................27
3.2.1.2 Operational mode.......................................................................................................................27
3.2.2 3.3 V LDO and power LED.................................................................................................................28
3.2.3 Overvoltage protection circuit ........................................................................................................28
3.2.4 Power-cycle load switch (CY7110)...................................................................................................29
3.2.5 Transient voltage protection diode.................................................................................................30
3.3 EZ-PD™ PMG1 MCU subsystem .............................................................................................................31
3.3.1 EZ-PD™ PMG1 MCU device...............................................................................................................31
3.3.2 User LED and button........................................................................................................................31
3.3.3 User button (SW2) ............................................................................................................................31
3.3.4 10-pin SWD header...........................................................................................................................32
3.3.5 MCU I/O header ................................................................................................................................32
3.3.6 Reset button.....................................................................................................................................32
3.3.7 CAPSENSE™ buttons and slider.......................................................................................................33
3.4 KitProg3 (PSoC™ 5LP MCU)...................................................................................................................35
3.4.1 Mode button.....................................................................................................................................36
3.4.2 KitProg3 power and status LEDs .....................................................................................................36
3.5 Target voltage measurement ...............................................................................................................36
3.5.1 Power enable....................................................................................................................................36
3.6 Load switch............................................................................................................................................37
3.6.1 USB PD sink port ..............................................................................................................................37
3.6.2 5-A load switch .................................................................................................................................37
3.6.2.1 P-FET load switch........................................................................................................................37
3.6.2.2 N-FET load switch .......................................................................................................................38

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Table of contents
3.6.3 DC_OUT terminal block ...................................................................................................................39
4Kit operation ........................................................................................................................40
4.1 USB PD sink operation ..........................................................................................................................40
5Application development on CY711x kits using ModusToolbox™ software ...................................43
5.1 Kit code examples .................................................................................................................................43
5.2 Using the kit code example...................................................................................................................44
5.3 Programming and debugging using the KitProg3 interface................................................................46
5.3.1 Programming using ModusToolbox™ software ..............................................................................46
5.3.2 Debugging using ModusToolbox™ software ...................................................................................49
5.3.3 Programming using CYPRESS™ programmer (CYP)........................................................................51
5.4 Programming and Debugging using the 10-pin SWD interface...........................................................54
5.4.1 Programming using MiniProg4 from ModusToolbox™ software....................................................54
5.4.2 Debug using MiniProg4 from ModusToolbox™ software................................................................55
5.4.3 Programming using MiniProg4 from CYPRESS™ programmer (CYP) .............................................56
5.5 Programming and debugging using J-Link debug probes ..................................................................58
5.5.1 Programming and debugging the CY7110 kit .................................................................................58
5.5.2 Programming and debugging the CY7111/CY7112/CY7113 kits.....................................................59
5.6 Configuring the PDOs and PD parameters ...........................................................................................61
Related documents........................................................................................................................64
Technical support..........................................................................................................................65
Revision history.............................................................................................................................66

