MAX32600MBED ARM mbed Enabled Development Platform General Description Benefits and Features The MAX32600MBED provides a convenient platform for On-Board ARM mbed Hardware Development evaluating the capabilities of the MAX32600 microcon- Kit (HDK) Interface Provides Quick Connection to troller. The MAX32600MBED also provides a complete, Toolchains functional system ideal for developing and debugging Arduino-Compatible Connectors Provide Connectivity applications. to Existing Component Boards The MAX32600MBED includes a MAX32600 Cortex -M3 Prototyping Area Allows Construction of User Circuits microcontroller, prototyping area with adjacent access to in Close Proximity to Precision AFE I/O precision analog front end (AFE) connections, I/O access General-Purpose Pushbutton Switches and LEDs through Arduino-compatible connectors, additional I/O Allow for On-Board Tactile and Visual Interaction access through 100mil x 100mil headers, USB interface, and other general-purpose I/O devices. Serial Peripheral Interface (SPI) and Inter-Integrated 2 Circuit (I C) Connectivity on a 2 x 6 Header Provide Kit Contents Connectivity to Existing Evaluation Modules MAX32600MBED board with MAX32600 USB Micro-B Connection to MAX32600 USB Device microcontroller Controller Provides 12Mbps User Data Channel USB Standard-A to Micro-B adapter cable (for connecting on-board HDK to a PC) Quick Start Guide Ordering Information appears at end of data sheet. Block Diagram USB USB GPIO LEDs DEBUG GPIO PUSHBUTTON HDK SERIAL SWITCHES GPIO/ GPIO/ AIO AIO PROTOTYPE MAX32600 AREA MCU GPIO HEADERS Cortex is a registered trademark of ARM Limited. Arduino is a registered trademark of Arduino, LLC. ARM is a registered trademark and registered service mark of ARM Limited. mbed is a registered trademark of ARM Limited. 19-7757 Rev 0 10/15 HEADERS HEADERS HEADERS HEADERSMAX32600MBED ARM mbed Enabled Development Platform USB Detailed Description The MAX32600 provides an integrated USB2.0 Full- The MAX32600MBED board is general purpose in nature. speed interface (12Mbps). This interface is accessed However, the ability to access the majority of I/O signals through the USB Micro-B connector, CN1. allow for easy evaluation of the MAX32600. This sec- tion describes each major function or component on the LEDs MAX32600MBED. Four LEDs are available for application use: D4 (yel- Board Power low), D5 (red), D6 (blue) and D7 (green) are connected to MAX32620 GPIO pins P7.0, P7.1, P6.7, and P6.6, The MAX32600MBED can be powered by either of the respectively. LED GPIOs should be configured as open- USB Micro-B connectors or an external source: VIN, drain due to 3.3V LED source voltages. An LED illumi- V5.0, or V3.3. nates when the appropriate GPIO pin is driven low. HDK USB Supply Two power supply status LEDs, D9 and D10, are con- Power supplied from the HDK USB connector, CN2, shall nected to supply rails V3.3 and V5.0, respectively. be limited to 500mA. Only the HDK USB connector, CN2, powers the HDK circuitry. This supply is regulated to sup- Prototyping Area ply the HDK V3.3 rail and is also connected to the V5.0 An area for adding customer-specific circuitry is provided. rail through a forward biased diode. From the V5.0 rail, it This matrix is on 100mil spacing and is usable for solder is regulated to supply V3.3. or wire-wrap construction. Power and ground rails are conveniently located above and below this area. MAX32600 USB Device Interface Supply Power supplied from the MAX32600 USB device interface Component List, Schematic, PCB connector, CN1 is limited to 500mA. This supply is con- See the following links for component, schematic, and nected to the V5.0 rail through a forward biased diode. PCB information: From the V5.0 rail, it is regulated to supply V3.3. MAX32600MBED BOM External Supply VIN MAX32600MBED Schematic Power supplied from the VIN, J4 pin 8, is regulated to supply the V5.0 rail. The voltage input range for this input MAX32600MBED PCB Layout is 5V to 12V DC. Reference Material External Supplies V5.0 and V3.3 MAX32600 Data Sheet Power supplied by V5.0, J4 pin 5, is connected directly to MAX32600 User Guide the V5.0 rail. Likewise, power supplied by V3.3, J4 pin 4, is connected directly to the V3.3 rail. MAX32600MBED mbed Platform Page Current Monitoring Ordering Information Jumper JP4 provides a convenient current monitoring point for V3.3. PART TYPE MAX32600MBED EV Kit Pushbuttons DenotesRoHS compliant. Two pushbuttons are available for application use: SW2 and SW3 are connected to port pins P6.4 and P6.5, respectively. Pushbuttons are normally open therefore, provide a logic 0 when depressed. Firmware defines the action taken on switch closure. Pushbutton SW4 provides a power-on reset function for the MAX32600 by asserting the RSTN input. Maxim Integrated 2 www.maximintegrated.com