Evaluates: MAX32620, MAX MAX32620 Evaluation Kit. Benefits and Features. General Description. EV Kit Contents

Transcription

1 MX0 Evaluation Kit Evaluates: MX0, MX General escription The MX0 evaluation kit (EV kit) provides a convenient platform for evaluating the capabilities of the MX0/MX microcontrollers. The EV kit also provides a complete, functional system ideal for developing and debugging applications. This EV kit supports both the MX0 and the MX (TPU enabled). EV Kit ontents EV Kit oard with MX0 (or MX) Microcontroller Olimex RM-US-TINY-H JTG ebugger with JTG Ribbon able (for onnecting from ebugger to EV Kit Header J) and US Standard -to- cable (for onnecting from P to ebugger) Standard -to- Micro-US able (for onnecting from P or Stand-lone US Power Supply to EV Kit Micro-US Type- onnector N) llows onnection from P US Host to MX0/ US evice ontroller Peripheral Standard -to- Micro-US able (for onnecting P to EV Kit US onnector N) llows Virtual OM Port Interface to MX0/ URT 0 or URT via US/URT ridge Ordering Information appears at end of data sheet. enefits and Features Easily Load and ebug ode Using the Supplied Olimex RM-US-TINY-H JTG ebugger onnected via a Standard 0-Pin RM JTG Header Selectable Power Sources for PMI Include US Power via N, External attery Through J onnector, or ench Supply Through Test Points TP and TP Selectable Power Source for On-oard Peripherals (Switches, LEs, OLE isplay, luetooth LE Transceiver) Headers for ccessing MX0/ I/O Pins and nalog Front End (FE) Input Signals Micro-US Type- onnection to MX0/ US evice ontroller Micro-US Type- onnection to US-URT ridge Selectable etween MX0/ Internal URT 0 and URT MX0/ Internal Real-Time lock (RT) On-oard luetooth.0 LE Transceiver with hip ntenna General-Purpose Pushbutton Switches and Indicator LEs (ll onnected to GPIOs) for User I/O Prototyping Matrix (0.in Grid) with Integrated Power Rails for ustomer ircuitry Figure. MX0 EV Kit ontents in ox luetooth is a registered trademark of luetooth SIG, Inc. -; Rev 0; /

2 MX0 Evaluation Kit Evaluates: MX0, MX Getting Started ) While observing safe ES practices, carefully remove the EV kit board out of its packaging. Quickly inspect the board to make sure that no damage occurred during shipment. Jumpers/shunts were preinstalled prior to testing and packaging. y default, they select the US interface as the source of power for the EV kit board. See Table and Figure for the default jumper settings and descriptions. ) The MX0/ was preprogrammed with a demo program. To power up the board and run the demo, simply connect the Micro-US cable to the Micro- US jack found at the top left of the EV kit P. The jack is labeled N. The other end of the Micro-US cable can be connected either to a computer or to a US wall charger in order to get +V power. No data is sent over US in this demo. ) Once power is applied, the demo will run. The demo displays text and graphics on the OLE display. ) If the OLE display does not show a graphics screen, then verify that the US port is supplying +V. ) o not connect any of the additional US cables or Olimex JTG adapter until after the tool chain/drivers are installed. If the demo ran as expected, then the next step is to download and run the installer as described in the Quick Start (separate document). The installer is a small application that allows users to select which components they would like to download and install including tools, drivers, and documentation. description of each component and the hard drive size required for each can be seen by clicking on each component. US MIRO- US MIRO- VUS LO PERIPHERL.V +/- US/URT 0 URT URT.V PMI.V.V VRT SPI x OLE.V LES GPIO MX0 SPI TLE RIO (EM0) UTTONS GPIO XIP FLSH NLOG IN INn GPIO HEERS.kHz RT XTL JTG Figure. MX0 EV Kit lock iagram Maxim Integrated