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Introduction
1Introduction
EZ-PD™PMG1 is a family of high-voltage power delivery microcontrollers. These microcontrollers include Arm®
Cortex®-M0/M0+ CPU, USB power delivery (PD) controller, and configurable analog and digital peripherals. EZ-
PD™PMG1 MCU is targeted for any embedded systems that provide/consume power to/from a high-voltage
USB Type-C port and need a microcontroller to control the actions and features of a product.
Table 1 provides details of the kits and the associated microcontrollers.
Table 1 EZ-PD™PMG1 prototyping kits
Kit name
PMG1 microcontroller type
EZ-PD™ PMG1 microcontroller
MPN
CY7110 EZ-PD™PMG1-S0 MCU
prototyping kit
PMG1-S0
CYPM1011-24LQXI
CY7111 EZ-PD™PMG1-S1 MCU
prototyping kit
PMG1-S1
CYPM1111-40LQXI
CY7112 EZ-PD™PMG1-S2 MCU
prototyping kit
PMG1-S2
CYPM1211-40LQXI
CY7113 EZ-PD™ PMG1-S3 MCU
prototyping kit
PMG1-S3
CYPM1311-48LDXI
Visit the webpage or look at the device datasheets [4] to understand and compare the various features
supported by the EZ-PD™PMG1 MCU controllers.
The EZ-PD™PMG1 MCU prototyping kits support the following key features:
•Support for single-port USB PD 3.0 sink role (UFP)
•USB bus-powered operation
•Compatible with the example projects implemented in ModusToolbox™software
•Onboard KitProg3 programming and debugging module
•100 W (20 V/5 A) power handling capability
•Standard breadboard compatible design
•Snap-away design to separate KitProg3 and EZ-PD™PMG1 microcontroller board
•Onboard 3. 3-V regulator
•Optional 10-pin standard SWD interface for MiniProg4 or third-party programmer/debugger module
•Firmware-controlled LED and user button
•Two self-capacitance-based CAPSENSE™ buttons and one 5-segment slider (only in CY7113 kit)
•I/O headers
The EZ-PD™ PMG1 MCU-based projects are developed using the ModusToolbox™software development
environment. ModusToolbox™software is a set of multi-platform development tools and a comprehensive
suite of GitHub-hosted firmware libraries. If you are new to ModusToolbox™software, see the documentation
on the ModusToolbox™software environment home page.
If you are new to EZ-PD™ PMG1 MCUs, see the application note [5] to learn about the EZ-PD™ PMG1
microcontroller family.

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Introduction
1.1 Kit contents
CY711x prototyping kits contain the following:
•CY711x EZ-PD™PMG1-Sx MCU prototyping kit board
•Quick start guide
Note: CY711x terminology is used to refer to all EZ-PD™PMG1 MCU kits in this document. Explicit kit MPN
will be used to highlight the kit-specific features wherever required.
Note: Each kit’s board has a revision number (600-60xxx-01 Revxx) and the same is marked on the
silkscreen as shown in Figure 1.
Figure 1 Identifying PMG1 MCU kit board revision number
Following items may be required for developing applications with USB PD sink capability using CY711x kits.
Note that these are not included in the kit.
•USB PD 3.0-compliant USB Type-C power adapter (for example, Apple 30 W USB-C power adapter) for
CY7110, CY7111, and CY7112 kits. USB PD 3.1-capable USB Type-C power adapter (for example, Apple 140 W
USB-C power adapter) for CY7113 kit.
•USB PD 3.0-compliant Type-C cable compatible with the USB-C power adapter for CY7110, CY7111, and
CY7112 kits. USB PD 3.1-capable Type-C cable for CY7113 kit.
•Through-hole connectors for I/O header and KitProg3 header (2.54-mm pitch)
•Jumper wires
1.2 Downloading kit documents and hardware design files
The documents and the hardware design files for each of the CY711x kits can be downloaded from the
respective kit webpages [3]. The documents include a quick start guide, kit guide (this document), and release
notes. The hardware design files include a schematic, BOM, and layout files.

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Introduction
1.3 Board details
Figure 2 CY7110 EZ-PD™PMG1-S0 MCU prototyping kit
Figure 3 CY7111 EZ-PD™PMG1-S1 MCU prototyping kit
Figure 4 CY7112 EZ-PD™PMG1-S2 MCU prototyping kit

