NXP FRDM-MCXA153 Development Board User Guide

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MCUXpresso DEVELOPER EXPERIENCE
FRDM-MCXA153
DEVELOPMENT BOARD
GET TO KNOW THE FRDM-MCXA153 DEVELOPMENT BOARD
NXP’s MCUXpresso
Developer Experience
provides you with costeffective MCU development
boards.
Easy I/O access supports
expansion board use for
fast prototyping and rapid
evaluation.
Pmod
RGB LED
SW3 Wake
up button
SW2 ISP
button
I3C sensor
MCX A153
MCU
J4 header
J1 header
Enjoy your FRDM-MCXA153!
J3 header
J2 header
MCULink
debugger
Arduino® Header
SW1 reset
button
FRDM Header
mikroBUS™
Pmod™
2
MCULink
USB
MCU
USB
MCU debugger
header
QUICK START GUIDE FRDM-MCXA153
CS
SDO
SDI
SCK
P1_3
P1_0
P1_2
P1_1
GND
VDD
1
3
5
7
9
11
2
P2_4
4CS P3_1P1_3
1
6SDOP3_27
P1_0SCL3
8SDIP3_28
5
P1_2SDA
10
SCKGNDP1_1
7
12 VDDGND
9
VDD
11
2
P2_4
4
P3_1
6 P3_27
8 P3_28
10 GND
12 VDD
SCL
SDA
2
12
P2_4
CS CSP1_3P1_3
1
P2_4
2
1 P1_7
P1_4
4
34
P3_1
SDOSDOP1_0P1_0
3
P3_1
MC_ENC_I
4
3 P1_6P1_4
P1_5LPUART2_RXD
P1_7
6 1P3_27
56 2 P3_27
SCL SCL
SDI SDIP1_2P1_2
5
MC_ENC_I
6
5
P2_4LPUART2_TXD
NC P1_5 7 4 8 3P3_28
8 P3_28 P1_6
SDA SDA
SCK SCKP1_1P1_1
7
8
7
PWM0_A0
P3_0
NC
6 10 5 GND
P2_4 9
NC
GND
10 GND
GND
9
9
P2_5 10
NC P3_0 11 8 12 7 VDD
PWM0_A0
NC
VDD VDD
11 12 VDD
PWM0_X0 P3_12 12 11 NC P2_5 10
9
NC
13 NCP3_12 12 11 NC
PWM0_X1 P3_13 14
PWM0_X0
15 NCP3_13 14 13 NC
P3_1 16
PWM0_X1
2
1
P1_4
P1_7
LPUART2_RXD
2
1 P1_7
LPUART2_RXD P1_4
15 NC
P3_1 16 MC_ENC_I
2 4 1 43P1_4
P3_15
3 MC_BEMF_A
LPUART2_TXD
P1_6
MC_ENC_I
LPUART2_TXD
P1_5P1_5
P1_6
4 6 3 65P1_5
PWM0_X2 P3_14
5
NC 2
1 P1_4 MC_BEMF_A
P3_15
P2_4P2_4
NC MC_BEMF_B
6
5
SPI1_PCS1
P2_6
P2_3
MC_BEMF_C
8
7
PWM0_A0
P3_0
NC
4
3 P1_5 MC_BEMF_B
PWM0_X2
P3_14
8
7
PWM0_A0
P3_0
NC
8 107 10
SPI1_SDO P2_13
9
P2_5
NC 6
5 P2_3 MC_BEMF_C
LPSPI1_PCS1
9P2_1P2_6
P2_5
NCMC_VOLT_DCB
10
9
PSPI1_SDI
P2_16
P2_2
MC_CUR_DCB
12
11
PWM0_X0
P3_12
NC
8
7 P2_1 MC_VOLT_DCB
LPSPI1_SDO
P2_13
PWM0_X0 P3_12 12 11 NC
12 1411 14
SPI1_SCK
P2_12
13
PWM0_X1
P3_13
9 P2_2 MC_CUR_DCB
LPSPI1_SDI
13NCP2_16
PWM0_X1
P3_13
NC NC10
GND
14
15
P3_1
LPSPI1_SCK
1613 16
15NCP2_12
P3_1
NC NC12 11 NC
VDDA_MCU 16 15 NC GND 14 13 NC
21 P1_4
1 P1_4
P3_15
MC_BEMF_A
2
P3_15
MC_BEMF_A
I2C0_SDA
P1_8 18 17 VDDA_MCU
NC
16 15 NC
4
3 P1_5 MC_BEMF_B
PWM0_X2
P3_14
PWM0_X2
P3_14
20 419 3NCP1_5
I2C0_SCL
P1_9
18 17 NC
LPI2C0_SDA
P1_8 MC_BEMF_B
65
5 P2_3 MC_BEMF_C
LPSPI1_PCS1
P2_66
LPSPI1_PCS1
P2_6
20 19 NC
LPI2C0_SCL P2_3
P1_9 MC_BEMF_C
8
7
LPSPI1_SDO
P2_13
P2_1
MC_VOLT_DCB
8
7
LPSPI1_SDO P2_13
P2_1 MC_VOLT_DCB
9 P2_2
LPSPI1_SDI
P2_16
MC_CUR_DCB
10 10
9 P2_2
LPSPI1_SDI
P2_16
MC_CUR_DCB
LPSPI1_SCK
P2_12
12 12
11 11
LPSPI1_SCK
P2_12
NC NC
GNDGND
14 14
13 13
NC NC
VDDA_MCU
16 16
15 15
VDDA_MCU
NC NC
LPI2C0_SDAP1_8P1_8
18 18
17 17
LPI2C0_SDA
NC NC
LPI2C0_SCLP1_9P1_9
20 20
19 19
LPI2C0_SCL
NC NC
UART2_RXD
UART2_TXD
8
8 GND
GND
7
7
5V0
8