3 MX0 Evaluation Kit Evaluates: MX0, MX Figure. MX0 EV Kit oard Maxim Integrated

4 MX0 Evaluation Kit Evaluates: MX0, MX etailed escription of Hardware This section describes each major function or component on the MX0 EV kit. This EV kit is general-purpose in nature and provides many user-selectable options, which are described in the following sections. Each jumper setting is described and its default setting illustrated. oard Power The EV kit s main power-supply input is +V, made available through Micro-US type- connector N. This is the default power source. urrent Monitoring Jumpers JP, JP, JP, and JP provide convenient current monitoring points for V (JP), VRT (JP), V (JP), and V+V (JP). Pushbuttons Pushbuttons (normally open) SW, SW, and SW can be used to generate a logic 0 signal on their corresponding GPIO port pins. Firmware defines the action taken on switch closure. Pushbutton SW provides a global POR reset function for the MX0/ by asserting the RSTN input. Pushbutton SW controls the PFN input of the PMI. The function of the PFN input is configurable. Refer to the MX0 I data sheet for complete information. US The MX0/ provides an integrated US.0 fullspeed interface (Mbps). This interface is accessed through the Micro-US type- connector, N. This interface is also the default power source for the EV kit. US-URT ridge The EV kit board provides a US-to-URT bridge chip, FTI FT0X. This bridge eliminates the requirement for a physical RS- OM port. Instead, MX0/ URT access is through the Micro-US type- connector, N. Virtual OM port drivers and guides for installing Windows drivers are available at efault parameters are,00 baud, bits, no parity, stop bit, no flow control. The US-to-URT bridge can be connected to URT 0 or URT of the MX0/ with jumpers JP0 (RX), JP (TX), JP (TS), and JP (RTS). LEs The EV kit board has four LEs with series currentlimiting resistors. LEs S (red), S (green), S (red), and S (green) are connected to MX0/ GPIO pins P.0, P., P., and P., respectively. LE GPIOs should be configured as open drain due to.v LE source voltages. n LE is illuminated when the appropriate GPIO pin is driven low. luetooth Low-Energy (LE) ontroller The EV kit board has a low-power luetooth controller, EM0. ommunication with the MX0/ is through SPI. This particular SPI port was selected due to the additional flow control signals that it features. The EM0 controller is luetooth specification V.0 compliant. Refer to the EM Microelectronic EM0 data sheet for additional details. locking The MX0/ operate from an internal MHz relaxation oscillator. The internal oscillator is adequate to run the core digital logic and peripherals. The accuracy of the internal oscillator is not suitable for accurate RT timekeeping or US operation. The external.khz crystal, Y, provides the RT with an accurate time base and is also used to calibrate the internal oscillator for the accuracy required for US operation. JTG onnector The RM standard 0-pin connector pinout is provided by shrouded header J. Various debugger modules are available for this interface. The Olimex RM-US-TINY-H debugger is supplied with the EV kit. Graphic OLE isplay Module x pixel graphic OLE display module, NH-.-U, is provided on the EV kit board. ommunications with the NH-.-U is through SPI. Power Management I (PMI) The MX0 manages the EV kit power rails. It also manages the selection of EV kit power from either VUS from N or an (optional) external lithium-ion polymer battery. The MX0 can also function as a battery charger. Refer to the MX0 I data sheet for additional information. Prototyping rea n area for adding customer-specific circuitry is provided. This matrix is on a 0.in spacing and is usable for solder or wire-wrap construction. Power and ground rails run through the matrix. Windows is a registered trademark and service mark of Microsoft orp. Maxim Integrated