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Introduction
Figure 5 CY7113 EZ-PD™PMG1-S3 MCU prototyping kit
1. KitProg3 USB Type-C port (J1)
2. KitProg3 status LED (LED1)
3. PSoC™5LP MCU controller (U1)
4. KitProg3 mode button (SW1)
5. KitProg3 headers (J3, J4)
1
6. I/O headers (J6, J7)1
7. CAPSENSE™ slider supported in CY7113
8. User LED (LED3)
9. EZ-PD™PMG1 microcontroller (CYPM1011-24LQXI in CY7110, CYPM1111-40LQXI in CY7111, CYPM1211-
40LQXI in CY7112, and CYPM1311-48LDXI in CY7113)
10.10-pin SWD/JTAG header1
11.PMG1 USB PD sink port (J10)
12.Load switch
13.DC_OUT terminal block (J9)
14.3.3-V onboard LDO
15.User button (SW2)
16.Reset button (SW3)
17.2 CAPSENSE™ buttons supported in CY7113
18.Power selection jumper (J5)
19.KitProg3 VBUS LED (LED2)
1
Footprint only, not populated on the board.

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Introduction
1.3.1 Kit features
The EZ-PD™ PMG1 MCU prototyping kits feature MCUs from the EZ-PD™ PMG1 high-voltage USB PD
microcontroller family.
•The prototyping kits are powered through the EZ-PD™ PMG1 USB PD sink port and the MCU is powered
directly from the port. The USB PD 3.1 connector is capable of supporting PD contracts up to 100 W (20 V/ 5
A) for the CY7110, CY7111, and CY7112 kits. It can support PD contract up to 140 W (28 V/ 5 A) for the CY7113
kit.
•The prototyping kits connect to a PC through the KitProg3 Type-C port (J1) for firmware programming and
debugging. The kits have a KitProg3 onboard programmer and debugger interface with USB-to-I2C/UART
bridge functionality
•The power selection jumper (J5) switches the mode of operation between programming and kit operation
•An option for adding a 10-pin SWD header is integrated into the board design for connecting programming
or debugging modules such as MiniProg4
•Four onboard LEDs. The CY7113 kit has seven additional LEDs to indicate the status of CAPSENSE™ sensors
(CAPSENSE™ buttons and slider) —see Table 2.
Table 2 Prototyping kit LEDs
LED
Color
Description
KitProg3 status LED (LED1)
Amber
This LED indicates the programming mode and status. The LED
functions only when the KitProg3 Type-C port is connected to a
PC. See the KitProg3 user guide [6] for details.
KitProg3 power LED (LED2)
Amber
This LED turns ON when the kit is powered through KitProg3
Type-C port, and indicates that the PSoC™5LP MCU device is
powered.
User LED (LED3)
Green
This is a firmware-driven LED. The kit must be powered through
the USB PD Type-C port to use this LED.
Power LED (LED4)
Green
This LED indicates that the board is powered via the USB PD
Type-C port. The LED is connected to the output of the onboard
3.3-V LDO.
CAPSENSE™ button LEDs
(LED5, LED6)
Green
Feedback LEDs for CAPSENSE™ buttons BTN1 and BTN2.
Firmware-driven LEDs to indicate the state of CAPSENSE™
buttons.
LED5 –BTN1
LED6 –BTN2
CAPSENSE™ slider LEDs
(LED7, LED8, LED9, LED10,
LED11)
Green
Feedback LEDs for CAPSENSE™ slider. Firmware-driven LEDs to
indicate the state of each sensor in a 5-sensor CAPSENSE™ slider.
LED7 –SLD1
LED8 –SLD2
LED9 –SLD3
LED10 –SLD4
LED11 –SLD5

