NXP IMXEBOOKDC5 i.MX Evaluation and Development Boards User Manual

NXP IMXEBOOKDC5 i.MX Evaluation and Development Boards User Manual

Document information

Overview

IMXEBOOKDC5 is an accessory board that supports an e-paper display. The IMXEBOOKDC5 board comes with a VB3300-FOC e-paper display module mounted which is a 6-inch, 1024×758 pixel e-paper display featuring capacitive touch panel with front light.

To work with the IMXEBOOKDC5 accessory board, the MCIMX8ULP-EVK board can be used as the main board. The IMXEBOOKDC5 board has a 120-pin connector that connects to the 120-pin connector of the MCIMX8ULP-EVK board.

This document provides details about IMXEBOOKDC5 interfaces, power supplies, connectors, jumpers, and push buttons.

Acronyms

Table 1 lists the acronyms used in this document.

Table 1. Acronyms

Related documentation

Table 2 lists and explains the additional documents and resources that you can refer to for more information on the IMXEBOOKDC5 board. Some of the documents listed below may be available only under a non-disclosure agreement (NDA). To request access to these documents, contact your local field applications engineer (FAE) or sales representative.

Table 2. Related documentation

representative
i.MX 8ULP Processor Reference Manual| Provides a detailed description about the i.MX 8ULP processor and its features, including memory maps, power supplies, and clocks.

Table 2. Related documentation…continued

information about electrical characteristics, hardware design considerations, and ordering information|
i.MX 8ULP Applications Processor— Industrial Products Data Sheet
IMXEBOOKDC5 board design files| Board schematics, assembly layout

Block diagram

Figure 1 shows the MCIMX8ULP-EVK9 block diagram.
Figure 1. IMXEBOOKDC5 block diagram

Board pictures
Figure 2 shows the top-side view of the IMXEBOOKDC5 board.
Figure 2. IMXEBOOKDC5 top-side view

Figure 3 shows the bottom-side view of the IMXEBOOKDC5 board.
Figure 3. IMXEBOOKDC5 bottom-side view

Figure 4 shows the connection between the IMXEBOOKDC5 and MCIMX8ULP-EVK boards.
Figure 4. IMXEBOOKDC5 connected to MCIMX8ULP-EVK

Board features
Table 3 lists the features of the IMXEBOOKDC5 board.

Table 3. IMXEBOOKDC5 board features

board (MCIMX8ULP-EVK) through a 120-pin board-to-board connector.
EPD interface| Three connectors for plugging in an e-paper display:

• 34-position power/data connector
• 8-pin touch panel connector
• 6-position front light connector

I2C interface| The IMXEBOOKDC5 board devices are configured through an I2C bus of the main board processor.
I/O expander| 8-bit I2C-to-GPIO expander
Power| The IMXEBOOKDC5 board gets powered up from the main board, through its board-to- board connector.

Connectors

describes the connectors of the IMXEBOOKDC5 board. The connectors are shown in Figure 2 and Figure 3.

Table 4. IMXEBOOKDC5 connectors

Part identifier| PCB label| Connector type| Description| Reference section
---|---|---|---|---
J15| –| 2×60-pin connector| EPDC board-to-board connector for connecting the IMXEBOOKDC5 board to the MCIMX8ULP-EVK board| Section 2.2
J10| VB3300-FOC| 34-position FPC/FFC connector| e-paper display (VB3300-FOC) power/data connector| Section 2.3
J12| VB3300-FOC| 8-pin FPC/FFC connector| e-paper display (VB3300-FOC) touch panel connector
J13| VB3300-FOC| 6-position FPC/FFC connector| e-paper display (VB3300-FOC) front light connector
J14 (DNP)| –| 2×10-pin header| Alternative EPD headers| Section 2.3.1
J17 (DNP)| –| 2×10-pin header
J18 (DNP)| –| 2×10-pin header| Alternative touch panel header

Jumpers

Table 5 describes the jumpers available on the IMXEBOOKDC5 board. The jumpers are shown in Figure 2.