5 MX0 Evaluation Kit Evaluates: MX0, MX Jumper escriptions Table details the functions of the configurable jumper headers on the EV kit board. The headers are standard 0.in spacing, 0.0in posts. Settings in Table marked with an asterisk ( * ) indicate default placements. Figure also shows the default placements highlighted in red. Table. Jumper Functions and efault Settings JUMPER SETTING EFFET OF SETTING JP EN0 JP EN JP EN JP EN JP IN0 TP SEL JP IN TP SEL JP FLSH PWR EN JP OLE PWR EN JP TLE PWR EN JP0 RX SEL JP.V PERIPH SEL JP TX SEL JP TS SEL JP RTS SEL JP.V UT EN JP.V UT EN losed* losed* losed* losed* onnection broken between MX0 GPIO.0 and LE0. onnection enabled between MX0 GPIO.0 an LE0. onnection broken between MX0 GPIO. and LE. onnection enabled between MX0 GPIO. and LE. onnection broken between MX0 GPIO. and LE. onnection enabled between MX0 GPIO. and LE. onnection broken between MX0 GPIO. and LE. onnection enabled between MX0 GPIO. and LE. - onnect MX0 IN0 and T. - onnect MX0 IN0 and PMI_MON. - onnect MX0 IN to VUS. - onnect MX0 IN to PMI_MON. losed* losed* losed* onnection broken between.v and FLSH V. The FLSH is disabled. onnection enabled between.v and FLSH V. onnection broken between.v and OLE display V. onnection enabled between.v and OLE display V. onnection broken between.v and the EM0 LE controller. The controller is disabled. onnection enabled between.v and the EM0 LE controller. -* onnection enabled between MX0 URT 0 RX and FT0XS TX. - onnection enabled between MX0 URT RX and FT0XS TX. - onnection enabled between PMI LOUT and.v peripherals. -* onnection enabled between LO U and.v peripherals. -* onnection enabled between MX0 URT 0 TX and FT0XS RX. - onnection enabled between MX0 URT TX and FT0XS RX. -* onnection enabled between MX0 URT 0 TS and FT0XS RTX. - onnection enabled between MX0 URT TS and FT0XS RTS. -* onnection enabled between MX0 URT 0 RTS and FT0XS TS. - onnection enabled between MX0 URT RTS and FT0XS TS. losed* losed* onnection broken between PMI OUT (.V) and MX0 V. onnection enabled between PMI OUT (.V) and MX0 V. onnection broken between PMI OUT (.V) and MX0 V. onnection enabled between PMI OUT (.V) and MX0 V. Maxim Integrated

6 MX0 Evaluation Kit Evaluates: MX0, MX Table. Jumper Functions and efault Settings (continued) JUMPER SETTING EFFET OF SETTING JP LIN SEL JP.V RT UT EN JP.V UT EN JP0.V LO IN *efault setting. - onnection enabled between T and PMI LIN input. -* onnection enabled between PMI and PMI LIN input. losed* losed* onnection broken between PMI LOUT (.V) and MX0 VRT input. onnection enabled between PMI LOUT (.V) and MX0 VRT input. onnection broken between PMI LOUT (.V) and MX0 V input. onnection enabled between PMI LOUT (.V) and MX0 V input. -* onnection enabled between N-VUS and.v LO input. - onnection enabled between PMI- and.v LO input. Figure. efault Jumper Placement Maxim Integrated

7 MX0 Evaluation Kit Evaluates: MX0, MX dditional Resources MX0 EV Kit Quick Start MX0 EV Kit ata Sheet (this document) MX0 EV Kit Schematics (attached to this PF) (see note) MX0/MX I ata Sheet (see note) MX0/MX User s Guide (see note) RM ortex Toolchain User s Guide REME (see note) MX0/ MSIS Libraries Firmware User s Guide (see note) Example projects and app notes describing them (see note) Note: lot of valuable information resides in the MX0 Resources component of the Installer. Once this component is installed, the information can then be found in the Windows Start menu under Maxim Integrated, or it can be found by exploring the installation directory. ocumentation is fetched at the time of installation in order to assist offline development. However, it is recommended to visit to check if updates have been made to any of the documents. Technical Support For technical support, go to: omponent List and Schematics See the following links for component information and schematics: MXx EV OM MXx EV Schematics Ordering Information PRT MX0-EVKIT# #enotes RoHS compliant. TYPE EV Kit RM is a registered trademark and registered service mark and ortex is a registered trademark of RM Limited. Maxim Integrated

8 MX0 Evaluation Kit Evaluates: MX0, MX Revision History REVISION NUMER REVISION TE ESRIPTION PGES HNGE 0 / Initial release For pricing, delivery, and ordering information, please contact Maxim irect 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.