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Introduction
•There are two push buttons on the CY7110 kit and three push buttons on the CY7111/CY7112/CY7113 kits.
See Table 3 for the details
Table 3 Prototyping kit –push buttons
Button
Description
KitProg3 mode (SW1)
The mode button is used to put the KitProg3 into bootloader mode. See the
KitProg3 user guide [6] for details.
User switch (SW2)
This button can be used to provide input to the EZ-PD™ PMG1 MCU. This
button pulls the pin to the ground, by default.
Reset switch (SW3)2
This button is used to reset the EZ-PD™ PMG1 MCU. It connects the EZ-PD™
PMG1 MCU reset (XRES) pin to the ground.
•DC_OUT terminal block to connect the output of the load switch to an external circuit through wires. The
Type-C contract voltage is available at the DC_OUT terminal block when a successful PD contract is
established
•An onboard LDO regulates the Type-C voltage to 3.3 V and powers the user LED. This is available as a power
output to power external modules if required
•All GPIOs and alternate power supply pins are routed to I/O headers placed on the sides of the prototyping
kit. The headers are compatible with a 2.54-mm standard breadboard to extend the kit functionality. Table
4lists the pins count of I/O headers in all EZ-PD™ PMG1 kits
Table 4 I/O header pin count
Kit MPN
Number of I/O header pins
CY7110
15 + 15
CY7111
18 + 18
CY7112
18 + 18
CY7113
20 + 20
1.3.2 Power selection jumper
The power selection jumper (J5) is a three-pin selection header used to switch between operational mode and
programming mode.
Figure 6 Power selection jumper
2
Not applicable for the CY7110 prototyping kit because the EZ-PD™ PMG1-S0 MCU does not support XRES.

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Introduction
Table 5 Power selection jumpers
Jumper shunt
position
Mode
Description
1–2
Operational mode
The kit is powered from the EZ-PD™ PMG1 USB PD sink port. The
jumper should be in this position for normal kit operation.
2–3
Programming mode
The kit is powered from the KitProg3 USB Type-C port. The jumper
should be in this position to update the EZ-PD™ PMG1 MCU
firmware.
1.3.3 Prototyping kit pinout
EZ-PD™ PMG1 MCU family kits have two I/O headers, J6 and J7, placed on either side of the prototyping kit.
Figure 7 CY7110 prototyping kit –I/O header

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Introduction
Table 6 CY7110 MCU I/O header pinout
CY7110
pin
CY7110
pin name
EZ-PD™
PMG1-S0
MCU pin
Primary function
Secondary function
Connection details
J6
1
3V3
–
3.3-V regulator output
–
Connected to the output
of the onboard LDO
2
NC
–
–
–
Not connected
3
GND
–
–
–
Ground
4
CC1
15
CC1 signal
–
–
5
CC2
14
CC2 signal
–
–
6
LED3_IN
10
User LED external
input. LED3 is driven by
firmware, by default.
Use this pin to drive it
externally.
P2.1 (GPIO)
Connected to LED3 and
P2.1 pin through a 0-ohm
resistor
7
SW2_IN
9
User button output.
SW2 is input to this EZ-
PD™ PMG1 MCU device.
This pin can be used to
read button status
externally.
P2.0 (GPIO)
Connected to SW2 and
P2.0 pin through a 0-ohm
resistor.
8
P2.1
10
User LED control input
P2.1 (GPIO)
–
9
P1.3
6
UART-Rx
P1.3 (GPIO)
Connected to KitProg3
by default from board
revision 5 onwards.
For earlier revision
boards, see KitProg3
(PSoC™5LP MCU) for
establishing UART
connection between the
MCU and KitProg3
10
P1.2
5
UART-Tx
P1.2 (GPIO)
11
CTRL0
3
VBUS-FET CONTROL-0
–
Default PFET control
signal
12
CTRL1
4
VBUS-FET CONTROL-1
–
Optional PFET control
signal
13
NC
–
–
–
–
14
GND
–
–
–
Ground
15
NC
–
–
–
–
J7
1
VDDD_IN
23
Alternate VDDD input
pin
–
Connected through the
non-populated
resistor/diode
2
NC
–
–
–
–