8 GND
3V3GND
P3_28 6
6 P1_05V0 SDO
7
7
3V3
P3_27 5
5 P1_2
P3_28SDI6
6 P1_0
SDO
SDA
P3_15 4
4 P1_1
P3_27SCK
5
5 P1_2
SDI
SCL
P3_14 3
3TX P1_3
P3_15CS4
4 P1_1
SCK
P2_5
2
2RX P3_1
P3_14RST3
3 P1_3
CS
P3_12 1
1
P2_5 AN2
2 P3_1
RST
INT8P3_30
8 GND
8 P3_12
GNDGND8PWM
GND
1
1 P3_30
AN
77
7
5V0 5V07
3V3 3V3
P3_29
12 P3_30
A5
P3_28
66 P1_0
6 P1_0SDO
SDO 11
P3_28
6
SDA SDA
9
10 P3_31
P3_29 A4
11
12 P3_30
P3_27
55 P1_2
5 P1_2SDIP1_11
SDI
P3_27
5
SCL SCL
8
P2_0
P1_11 A3
9
10 P3_31
P3_15
44 P1_1
4 P1_1SCKNC
SCK 7
4
TX TXP3_15
NC
5
6 P1_13
NC A2
7
8
P2_0
P3_14
3
3
P1_3
CS
RX
P3_14
3
3
P1_3
CS
RX
4 P1_12
NC A1
5
6 P1_13
22 P3_1
2 P3_1RSTNC
RST 3
2
INT INTP2_5P2_5
NC
1
2 P1_10
NC A0
3
4 P1_12
P3_12
11 P3_30
1 P3_30
P3_12
1
AN AN
PWMPWM
NC
1
2 P1_10
15
16
MC_PWM_AT P3_6
VIN
P3_29
11
12
P3_30A5 A5
P3_29
P3_30
13 11 14 12 GND
MC_PWM_AB P3_7
P3_6
15
16
MC_PWM_AT
VIN
P1_11
9
10
P3_31
A4
P1_11
P3_31 13 A4 14
11 9 12 10 GND
GN
MC_PWM_BT P3_8
P3_7
MC_PWM_AB
NC
7
8
A3
P2_0P2_0
9 7 10 85V0_OUT
GN
MC_PWM_BB P3_9NC
P3_8
11 A3 12
MC_PWM_BT
NC
5
6
P1_13
A2
P1_13 9 A2 10 5V0_O
MC_PWM_CT P3_10NC
7 5 8 63V3_OUT
P3_9
MC_PWM_BB
NC
3
4 P1_12A1 A1
P1_12
MC_PWM_CB P3_11NC
5 3 6 4 RESET
MC_PWM_CT
P3_10
7
8 3V3_O
NC
1
2 P1_10A0 A0
P1_10
MC_ENC_A
P3_31NC
3 1 4 2 IOREF
MC_PWM_CB
P3_11
RES
5
6
MC_ENC_B
P2_7 MC_ENC_A
NC
1
2
P3_31
IORE
3
4
P3_6
16 VIN VIN
MC_PWM_AT
P3_6
15 1516 P2_7
MC_PWM_AT
MC_ENC_B
NC
1
2
MC_PWM_AB
P3_7P3_7
13 1314 14GNDGND
MC_PWM_AB
GND
P3_8
11
12
MC_PWM_BT
GND
11
12
MC_PWM_BT P3_8
910 5V0_OUT
10 5V0_OUT
MC_PWM_BB
P3_9P3_99
MC_PWM_BB
MC_PWM_CT
P3_107
78 3V3_OUT
8 3V3_OUT
MC_PWM_CT
P3_10
MC_PWM_CB
P3_115
RESET
56
6RESET
MC_PWM_CB
P3_11
MC_ENC_A
P3_313
IOREF
34
4IOREF
MC_ENC_A
P3_31
MC_ENC_BP2_7P2_71
12
2 NC NC
MC_ENC_B
SDA
SCL
TX
RX
INT
PWM
Arduino® Header
FRDM Header
mikroBUS™
Pmod™
3
HOW TO GET STARTED
SETUP
1. Connect the FRDM-MCXA153 board to a PC
using the USB Type-C® cable
2. The board comes preprogrammed with a blinky
LED demo
3. Get started at nxp.com/FRDM-MCXA153/start
SOFTWARE AND EXPANSION BOARDS
4. Use different headers to connect sensors, Arduino shields and more
5. Access software and tools through our MCUXpresso Developer Experience
nxp.com/MCUXpresso
• Expansion Board Hub mcuxpresso.nxp.com/eb-hub to find add-on boards from NXP
and our partners with related MCUXpresso SDK-compatible drivers and examples
• Application Code Hub mcuxpresso.nxp.com/appcodehub to browse application code
examples from our experts to help kick start your project
SUPPORT
Visit www.nxp.com/support
nxp.com/FRDM-MCXA153
NXP, the NXP logo and NXP SECURE CONNECTIONS FOR A SMARTER WORLD are trademarks of NXP B.V.
All other product or service names are the property of their respective owners. © 2023 NXP B.V.
Document Number: MCXA153QSG REV 0
Agile Number: 975-90829 REV A
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