Table 5. IMXEBOOKDC5 jumpers

PCB labelJumper typeDescriptionReference section •   J19 is shorted (default setting): SoC I/O voltageis 1.8 V. This setting is applicable for the NXP MCIMX8ULP-EVK board.EPD I/O1x2-pin headere-paper display I/O voltage:•   J20 is shorted (default setting): e-paper display I/O voltage is 3.3 V. This setting is applicable for VB3300-FOC.•   J21 is shorted: e-paper display I/O voltage is 1.8V. This setting is reserved.1×2-pin header

Part identifier| PCB label| Jumper type| Description| Reference section
---|---|---|---|---
J8| SOC I/O| 1×2-pin header| SoC input/output voltage:•   J8 is shorted: SoC I/O voltage is 3.3 V. This setting is applicable for a legacy NXP EVK board.| Section 2.3
J19| 1×2-pin header
Part identifier
J20
J21

Joystick and push buttons

Table 6 describes one joystick and three push buttons available on the IMXEBOOKDC5 board. These board components are shown in Figure 2.

Table 6. IMXEBOOKDC5 joystick and push buttons

SW4
SW5

Functional description

This section contains the following subsections:

• Power supply
• EPDC board-to-board connector
• EPD interface
• I2C interface
• I2C-to-GPIO expander
• PCB information

Power supply
The IMXEBOOKDC5 board gets the primary power supplies from the main board, through its board-to-board connector J15. The primary power supplies are used to produce more (secondary) power supplies to power up the IMXEBOOKDC5 board devices.

Table 7 describes the IMXEBOOKDC5 power supplies.

Table 7. IMXEBOOKDC5 power supplies

Power source| Manufacturer and part number| Power supply| Description
---|---|---|---
EPDC connector J15| Samtec QTH-060-02-L-D-A| MAIN_5V0 (5 V)| Default input power source for power switch U58
SRC_5V0 (5 V)| Alternative input power source for power switch U58
VDD_1V8 (1.8 V)| •   Produces VDD_EXT_IO supply through 2- pin jumper J19, which is shorted by default.•   Produces VDD_EPD_IO supply through 2- pin jumper J21, which is open by default.
VDD_3V3 (3.3 V)| •   Produces VDD_EXT_IO supply through 2- pin jumper J8, which is open by default.•   Produces VDD_EPD_IO supply through 2- pin jumper J20, which is shorted by default.•   Supplies power to:–  Touch panel header J18 (not populated)–  e-paper display touch panel connector J12–  Joystick SW2–  Push buttons SW3, SW4, and SW5–  I2C-to-GPIO expander U25–  One of the two power supplies for EPD PMIC U9
LI_ION_4V2 (4.2 V)| Unused
USB_5V0 (5 V)| Unused
Power switch U58| Diodes Incorporated AP22814 AW5| VDD_5V0 (5 V)| •   Another power supply for EPD PMIC U9•   Supplies power to LED driver U1, which drives front light for e-paper display through e-paper display front light connector J13.
Power source| Manufacturer and part number| Power supply| Description
From VDD_1V8 supply through jumper J19 (default source) / from VDD_3V3 supply through jumper J8 (alternative source)| –| VDD_EXT_IO (1.8 V / 3.3 V)| Supplies VCCA power to voltage translator U2.
From VDD_3V3 supply through jumper J20 (default source) / from VDD_1V8 supply through jumper J21 (alternative source)| –| VDD_EPD_IO (1.8 V / 3.3 V)| Supplies VCCB power to voltage translator U2.
EPD PMIC U9| Fitipower FP9931WM| PMIC_VGH| Supplies power to e-paper display power/ data connector J10.
| | PMIC_VGL|
| | PMIC_VPOS|
| | PMIC_VNEG|
| | PMIC_VCOM|
| | PMIC_3V3 (3.3 V)| •   Produces PMIC_3V3_1V8 supply if resistor R206 is populated (populated by default)•   Supplies power to voltage regulator U10.
From PMIC_3V3 supply (if resistor R206 is populated, default setting)| –| PMIC_3V3_1V8(3.3 V (default value) / 1.8 V)| Supplies power to e-paper display power/ data connector J10.
Voltage regulator U10 (if resistor R206 is not populated)| Richtek RT9169-18GVL| |

EPDC board-to-board connector
The IMXEBOOKDC5 board has a 120-pin, 0.5 mm pitch high-speed board-to-board connector J15 (Samtec QTH-060-02-L-D-A) to interface with the main board (MCIMX8ULP-EVK). This connector is plugged into the 120-pin Electrophoretic Display Controller (EPDC) connector (J7) of the MCIMX8ULP-EVK board.