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Introduction
CY7110
pin
CY7110
pin name
EZ-PD™
PMG1-S0
MCU pin
Primary function
Secondary function
Connection details
3
GND
–
–
–
Ground
4
DP
17
USB DP signal
P3.0 (GPIO)
–
5
DM
16
USB DM signal
P3.1 (GPIO)
–
6
P2.3
13
I2C SCL signal
P2.3 (GPIO)
Connected to KitProg3
for USB-to-I2C bridge
7
P2.2
12
I2C SDA signal
P2.2 (GPIO)
8
P2.0
9
User button SW2 input
P2.0 (GPIO)
–
9
P0.1
8
SWD clock
P0.1 (GPIO)
–
10
P0.0
7
SWD data
P0.0 (GPIO)
–
11
P1.0
1
GPIO
–
–
12
P1.1
2
GPIO
–
–
13
NC
–
–
–
–
14
GND
–
–
–
Ground
15
NC
–
–
–
–
Figure 8 CY7111 prototyping kit –I/O header
Table 7 CY7111 MCU I/O header pinout
CY7111
pin
CY7111 pin
name
EZ-PD™
PMG1-S1
MCU pin
Primary function
Secondary function
Connection details
J6
1
3V3
3.3-V
regulator
output
-
Connected to the
output of the
onboard LDO
3.3-V regulator output
2
VDDIO_IN
32
VDDIO alternate input
Connected through the
non-populated
resistor/diode

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Introduction
CY7111
pin
CY7111 pin
name
EZ-PD™
PMG1-S1
MCU pin
Primary function
Secondary function
Connection details
3
GND
–
–
–
Ground
4
CC1
9
CC1 signal
–
–
5
CC2
7
CC2 signal
–
–
6
LED3_IN
14
User LED external
input. LED3 is driven
by firmware, by
default. Use this pin to
drive it externally.
P2.1 (GPIO)
Connected to LED3 and
P2.1 pin through a
0-ohm resistor
7
SW2_IN
13
User button output.
SW2 is input to the EZ-
PD™ PMG1 MCU
device. This pin can be
used to read the
button status
externally.
P2.0 (GPIO)
Connected to SW2 and
P2.0 pin through a
0-ohm resistor
8
RESET
10
Reset pin
-
9
P4.1
30
UART-Rx
P4.1 (GPIO)
Connected to KitProg3
by default from board
revision 3 onwards.
For earlier revision
boards, refer to
KitProg3 (PSoC™5LP
MCU) section for
establishing a UART
connection between the
MCU and KitProg3
10
P4.0
29
UART-Tx
P4.0 (GPIO)
11
C_CTRL
12
Consumer PFET load
switch control signal
–
Connected to the load
switch
12
P_CTRL
11
Provider PFET load
switch control signal
–
Connected to the load
switch through the non-
populated resistor
13
P1.1
3
GPIO
–
–
14
P0.0
38
GPIO
–
–
15
P3.2
21
GPIO
–
–
16
P1.2
4
GPIO
–
–
17
GND
–
–
–
Ground
18
NC
–
–
–
–
J7
1
VDDD
31
EZ-PD™ PMG1-S1
Internal LDO output
–
–
2
VCONN_IN
8
VCONN source
external input. By
–
Connected through the
non-populated
resistor/diode

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Introduction
CY7111
pin
CY7111 pin
name
EZ-PD™
PMG1-S1
MCU pin
Primary function
Secondary function
Connection details
default, V5V is left
floating on the device.
3
GND
–
–
–
Ground
4
DM_SYS
24
Connect to USB 2.0 DM
from the host side
–
–
5
DP_SYS
23
Connect to USB 2.0 DP
from the host side
–
–
6
P5.1
17
I2C SCL signal
P5.1 (GPIO)
Connected to KitProg3
for USB-to-I2C bridge
7
P5.0
16
I2C SDA signal
P5.0 (GPIO)
Connected to KitProg3
for USB-to-I2C bridge
8
P3.1
20
GPIO
–
–
9
P1.0
2
SWD clock
P1.0 (GPIO)
–
10
P1.4
6
SWD data
P1.4 (GPIO)
–
11
P3.0
18
GPIO
–
–
12
P1.3
5
GPIO
–
–
13
P2.0
13
User button SW2 input
P2.0 (GPIO)
–
14
P2.1
14
User LED control input
P2.1 (GPIO)
–
15
P2.2
15
GPIO
–
–
16
P0.1
39
GPIO
–
–
17
GND
–
–
–
Ground
18
VSYS
19
Alternate power input
option-VSYS
–
Connected through the
non-populated
resistor/diode
Figure 9 CY7112 prototyping kit –I/O header