9 ill of Materials (OM) (Rev 0, /) Reference Qty Value OM_escription Manufacturer_PN NT 0T00S NTENN HIP.GHZ 00 SMT 0T00MS MP, MP, MP, MP, MP, MP, MP, MP R ump UMPER REESSE # SREW LK 0,,, N/ P ER 0.UF 0V 0% XR 00 GRMR0K0 P ER 0pF 0V % NP JGTU, 00pF P ER 00PF V 0% XR 00 GRMREK0 0,,,,,,,,,,, 0, 00nF P ER 0.UF 0V 0% XR 00 GRMR0K0,,, 0, P ER 00PF V 0% XR 00 GRMREK0,,,, uf P ER uf V 0% XR 00 GMR0K, pf P ER PF 0V % NP0 00 GRMH0J0 uf P ER uf.v 0% XR 0 XR0JM 0, 00pF P ER 00PF 0V % NP GH0J00, 0nF P ER 0nF V 0% XR 00 GRMRE0K0, pf P ER PF 0V % NP GH0F00.uF P ER.uF 0V 0% XR 00 00KPTU 00nF P ER 0.uF V 0% XR KRTU uf P ER UF V 0% XR 00 GMK0J0K-T,,,,,,,,,,,, uf P ER UF.V 0% XR 00 00XR0J0K00, 0, uf P ER UF V 0% XR 00 MK0JM-T uf P ER uf.v 0% XR 0 XR0JM/0. 0uF P ER 0UF.V 0% XR 00 L00MQNNN N/ N, N MIRO US R/ ONN RPT POS MIRO US R/ FLS0L- IOE SHOTTKY 0V POWERI FLS0L- S, S, S RE LE 0NM RE WTR LR 0 SM SML-LX0SR-TR S, S, S GRN LE NM WTR LR GREEN 0 SM SML-LX0G-TR S LUE LE NM LUE IFF 0 SM HSMR-0 HR 0P x0 ONN HEER.00 SINGL STR 0POS (x0) PE0SN J 0P 0x ONN HEER LOPRO STR GOL 0POS SHROU 00- J POS MM ONN HEER PH TOP POS MM -PH-K-S(LF)(SN) JH, JH, JH P x ONN HEER.00 UL STR POS (x) PE0N JH P x ONN HEER.00 SINGL STR POS (x) PE0SN JH P x ONN HEER.00 UL STR POS (x) PE0N JH ONN HEER.00 SINGL STR POS (x) PE0SN JH ONN HEER.00 SINGL STR POS (x) PE0SN JP, JP, JP, JP, JP, JP, JP, JP, JP, JP, JP JUMPER ONN HEER.00 SINGL STR POS (x) PE0SN JP, JP, JP0, JP, JP, JP, JP, JP, JP0 P x ONN HEER.00 SINGL STR POS (x) PE0SN JP, JP, JP, JP, JP, JP, JP, JP0(-), JP(-), JP(- SHUNT SHORTING SHUNT/JUMPER ST0SYN ), JP(-), JP(-), JP, JP, JP(-), JP, JP, JP0(-) L.nH INUTOR MULTILYER.NH 00 MLK00SNST000 L.nH INUTOR MULTILYER.NH 00 MLK00SNST000