Table 8 describes the EPDC board-to-board connector J15 pinout.

Table 8. EPDC board-to-board connector J15 pinout

Connection detailsEPDC_DAT6EPDC data 6Connects to e-paper display power/data connector J10 (through voltage translator U2) (default setting) or alternative EPD header J17 (DNP).EPDC_SDCE1EPDC source driver pulse start data 1 (not used)Connects to EPD PMIC U9 (default setting) or alternative EPD header J17 (DNP).PMIC_POWER_GOOD_BPMIC power goodPower good signal from EPD PMIC U9TOUCH_RESET_BTouch panel resetConnects to e-paper display (VB3300-FOC) touch panel connector J12 or alternative touch panel header J18 (DNP).TOUCH_INT_BTouch panel interruptConnects to alternative touch panel header J18 (DNP).SPI_CLKSPI clockConnects to e-paper display (VB3300-FOC) front light connector J13 through LED driver U1.I2C_SDAI2C dataProvides I2C bus to IMXEBOOKDC5 peripherals.I2C_SCLI2C clockProvides 1.8 V supply.MAIN_5V05 V power outputProvides 5 V supply.VDD_3V33.3 V power outputProvides 3.3 V supply.SRC_5V05 V power output (not used by default)Provides 5 V supply.LI_ION_4V24.2 V lithium-ion battery power output (not used)Provides 4.2 V supply.USB_5V05 V power output when using lithium-ion battery (not used)Provides 5 V supply.
Connection detailsEPDC_DAT6EPDC data 6Connects to e-paper display power/data connector J10 (through voltage translator U2) (default setting) or alternative EPD header J17 (DNP).EPDC_SDCE1EPDC source driver pulse start data 1 (not used)Connects to EPD PMIC U9 (default setting) or alternative EPD header J17 (DNP).PMIC_POWER_GOOD_BPMIC power goodPower good signal from EPD PMIC U9TOUCH_RESET_BTouch panel resetConnects to e-paper display (VB3300-FOC) touch panel connector J12 or alternative touch panel header J18 (DNP).TOUCH_INT_BTouch panel interruptConnects to alternative touch panel header J18 (DNP).SPI_CLKSPI clockConnects to e-paper display (VB3300-FOC) front light connector J13 through LED driver U1.I2C_SDAI2C dataProvides I2C bus to IMXEBOOKDC5 peripherals.I2C_SCLI2C clockProvides 1.8 V supply.MAIN_5V05 V power outputProvides 5 V supply.VDD_3V33.3 V power outputProvides 3.3 V supply.SRC_5V05 V power output (not used by default)Provides 5 V supply.LI_ION_4V24.2 V lithium-ion battery power output (not used)Provides 4.2 V supply.USB_5V05 V power output when using lithium-ion battery (not used)Provides 5 V supply.Signal nameDescriptionConnection details––Connects to test point TP13.––Connects to test point TP12.––Connects to test point TP10.––Connects to test point TP11.––Connects to test point TP9.––Connects to test point TP5.––Connects to test point TP4.––Connects to test point TP6.––Connects to test point TP2.––Connects to test point TP3.––Connects to test point TP1.36, 42, 48, 51, 54, 55,57, 60, 61, 62, 66, 74,76, 80, 83, 84, 87, 93,103, 104, 106, 111,113, 115––Connects to ground.27, 28, 32, 34, 35, 53,59, 63, 79, 81, 89, 91,95, 97, 99, 100, 101,105, 107, 109––Unused