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Introduction
Table 8 CY7112 MCU I/O header pinout
CY7112
pin
CY7112 pin
name
EZ-PD™
PMG1-S2
MCU pin
Primary function
Secondary function
Connection details
J6
1
3V3
3.3-V
regulator
output
–
Connected to the
output of the
onboard LDO
3.3-V regulator output
2
VDDIO_IN
18
VDDIO alternate input
–
Connected through the
non-populated
resistor/diode
3
GND
–
–
–
Ground
4
CC1
5
CC1 signal
–
–
5
CC2
3
CC2 signal
–
–
6
LED3_IN
10
User LED external
input. LED3 is driven by
firmware, by default.
Use this pin to drive it
externally.
P1.3 (GPIO)
Connected to LED3, and
P1.3 pin through a 0-
ohm resistor.
7
SW2_IN
9
User button output.
SW2 is input to EZ-PD™
PMG1 MCU device. This
pin can be used to read
the button status
externally.
P1.2 (GPIO)
Connected to SW2, and
P1.2 pin through a 0-
ohm resistor
8
RESET
26
Reset pin
–
–
9
P1.1
8
UART-Rx
P1.1 (GPIO)
Connected to KitProg3
by default from board
revision 3 onwards.
For earlier revision
boards, refer to
KitProg3 (PSoC™5LP
MCU) section for
establishing a UART
connection between the
MCU and KitProg3
10
P1.0
7
UART-Tx
P1.0 (GPIO)
11
P3.2
34
GPIO
–
–
12
P3.3
35
GPIO
–
–
13
P3.4
36
GPIO
–
–
14
P3.5
37
GPIO
–
–
15
P3.6
38
GPIO
–
–
16
P1.3
10
User LED control input
P1.3 (GPIO)
–
17
GND
–
–
–
Ground
18
NC
–
–
–
–

User Guide 16 of 67 002-32601 Rev. *C
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EZ-PD™ PMG1 MCU prototyping kits guide
CY7110/CY7111/CY7112/CY7113
Introduction
CY7112
pin
CY7112 pin
name
EZ-PD™
PMG1-S2
MCU pin
Primary function
Secondary function
Connection details
J7
1
VDDD
17
EZ-PD™ PMG1-S1 MCU
internal LDO output
–
–
2
VCONN_IN
4
VCONN source external
input. By default, V5V is
left floating on the
device.
–
Connected through the
non-populated
resistor/diode
3
GND
–
–
–
Ground
4
P2.4
23
GPIO
–
–
5
P2.5
24
GPIO
–
–
6
P0.1
28
I2C SCL signal
P0.1 (GPIO)
Connected to KitProg3
for USB-to-I2C bridge
7
P0.0
27
I2C SDA signal
P0.0 (GPIO)
Connected to KitProg3
for USB-to-I2C bridge
8
P2.6
25
GPIO
–
–
9
P2.1
16
SWD clock
P2.1 (GPIO)
–
10
P2.0
15
SWD data
P2.0 (GPIO)
–
11
P1.7
14
GPIO
–
–
12
P1.5
13
GPIO
–
–
13
P1.4
12
GPIO
–
–
14
P1.6
11
GPIO
–
–
15
P1.2
9
User button SW2 input
P1.2 (GPIO)
–
16
NC
–
–
–
–
17
GND
-
–
–
Ground
18
VSYS
20
Alternate power input
option-VSYS
–
Connected through the
non-populated
resistor/diode