10 L, L HZ00R-0 FERRITE HIP SIGNL 000 OHM SM 0 HZ00R-0 L, L.uH INUTOR POWER.UH.0 SM VLS00ET-RM MS, MS, MS, MS, MS, MS, MS, MS, MS, MS0, Screw Steel MHINE SREW PN PHILLIPS -0 PMSSS 0 00 PH MS, MS, MS, MS, MS, MS MST, MST, MST, MST, MST, MST, MST, MST STNOFF HEX STNOFF -0 LUMINUM /" 0 P P MXX NIMITZ EV KIT Eagle ircuits P PROTO Proto Type rea x (0." LS) N/ Q MOSFET P-H V MIROFOOT P UFG SI-T-E R, R, R 00 RES 00 OHM /0W % 00 SM ERJ-EKF000V R, R, R 0 RES 0 OHM /0W % 00 SM ERJ-EKF00V R, R RES OHM /0W % 00 SM ERJ-EKF0V R, R0, R, R 0 RES 0.0 OHM /0W JUMP 00 SM ERJ-GEY0R00V R, R, R, R, R N/ R RES OHM /0W % 00 SM ERJ-RKFR0X R, R, R, R, R, R, R, R0 0K RES 0K OHM /0W % 00 SM ERJ-EKF00V R, R, R0.K RES.K OHM /0W % 00 SM ERJ-EKFV R0 K RES K OHM /0W % 00 SM ERJ-RKF0X R, R RES OHM /0W % 00 SM ERJ-EKFR0V R K RES K OHM /0W % 00 SM ERJ-EKFV R0 00K RES 00K OHM /0W % 00 SM ERJ-EKF00V R.K RES.K OHM /0W % 00 SM ERJ-EKF0V R, R, R, R, R, R-R 0K RES 0K OHM /0W % 00 SM ERJ-RKF00X R 00K THERMISTOR 00K OHM NT 00 SM NPWF0F0R R RES.K OHM /0W % 00 SM ERJ-RKF0X R, R, R, R 0 RES 0.0 OHM /0W JUMP 00 SM ERJ-GN0R00 SW, SW, SW S-000 SWITH TTILE SPST-NO 0.0 V S-000 SW, SW S-00 Y OMZ SWITH TTILE SPST-NO 0.0 V S-00 Y OMZ SW, SW, SW, SW IP SW POS SMT SWITH IP POS HLF PITH SM T0H0SR T 0L00 LUN.GHZ WIFI/LUETOOTH 0 0L00E TP, TP, TP, TP LK TEST POINT P MULTI PURPOSE LK 0 TP, TP, TP, TP P ONN HEER.00 SINGL STR POS PE0SN TP TEST POINT P MULTI PURPOSE RE 00 TP TEST POINT P MULTI PURPOSE LK 0 TP0, TP RE TEST POINT P MULTI PURPOSE RE 00 TP PRPL TEST POINT P MULTI PURPOSE PRPL U MXUFZI-0G I FLSH MIT 0MHZ WSON (x) MXUFZI-0G U, U, U MX00EETE+ -hannel High-Speed Logic Translators P TQFN MX00EETE+ U NH-.-U L OLE GRPHI X LUE (. x.) mm NH-.-U U EM0V0LF0+ LE ontroller without EM0V0LF0+ U FT0XS-R I US SERIL SI URT SSOP FT0XS-R U MX0EUT+ ES PROT IFF SOT- MX0EUT+ U ES PROT IFF SOT- MX0EUT+ U0 MX0EWX+ MX0 PMI P WLP MX0EWX+ U MX0EU+ I REG LO.V/J 0. UMX MX0EU+ XU MX0 SOKET MX0 ME0 NIMITZ P WLP SKT IRONWOO Y.kHz RYSTL.KHZ.0PF.x. SM S0-.KHZ--T Y MHz RYSTL MHZ 0PF.x. SM M-.000MHZ-0--U-T

11 US/PWR US MIRO N US_VUS VUS S V LO IN US TO URTS JST-PH connector mm SW US MIRO POWER EXT T TP TP.V POLY LI-ION TTERY (NOT PROVIE) ON OR REGULTOR JP0 T J U N TP0.V LO PMI_MON MX0 sidb Reverse Polarity Protection LOUT ES TVS MX0 U TP JP S U ES TVS MX0 G VUS Q PMI LE V PERIPH SEL VUS FTI US S JH HGIN PFN SET MON MP P THM T EXT V S V T V FT0X MX0 LE US PMI_MON US_VUS PMI PMI_MON V U JH TX RX TS_N RTS_N.V UK.V UK.V -V LO.V LO LO V S SL INT_N MP PFN RST_N IN0 TP SEL JP IN TP SEL JP V V V V RESET NLOG IN TP U0 NLOG FRONT EN MXx Maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim product. No circuit patent licenses are implied. Maxim reserves the right to change the circuitry and specifications without notice at any time. SW RX SEL TX SEL TS_N SEL RTS_N SEL TP JP0 JP JP JP V JP JP LIN SEL JP JP JP FROM JTG RX0 RX TX0 TX TS0_N TS_N RTS0_N RTS_N V_UT V_RT_UT V_UT LOUT PMI EN POS IP SW SW 0 Pi-filter 0 Pi-filter 0 Pi-filter 0 Pi-filter TP V_UT T S0 SL0 P0.0 P.0 P0. P. P0. P. P0. P. US V V V VRT V P. P. P. P. P. RST_N SRST_N IN0 IN IN IN VREF XU. khz Y P0[:0] P[:0] LE GPIOs OPEN-RIN P[:0] P[:0] P[:0] P[:0] P[0] P. P. P. P. P. P. P. P.0 P. P. P. P. P.0 P. P. P. P. P. P. P.0 P.0 P. P. P. JTG PORT 0 PORT PORT PORT PORT PORT SSEL JH MOSI SK MISO MOSI SK SSEL SR SSEL SK SIO_0 SIO_ SIO_ SIO_ SW SW OLE EN POS IP SW SW P P TLE EN P0/PROG SW EN0 EN EN EN V V POS IP SW SW SW FLSH EN POS IP SW JP JP JP JP V S JH V LEVEL TRNSLTOR VLL I/O I/O I/O I/O I/O MX0 U LEVEL TRNSLTOR VLL I/O I/O I/O I/O I/O I/O MX0 U U S_N SLK S/SIO0 SO/SIO WP_N/SIO RST_N/SIO LE0 V I/O I/O I/O I/O I/O V I/O I/O I/O I/O I/O I/O V V LE JH MXUF FLSH S LEVEL TRNSLTOR VLL V I/O I/O I/O I/O I/O I/O I/O I/O U I/O I/O MX0 V S V V V J JH V JP LE V V PORT RM JTG/SW OLE PWR EN V /S /RES SIN SLK / FLSH PWR EN JP S JH MISO MOSI SK WU/SN RST IRQ LE TO SRST_N V Y VREF U TLE NTRL (no) EM0 V LUE OLE GRPHI ISPLY X PIXELS. IGONL NTP NTN V MHz NH-_-U LOW ENERGY LUETOOTH SEL 00 OHM IFF MIROSTRIP T TLE PWR EN JP PROTOTYPE RE V opyright 0 - Maxim Integrated Title. GHz NTENN HIP V ate: Wednesday, pril, 0 Sheet of U 0T00 NT MXx EV Kit - lock iagram Size ocument Number Rev S-000 X.0

