Features. General Description. Kit Contents. MAX32660 EV Kit Photo

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1 MAX0 Evaluation Kit Evaluates: MAX0 General Description The MAX0 evaluation kit provides a compact development platform that provides access to all the features of the MAX0 in a tiny, easy to use board. The form factor is a small 0.in by 0.in dual-row header footprint that is compatible with breadboards. The board includes a 0-pin Arm Cortex debug connector so that it can be used with a DAPLink adapter. Additionally, a red LED indicator and a pushbutton are on board. This board provides a powerful processing subsystem in a very small space that can be easily integrated into a variety of applications. Kit Contents MAX0 EV kit board MAXPICO programming/debug adapter SWD ribbon cable USB A to Micro B cable Pinout card Features MAX0 Microcontroller Arm Cortex-MF, MHz KB Flash Memory KB SRAM KB Instruction Cache Two SPIs Two ICs Two UARTs GPIOs DIP Breakout Board 00mil Pitch Dual Inline Pin Headers Breadboard Compatible DAPLink Header 0-Pin Arm Cortex Debug Pinout Console UART Connection Integrated Peripherals Red Indicator LED User Pushbutton MAXPICO Debug Adapter CMSIS-DAP SWD Debugger Virtual UART Console MAX0 EV Kit Photo Ordering Information appears at end of data sheet. Arm and Cortex are registered trademarks of Arm Limited (or its subsidiaries) in the US and/or elsewhere. -00; Rev 0; /

2 MAX0 Evaluation Kit Evaluates: MAX0 Figure. Pinout Diagram Quick Start To begin using the MAX0 EV kit, follow these steps: ) Connect the MAX0 breakout board DAPLink connector (J) to the MAXPICO board MAXDAP connector using the included fine pitch ribbon cable. ) Connect IO on the MAX0 breakout board (J pin ) to either.v or.v from the MAXPICO board. ) Connect the MAXPICO board to the computer using the included micro USB cable. ) Follow the instructions in the MAX0 EV kit software user s guide. Figure. MAXPICO DIP Pinout Maxim Integrated

3 MAX0 Evaluation Kit Evaluates: MAX0 Detailed Description of Hardware (or Software) The MAX0 EV kit board is a compact breakout board designed to make developing with the MAX0 quick and easy. In addition to making all the GPIOs accessible at 00mil pitch headers, it also includes key components such as decoupling capacitors and a crystal for the RTC. A pushbutton, LED, and programming header are also included. The two 00mil pitch headers are oriented in parallel so that this board can be inserted into a standard solderless breadboard. Power Supply The MAX0 only needs a single supply between.v and.v to operate. The primary power input for this EV kit is the IO pin at header J pin. Power can also be applied through the debug header (J pin ). The MAX0 includes an internal LDO for the core supply. This LDO can be disabled so that a more efficient external regulator can be used. The EV kit provides access to VCORE at header J pin. IO and VCORE are each decoupled with 0µF capacitors. Programing and Debugging The MAX0 EV kit provides a debug header (J) for access to the SWD and reset signals. This header is a 0-pin 0mil pitch header compatible with the standard Arm Cortex debug interfaces. The I/O supply (IO) that is connected to the header is the primary supply pin for the MAX0 and the board can be powered through the debug header (J). A UART is also connected to this header. See the Console UART section for more details. Console UART UARTA Tx and Rx signals at port P0.0 and P0. are connected to the programming and debug header J pins and through kω resistors. This provides a convenient way to communicate with a PC though the virtual serial port available in Maxim s CMSIS-DAP debug adapter. The series resistors allow for these signals to be overdriven by other circuits without modifying the board. Pushbutton A pushbutton is connected to GPIO P0. for general user input. It is connected through a series resistor to protect against contention if this I/O is being used for other purposes. Indicator LED A red LED is connected to GPIO P0. for general user indication. It is connected with a MOSFET buffer so that it does not provide a significant load when used for other purposes. Clocking The IC operates from a system clock that can be selected from one of three on-chip oscillators from khz to MHz. The external.khz crystal, Y, provides the RTC with an accurate time base and is also used to calibrate the internal clock. Table. J Header Pinout PIN NAME ALTERNATE FUNCTION ALTERNATE FUNCTION ALTERNATE FUNCTION P0. SPIA_SCK UARTA_CTS P0. SPIA_SS0 UARTA_RTS P0. SPI0A_MISO UART0A_TX P0. ICA_SDA SPIB_SS0 TIMER_TMR0 P0. ICA_SCL SPIB_SCK KCAL P0. SWDCLK SPIB_MOSI UARTB_RX P0.0 SWDIO SPIB_MISO UARTB_TX RSTN GND Maxim Integrated