Table 8. EPDC board-to-board connector J15 pinout

power/data connector J10 (through voltage translator U2) (default setting) or alternative EPD header J14 (DNP).
116| EPDC_DAT1| EPDC data 1
110| EPDC_DAT2| EPDC data 2
114| EPDC_DAT3| EPDC data 3
44| EPDC_DAT4| EPDC data 4
46| EPDC_DAT5| EPDC data 5
Pin numbers| Signal name| Description
18
120| EPDC_DAT7| EPDC data 7
68| EPDC_SDCE2| EPDC source driver pulse start data 2 (not used)
70
72| EPDC_SDCE0| EPDC source driver pulse start data 0
78| EPDC_SDLE| EPDC source driver latch enable
102| EPDC_SDCLK| EPDC source driver clock
108| EPDC_SDOE| EPDC source driver output enable
94| EPDC_GDCLK| EPDC gate driver clock
96| EPDC_GDSP| EPDC gate driver pulse start
98| EPDC_GDOE| EPDC gate driver output enable
33| EPDC_PMIC_PWRUP| EPDC PMIC power-ON request
86
64
119
50| SPI_CS0| SPI chip select 0
52
56| SPI_MISO| SPI master input / slave output
58| SPI_MOSI| SPI master output / slave input
112| FRONT_LIGHT_ENABLE| Front light enable
29
31
1, 17, 19, 25| VDD_1V8| 1.8 V power output
2, 4, 7, 8
5, 45, 47, 49
11, 13, 39, 41
65, 67, 69, 71
73, 75, 77
Pin numbers
14, 16
20, 22
37
38
40
82
85
88
90
92
117
6, 12, 18, 23, 24, 30,
3, 9, 10, 15, 21, 26,

EPD interface

The IMXEBOOKDC5 board electrophoretic display (EPD) interface provides three FPC/FFC connectors for plugging in an e-paper display. These connectors are connected to the EPDC board-to-board connector J15 on the board, allowing the e-paper display to be controlled from the i.MX 8ULP processor on the MCIMX8ULP-EVK board.

The IMXEBOOKDC5 board comes with an e-paper display (E Ink VB3300-FOC) mounted on the front (top) side of the board, with the help of the three EPD interface connectors, which are placed on the back (bottom) side of the board. For more information on VB3300-FOC, see VB3300-FOC/ED060XH7 data sheet.

The three EPD interface connectors are listed in Table 9.

Table 9. EPD interface connectors

for e-paper display (VB3300-FOC)
J12| –| 8-pin touch panel connector for e-paper display (VB3300-FOC)
J13| –| 6-position front light connector for e-paper display (VB3300-FOC)

Table 10. e-paper display power/data connector J10 pinout

through voltage translator U2.
16| EPD_PCeP_DAT6| EPD data 6
17| EPD_PCeP_DAT5| EPD data 5
18| EPD_PCeP_DAT4| EPD data 4
19| EPD_PCeP_DAT3| EPD data 3
20| EPD_PCeP_DAT2| EPD data 2
21| EPD_PCeP_DAT1| EPD data 1
22| EPD_PCeP_DAT0| EPD data 0
23| EPD_PCeP_SDCE0| EPD source driver pulse start data 0
24| EPD_PCeP_SDOE| EPD source driver output enable
25| EPD_PCeP_SDLE| EPD source driver latch enable
27| EPD_PCeP_SDCLK| EPD source driver clock
6| EPD_PCeP_GDSP| EPD gate driver pulse start
7| EPD_PCeP_GDCLK| EPD gate driver clock
8| EPD_PCeP_GDOE| EPD gate driver output enable
1| PMIC_VGH| –| Connects to the PMIC_VGH supply.
2| PMIC_VPOS| –| Connects to the PMIC_VPOS supply.
4, 14| PMIC_VCOM| –| Connects to the PMIC_VCOM supply.
29| PMIC_3V3_1V8| –| Connects to the PMIC_3V3_1V8 supply.
33| PMIC_VGL| –| Connects to the PMIC_VGL supply.
34| PMIC_VNEG| –| Connects to the PMIC_VNEG supply.
3, 9, 26, 28, 32| –| –| Connects to ground.
5, 10, 11, 12, 13, 30,31| –| –| Unused

Table 11. e-paper display touch panel connector J12 pinout

connector J15.
4| TOUCH_INT_B| Touch panel interrupt
5| I2C_SDA| I2C data| I2C bus signals
6| I2C_SCL| I2C clock
Pin numbers| Signal name| Connection details|
1, 2| LED_A| Connects to EPDC board-to-board connector J15 through LED driver U1.|
5, 6| LED_C|
3, 4| –| Unused|

Table 12. e-paper display front light connector J13 pinout

U1.
5, 6| LED_C
3, 4| –| Unused

The IMXEBOOKDC5 board uses a 20-bit bidirectional voltage translator U2 (Nexperia 74AVCH20T245DGG,11)
for shifting voltage levels of signals between the processor and the e-paper display.