User Guide 17 of 67 002-32601 Rev. *C
2021-12-02
EZ-PD™ PMG1 MCU prototyping kits guide
CY7110/CY7111/CY7112/CY7113
Introduction
Figure 10 CY7113 prototyping kit –I/O header
Table 9 CY7113 MCU I/O header pinout
CY7113
pin
CY7113 pin
name
EZ-PD™
PMG1-S3
MCU pin
Primary function
Secondary
function
Connection details
J6
1
3V3
3.3-V
regulator
output
–
Connected to
the output of
the on-board
LDO
3.3-V regulator output
2
VDDIO_IN
18
VDDIO alternate input
–
Connected through the
non-populated
resistor/diode
3
GND
–
–
–
–
4
CC1
28
CC1 Signal
-
5
CC2
30
CC2 Signal
-
-
6
LED3_IN
11
User LED external input. By
default, LED3 is driven by
firmware. Use this pin to
drive it externally.
P5.5 (GPIO)
Connected to LED3, and
P5.5 pin through a 0-
ohm resistor.
7
SW2_IN
2
User button output. SW2 is
input to EZ-PD™ PMG1
MCU device. This pin can
be used to read the button
status externally.
P3.3 (GPIO)
Connected to SW2, and
P3.3 pin through a 0-
ohm resistor
8
RESET
33
Reset pin
-
-

User Guide 18 of 67 002-32601 Rev. *C
2021-12-02
EZ-PD™ PMG1 MCU prototyping kits guide
CY7110/CY7111/CY7112/CY7113
Introduction
CY7113
pin
CY7113 pin
name
EZ-PD™
PMG1-S3
MCU pin
Primary function
Secondary
function
Connection details
9
P3.5
3
UART-Rx
P3.5 (GPIO)
Connected to KitProg3
to implement USB-to-
UART bridge
functionality
10
P3.6
4
UART-Tx
P3.6 (GPIO)
11
P3.3
2
User button SW2 input
P3.3 (GPIO)
-
12
P3.0
1
GPIO
-
-
13
P2.3
46
CAPSENSE™ button BTN2
status LED
P2.3 (GPIO)
Indicate status of BTN2
CAPSENSE™ button
14
P2.4
45
CAPSENSE™ button BTN1
status LED
P2.4 (GPIO)
Indicate status of BTN1
CAPSENSE™ button
15
P2.23
47
CAPSENSE™ button BTN2
sensor signal
P2.2 (GPIO)
-
16
P2.13
48
CAPSENSE™ button BTN1
sensor signal
P2.1 (GPIO)
-
17
P5.2
9
GPIO
Driving shield
GPIO
-
18
GND
-
-
-
-
19
P5.3
10
CAPSENSE™ slider sensor
SLD1 status LED
P5.3 (GPIO)
Indicates status of
CAPSENSE™ slider
sensor SLD1
20
P5.5
11
User LED control input
P5.5 (GPIO)
-
J7
1
VDDD
43
EZ-PD™ PMG1-S3 MCU
internal LDO output
-
VDDD, VDDA, and VDDIO
shorted in the design
2
VCONN_SRC
29
VCONN source external
input
-
Connected through the
non-populated
resistor/diode
3
GND
-
Ground
-
-
4
P1.5
21
CAPSENSE™ slider sensor
SLD3 status LED
P1.5 (GPIO)
Indicates status of
CAPSENSE™ slider
sensor SLD3
5
P1.6
22
CAPSENSE™ slider sensor
SLD4 status LED
P1.6 (GPIO)
Indicates status of
CAPSENSE™ slider
sensor SLD4
6
P4.1
35
I2C-SDA
P4.1 (GPIO)
Connected to KitProg3
for USB-to-I2C bridge
7
P4.0
34
I2C-SCL
P4.0 (GPIO)
8
P1.4
20
CAPSENSE™ slider (CSS)
sensor SLD2 status LED
P1.4 (GPIO)
Indicates status of
CAPSENSE™ slider (CSS)
sensor SLD2
3
These I/Os are connected to CAPSENSE™buttons/sliders by default and need hardware modification to route the I/Os to J6/J7 headers.
Refer to the kit schematic file for more details.

