XMC7200 Evaluation Kit
Quick Start Guide
Model: KIT_XMC72_EVK
Kit Contents
The XMC7200 Evaluation Kit includes:
- 1. XMC7200 evaluation board
- 2. USB Type-A to Micro-B cable
- 3. 12V/3A DC power adapter with additional blades
- 4. Six jumper wires (five inches each)
- 5. Quick start guide (this document)
For more information, visit: www.infineon.com/KIT_XMC72_EVK
[Image: Photograph of the XMC7200 Evaluation Kit contents, showing the red evaluation board, power adapter, USB cable, and jumper wires.]
Getting Started
Before You Start
Ensure you have the following:
- A PC with a USB port.
- UART terminal software (e.g., Tera Term or Minicom).
Visit the kit website to download and install the required software.
Connect and Power Up the Board
- Ensure jumper J10 is set to position 2–3 for 3.3 V.
- Connect the provided 12V/3A DC power adapter to the board's VIN connector (J6).
- Connect the KitProg3 USB connector (J7) to your PC.
[Image: Close-up view of the evaluation board showing the KitProg3 USB connector (J7) and its connected USB cable.]
Connect with UART Terminal Software
Open your UART terminal software and connect to the kit's USB-UART COM port with the following settings:
- Baud rate: 115200
- Data bits: 8
- Parity: None
- Stop bit: 1
- Flow control: None
Press the XRES button (SW1) to reset the device.
[Image: Screenshot of the Tera Term serial port setup window, configured with the specified UART settings.]
Run the Pre-programmed Code Example
- Observe the "Hello World!!!" message on the serial terminal. Confirm that the three user LEDs (LED1, LED2, LED3) blink sequentially.
- Press the Enter key to pause or resume the LED blinking. Alternatively, use USER BTN1 or USER BTN2.
- Follow the on-screen instructions in the serial terminal to explore other available demos.
[Image: Screenshot of the serial terminal displaying the "Hello World!!!" message and a list of available demo options.]
Note: The available demos on the serial terminal may vary due to ongoing feature enhancements.
Next Steps
Visit the kit website for information on code examples and comprehensive kit documentation.
XMC7200 Evaluation Board Details
The following table details the components and connectors on the XMC7200 evaluation board:
| # | Component | Description |
|---|---|---|
| 1 | External power supply VIN connector (J6) | Connects 12V DC power adapter. |
| 2 | Power LED (LED5) | Indicates power status. |
| 3 | KitProg3 USB connector (J7) | For programming and debugging via PC. |
| 4 | KitProg3 status LED (LED4) | Indicates KitProg3 status. |
| 5 | 512-Mbit serial NOR flash memory (S25FL512S – U9) | On-board flash memory. |
| 6 | KitProg3 programming mode selection button (SW3) | Selects programming mode for KitProg3. |
| 7 | VBAT power selection jumper (J8) | Selects power source for VBAT. |
| 8 | XMC7200D VTARG current measurement jumper (J15) | Allows measurement of VTARG current. |
| 9 | XMC7200D VDDIO2 current measurement jumper (J12) | Allows measurement of VDDIO2 current. |
| 10 | System power (VTARG) selection jumper (J10) | Selects VTARG voltage (e.g., 3.3V). |
| 11 | XMC7200D 20-pin debug and trace header (J17)* | Standard debug and trace interface. (*Footprint only, not populated) |
| 12 | XMC7200D 10-pin SWD/JTAG program and debug header (J16) | SWD/JTAG interface for programming and debugging. |
| 13 | XMC7200D target I/O current measurement jumper (J14) | Allows measurement of target I/O current. |
| 14 | XMC7200D reset button (SW1) | Resets the microcontroller. |
| 15 | Potentiometer (R105) | Adjustable analog input. |
| 16 | Potentiometer connection jumper (J18) | Configures potentiometer connection. |
| 17 | XMC7200D extended I/O headers (J29, J30, J31, J32)* | Access to extended microcontroller I/Os. (*Footprint only, not populated) |
| 18 | M.2 I/O power selection jumper (J27) | Selects power for M.2 interface. |
| 19 | Power header compatible with Arduino Uno R3 (J1) | Power input compatible with Arduino Uno R3 shields. |
| 20 | Analog-IN header compatible with Arduino Uno R3 (J2) | Analog input header compatible with Arduino Uno R3 shields. |
| 21 | SMIF dual header compatible with Digilent Pmod (J21, J22)* | Connectors for Digilent Pmod modules. (*Footprint only, not populated) |
| 22 | XMC7200D user buttons (SW2, SW4) | General-purpose user buttons. |
| 23 | XMC7200D user LEDs (LED1, LED2, LED3) | User-controllable LEDs. |
| 24 | M.2 stand-off (MT1) | Mounting point for M.2 modules. |
| 25 | M.2 interface connector (J25) | Interface for M.2 modules (e.g., Wi-Fi/BT). |
| 26 | XMC7200D microcontroller (XMC7200D-E272K8384 – U1) | The main microcontroller. |
| 27 | VBAT current measurement jumper (J28) | Allows measurement of VBAT current. |
| 28 | RJ45 Gigabit Ethernet connector (J23) | Ethernet network interface. |
| 29 | Ethernet physical layer (PHY) transceiver (U22) | Handles Ethernet signal transmission. |
| 30 | 25-MHz crystal for Ethernet transceiver (Y3) | Clock source for Ethernet PHY. |
| 31 | 125-MHz crystal for Ethernet transceiver (Y4)** | Clock source for Ethernet PHY. (**Component on bottom side) |
| 32 | CAN FD resistor termination jumper (J20) | Configures CAN FD bus termination. |
| 33 | CAN FD interface connector (J19) | Connector for CAN FD bus. |
| 34 | CAN FD transceiver (TLE9251VSJ – U8) | Handles CAN FD communication. |
| 35 | Digital I/O headers compatible with Arduino Uno R3 (J3, J4) | Digital I/O pins compatible with Arduino Uno R3 shields. |
| 36 | KitProg3 programmer and debugger based on PSoC™ 5LP (CY8C5868LTI-LP039 – U2) | Integrated programmer and debugger. |
[Image: Detailed diagram of the XMC7200 evaluation board with numbered components.]