At U2, voltage level of processor signals can be 1.8 V (default setting) or 3.3 V. Voltage level of processor signals can be controlled through the settings of the 2-pin jumpers J8 and J19

Similarly, voltage level of e-paper display signals can be 1.8 V or 3.3 V (default setting). Voltage level of e-paper display signals can be controlled through the settings of the 2-pin jumpers J20 and J21.

Table 13 shows how to select the I/O voltage for processor signals at U2.

Jumper settings| Processor signal I/O voltage| Applicable for (board)
---|---|---
J8 is shorted and J19 is open| 3.3 V| Legacy EVK boards
J8 is open and J19 is shorted (default settings)| 1.8 V| MCIMX8ULP-EVK board

Table 14. e-paper display signal I/O voltage selection

Jumper settings| e-paper display signal I/O voltage| Applicable for (e-paper display)
---|---|---
J20 is shorted and J21 is open (default settings)| 3.3 V| VB3300-FOC e-paper display
J20 is open and J21 is shorted| 1.8 V| Reserved

Alternative EPD interface

Apart from the EPD interface described in Section 2.3, the IMXEBOOKDC5 board provides an alternative EPD interface, which includes the following three connectors (none of them is populated by default):

• 20-pin EPD header J14
• 20-pin EPD header J17
• 20-pin touch panel header J18

Table 15 describes the EPDC header J14 pinout.

Table 15. EPDC header J14 pinout

Table 16. EPDC header J17 pinout

connector J15.
4| EPDC_SDOE| EPDC source driver output enable
5| EPDC_SDLE| EPDC source driver latch enable
6| EPDC_SDCE0| EPDC source driver pulse start data 0
7| EPDC_SDCE1| EPDC source driver pulse start data 1 (not used)
13| EPDC_SDCE2| EPDC source driver pulse start data 2 (not used)
8| EPDC_GDOE| EPDC gate driver output enable
11| EPDC_GDSP| EPDC gate driver pulse start
12| EPDC_GDCLK| EPDC gate driver clock
19| EPDC_PMIC_PWRUP| EPDC PMIC power-ON request
1, 2, 9, 10, 14, 15, 16,17, 18, 20| –| Ground| Connects to ground.

Table 17. Touch panel header J18 pinout

Connection detailsI2C_SDAI2C dataInterrupt signal from I2C-to-GPIO expander U25VDD_3V33.3 V power inputConnects to the VDD_3V3 supply.19, 20–GroundConnects to ground.

15
16| I2C_SCL| I2C clock
7| KEY_INT| Interrupt input
1, 2
3, 5, 9, 11, 12, 17, 18,

I2C interface

The Inter-Integrated Circuit (I2C) protocol is a serial bus protocol that allows multiple peripheral devices to communicate to one or more master devices with a pair of control and data signals.

The IMXEBOOKDC5 board devices are configured through an I2C bus of the main board processor. If MCIMX8ULP-EVK is used as the main board, then, the LPI2C1 bus of the i.MX 8ULP processor acts as the I2C master for the IMXEBOOKDC5 board devices.

Table 18 shows the IMXEBOOKDC5 I2C devices.

Table 18. IMXEBOOKDC5 I2C devices

connectors (J10, J12, and J13). I2C signals are connected through pins 5 and 6 of the J12 connector.
[2]| –| e-paper display attached to the alternative EPD interface connectors (J14, J17, and J18). These connectors are not populated by default. I2C signals are connected through pins 15 and 16 of the J18 connector.

1. A 7-bit address does not include the read/write (R/W) bit.
2. I2C address depends on the plugged-in e-paper display.

I2C-to-GPIO expander
The IMXEBOOKDC5 board has a general-purpose input/output (GPIO) expander that provides remote I/O expansion via the I2C bus interface.

Table 19 describes the IMXEBOOKDC5 I2C-to-GPIO expander

Table 19. I2C-to-GPIO expander

processor (through EPDC board-to-board connector J15) over the LPI2C1 bus.

PCB information

The IMXEBOOKDC5 board is made from FR4 substrate material with standard 6-layer PCB technology. Figure 5 and Figure 6 show the IMXEBOOKDC5 PCB stack- up information.

Revision history

Table 20 summarizes the revisions to this document.

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For more information, please visit: http://www.nxp.com
Date of release: 11 August 2023
Document identifier: IMXEBOOKDC5-UM

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