User Guide 19 of 67 002-32601 Rev. *C
2021-12-02
EZ-PD™ PMG1 MCU prototyping kits guide
CY7110/CY7111/CY7112/CY7113
Introduction
CY7113
pin
CY7113 pin
name
EZ-PD™
PMG1-S3
MCU pin
Primary function
Secondary
function
Connection details
9
P1.3
14
CAPSENSE™ slider (CSS)
sensor SLD5 status LED
P1.3 (GPIO)
Indicates status of
CAPSENSE™ slider (CSS)
sensor SLD5
10
P6.34
19
CAPSENSE™ slider (CSS)
SLD5 sensor signal
P6.3 (GPIO)
-
11
P6.24
18
CAPSENSE™ slider (CSS)
SLD4 sensor signal
P6.2 (GPIO)
-
12
P0.04
17
CAPSENSE™ slider (CSS)
SLD3 sensor signal
P0.0 (GPIO)
-
13
P6.14
16
CAPSENSE™ slider (CSS)
SLD2 sensor signal
P6.1 (GPIO)
-
14
P6.04
15
CAPSENSE™ slider (CSS)
SLD1 sensor signal
P6.0 (GPIO)
-
15
GND
Ground
-
-
-
16
P1.2
13
SWD data
P1.2 (GPIO)
-
17
P1.1
12
SWD clock
P1.1 (GPIO)
-
18
VSYS_IN
36
Alternate power input
option-VSYS
-
Connected through the
non-populated
resistor/diode
19
P5.0
7
GPIO
CTANK
CTANK capacitor
connected through no-
load resistor
20
P5.14
8
CMOD
P5.1 (GPIO)
-
1.3.4 KitProg3 header
The KitProg3 module is the onboard programming and debug module on the prototyping kit. It also functions
as the USB-to-I2C and USB-to-UART bridge.
All the signals from KitProg3 including power, reset, UART, and I2C are routed to the 10-pin header located on
the KitProg3 section of the board (J3). Similarly, the signals from the PMG1 MCU are routed to the 10-pin header
on the PMG1 section of the board (J4).
Signal lines between J3 and J4 are connected on the board by default. However, in the following older revisions
of the EZ-PD™ PMG1 kit MCU boards, the UART signals (Tx and Rx) must be explicitly connected using jumper
wires:
•CY7110 board revision 3 or lower
•CY7111 board revision 2 or lower
•CY7112 board revision 2 or lower
•CY7113 board revision 3 or lower
4
These I/Os are connected to CAPSENSE™ buttons/sliders by default and need hardware modification to route the I/Os to J6/J7 headers.
Refer to the kit schematic file for more details.

User Guide 20 of 67 002-32601 Rev. *C
2021-12-02
EZ-PD™ PMG1 MCU prototyping kits guide
CY7110/CY7111/CY7112/CY7113
Introduction
See KitProg3 (PSoC™5LP MCU) for more details.
Figure 11 KitProg3 header
Table 10 KitProg3 header pinout
Pin #
Pin name
Description
1
VDDD
Target (EZ-PD™ PMG1 MCU) internal regulator output
2
KP_VBUS
KitProg3 VBUS/programming VBUS
3
GND
Ground
4
I2C_SCL
I2C SCL signal between KitProg3 and EZ-PD™ PMG1 MCU
5
RESET5
Reset signal for programming EZ-PD™ PMG1 MCU
6
I2C_SDA
I2C SDA signal
7
SWDCLK
SWD clock
8
UART_RX
UART Rx
9
SWDIO
SWD data
10
UART_TX
UART Tx
5
Reset not available on CY7110.