XMC7200 Evaluation Board Pinout Details
The following tables detail the pin assignments for various headers and interfaces on the XMC7200 evaluation board:
| MCU Pin | Function / Header | Connected Pin / Header | Function |
|---|---|---|---|
| P0_0 | P3_0 | 5V | 3.3V |
| P0_1 | P3_1 | GND | GND |
| P1_1 | P3_2 | P14_1 | P23_3 |
| P1_2 | P3_3 | P14_0 | P23_2 |
| P1_3 | P3_4 | P15_2/SCL | P23_1 |
| P1_4 | P3_5 | P15_1/SDA | P23_0 |
| P2_0 | P3_6 | VREFH/AREF | P19_4 |
| P2_1 | P3_7 | GND/GND | P19_3 |
| P2_2 | P5_0 | P10_2/D13 | P19_2 |
| P2_3 | P5_1 | P10_0/D12 | P19_1 |
| P2_4 | P5_2 | P10_1/D11 | P19_0 |
| P2_5 | P5_3 | P10_3/D10 | P18_7 |
| P2_6 | P5_4 | P10_4/D9 | P18_6 |
| P2_7 | P5_5 | P10_5/D8 | P18_5 |
| P4_0 | P30_0 | P20_7 | P18_4 |
| P4_1 | P30_1 | P20_6 | P18_3 |
| P4_2 | P30_2 | P20_5 | P18_2 |
| P4_3 | P30_3 | P20_4 | P18_1 |
| P4_4 | GND | P20_3 | P18_0 |
| GND | GND | P20_2 | GND |
| GND | P20_1 | GND | |
| P6_0 | P28_0 | P20_0 | GND |
| P6_1 | P28_1 | GND | GND |
| P6_4 | P28_2 | GND | GND |
| *P6_6 | P28_3 | P17_7 | P12_7 |
| P6_7 | P28_4 | P17_6 | P12_6 |
| P7_0 | P28_5 | P17_5 | P12_5 |
| P7_5 | P28_6 | P17_4 | P12_4 |
| P7_6 | P28_7 | P17_3 | P12_3 |
| P7_7 | P29_0 | P17_2 | P12_2 |
| P8_0 | P29_1 | P17_1 | P12_1 |
| P8_1 | P29_2 | P17_0 | P12_0 |
| P8_2 | P29_3 | P13_7/D7 | GND |
| P8_3 | P29_4 | P13_6/D6 | GND |
| P8_4 | P29_5 | P13_5/D5 | GND |
| P9_0 | P29_6 | P13_4/D4 | GND |
| P9_1 | P29_7 | P13_3*/D3 | P15_3 |
| P9_2 | P31_0 | P13_2*/D2 | P15_0 |
| P9_3 | P31_1 | P13_1*/D1 | P11_2 |
| GND | P31_2 | P13_0*/D0 | P11_1 |
| GND | GND | P11_0 | |
| GND | GND | P10_7 | |
| GND | GND | P10_6 | |
| GND | GND | GND | |
| SMIF_VDDIO | GND | P14_0/A0 | P12_0/A8 |
| SMIF_VDDIO | SMIF_CLKN | P14_1/A1 | P12_1/A9 |
| SMIF_DATA7 | SMIF_DATA5 | P14_2/A2 | P12_2/A10 |
| SMIF_DATA6 | SMIF_DATA4 | P14_3/A3 | P12_3/A11 |
| SMIF_RSTON | NC | P14_4/A4 | P12_4/A12 |
| SMIF_RWDS | P14_5/A5 | P12_5/A13 | |
| P14_6/A6 | P12_6/A14 | ||
| P14_7/A7 | P12_7/A15 | ||
| SMIF_VCC | SMIF_VCC | ||
| SMIF_VCC | GND | ||
| SMIF_DATA3 | SMIF_CLK | ||
| SMIF_DATA2 | SMIF_DATA1 | ||
| SMIF_RST_L | SMIF_DATA0 | ||
| SMIF_INT_L | SMIF_CS_L |
Legend:
- ? I/Os compatible with Arduino Uno R3
- ? Dual SMIF interface compatible with Digilent Pmod
- ? XMC7200D I/Os
[Image: Diagram showing the pinout of the XMC7200 evaluation board, with labels for various pins and headers.]
See the kit guide available at the kit website for details.
Document number: 002-34393 Rev. *C
Date: 09 / 2022
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