4 MAX0 Evaluation Kit Evaluates: MAX0 Table. J Header Pinout PIN NAME ALTERNATE FUNCTION ALTERNATE FUNCTION ALTERNATE FUNCTION P0.0 SPIA_MISO UARTA_TX P0. SPIA_MOSI UARTA_RX P0. SPI0A_MOSI UART0A_RX P0. SPI0A_SCK UART0A_CTS UARTC_TX P0. SPI0A_SS0 UART0A_RTS UARTC_RX P0. IC0A_SCL SWDIO P0. IC0A_SDA SWDCLK VCORE IO Table. J SWD Header Pinout PIN NAME DESCRIPTION IO Debug I/O Voltage SWDIO Serial-Wire Debug I/O (P0.0) GND Ground SWDCLK Serial-Wire Debug Clock (P0.) GND Ground UART_TX Connect to UART Tx for debug serial console (P0.0) NC Key UART_RX Connect to UART Rx for debug serial console (P0.) DETECT 0 RSTN Debug Reset Signal Table. RST PORT NAME DESCRIPTION P0_ LED Red LED P0_ BUTTON Button Input. Requires internal pullup to be enabled. P0_0 UART Tx Console UART Transmit Signal. Connected to debug header. P0_ UART Rx Console UART Receive Signal. Connected to debug header. Ordering Information PART MAX0EVKIT# #Denotes RoHS compliance. TYPE EV Kit Maxim Integrated

5 MAX0 Evaluation Kit Evaluates: MAX0 MAX0 EV Kit Bill of Materials ITEM REF_DES QTY MFG PART # MANUFACTURER VALUE DESCRIPTION C, C CL0A0MPNUNC DS LTST-C0CKT J, J PBC0SAAN SAMSUNG ELECTRONICS LITE-ON ELECTRONICS; INC. SULLINS ELECTRONICS CORP J FTSH-0-0-L-DV-K SAMTEC 0UF LTST-C0CKT PBC0SAAN FTSH-0-0-L- DV-K Q PMZB00UNE NXP PMZB00UNE R, R, R CRCW00K00FK; RC00FR-0KL VISHAY DALE; YAGEO PHICOMP R, R CRCW00RFK VISHAY DALE R, R, R0 CRCW000K0FK; RC00FR-00K VISHAY DALE; YAGEO PHICOMP S BU-000P OMRON BU-000P K 0K CAPACITOR; SMT (00); CERAMIC CHIP; 0UF; 0V; TG=- DEGC TO + DEGC; TC=XR DIODE; LED; STANDARD; RED; SMT (00); PIV=.0V; IF=0.0A; - DEGC TO + DEGC CONNECTOR; MALE; THROUGH HOLE; BREAKAWAY; STRAIGHT; PINS; - DEGC TO + DEGC CONNECTOR; MALE; SMT; 0.0 (.MM) SMT MICRO HEADER; STRAIGHT; 0PINS TRAN; 0V; N-CHANNEL TRENCH MOSFET; NCH; SMT; PD-(0.W); I-(0.A); V-(0V) RESISTOR; 00; K; %; 00PPM; 0.0W; THICK FILM RESISTOR; 00; OHM; %; 00PPM; 0.0W; THICK FILM RESISTOR; 00; 0K; %; 00PPM; 0.0W; THICK FILM SWITCH; SPST; SMT; STRAIGHT; V; 0.0A; ULTRA-SMALL TACTILE SWITCH 0 U DSE0R+ MAXIM DSE0R+ IC; EPROM; -WIRE EEPROM; SOT- U MAX0 MAXIM MAX0 Y ECS-.-- ECS INC.KHZ PCB MAX0 MAXIM PCB PCB:MAX0 IC; LOW POWER ARM CORTEX-M WITH FPU-BASED SOC FOR WEARABLE SENSORS; CRYSTAL; SMT.0 MM X. MM; PF;.KHZ; +/-0PPM; -0.0PPM/ DEGC Maxim Integrated

6 Maxim Integrated Evaluates: MAX0 MAX0 Evaluation Kit MAX0 EV Kit Schematic 0K 0K 0K K 0 DNI DNI PBC0SAAN DSE0R+ FTSH-0-0-L-DV-K PMZB00UNE PBC0SAAN BU-000P LTST-C0CKT.KHZ 0UF 0 MAX0 0UF R0 R R R K RK R U S R U Q DS R R R J J C C Y J RSTN P0_ P0_ P0_ P0_0 P0_ P0_ P0_ P0_ P0_ XTAL_K_OUT XTAL_K_IN RSTN P0_0 P0_ P0_ VCORE VCORE P0_ P0_ 0 0 K A 0 NC GND IO P0. P0. P0. P0. P0. P0. P0.0 P0. P0. P0. VCORE VSS P0. P0. P0.0 P0. EP KOUT KIN RSTN D G S

7 MAX0 Evaluation Kit Evaluates: MAX0 Revision History REVISION NUMBER REVISION DATE DESCRIPTION PAGES CHANGED 0 / Initial release For pricing, delivery, and ordering information, please contact Maxim Direct at ---, or visit Maxim Integrated s website at. Maxim Integrated cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim Integrated product. No circuit patent licenses are implied. Maxim Integrated reserves the right to change the circuitry and specifications without notice at any time. Maxim Integrated and the Maxim Integrated logo are trademarks of Maxim Integrated Products, Inc. 0 Maxim Integrated Products, Inc.