12 GPIO HEERS GENERL PURPOSE P SWITHES GPIO0_0 GPIO0_ GPIO0_ GPIO0_ GPIO0_ GPIO0_ GPIO0_ GPIO0_ GPIO PORT 0 PORT JH 0 0 GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO PORT PORT JH 0 0 GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ R 0K V R 0K V GPIO_ GPIO_ SW R 00 GPIO_ SW R 00 GPIO_ SW R 00 GPIO_0 S-000 S-000 S-000 P P P0/PROG GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO PORT PORT JH 0 0 GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ R 0K V GPIO_ GPIO_0 R 0K V PORT GPIO JH V 0 PROTOTYPE RE PROTO 0 V V V V V PROTO RE 0 R 0 R R 0 R GPIO_0 JP EN0 LE0 S RE JP LE S GRN GPIO_ GPIO_ GPIO_ EN EN JP LE S RE JP EN LE S GRN TP LK TP LK TP TP GENERL PURPOSE LEs (NOTE: onfigure GPIOs as open-drain due to LE.V supply voltage) TP LK TP Maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim product. No circuit patent licenses are implied. Maxim reserves the right to change the circuitry and specifications without notice at any time. opyright 0 - Maxim Integrated Title MXx EV Kit - Headers, LEs & Switches Size ocument Number Rev S-000 X.0 ate: Wednesday, March 0, 0 Sheet of

13 JH NLOG IN TP RESET SRST_N SW TP IN0_TP IN_TP IN_TP IN_TP S-00 Y OMZ SRST_N 00pF R R R R FROM PMI RST_N 00pF R 0 R0 0 R 0 R 0 RST_N 00nF V IN0 IN IN IN T US_VUS JP JP GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ FLSH PWR EN JP T PMI_MON IN0 TP SEL IN TP SEL FLSH_SSEL FLSH_SK FLSH XIP RM JTG/SW PLE LOSE TO P JTG LK TERM PLE LOSE TO P Maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim product. No circuit patent licenses are implied. Maxim reserves the right to change the circuitry and specifications without notice at any time. VUS PMI_MON SSEL SK SIO_0 SIO_ SIO_ SIO_ 0 0 FLSH EN PMI_MON SW 0 IP SW POS SMT U S_N SLK V EP Y.kHz TK SI/SIO0 SO/SIO WP_N/SIO RESET_N/SIO MXUFZI-0G V FLSH_SSEL FLSH_SK FLSH_SIO0 FLSH_SIO FLSH_SIO FLSH_SIO VTREF TRST_N TI TMS TK RTK TO SRST_N GRQ GK J TP VREF FLSH_SIO0 FLSH_SIO FLSH_SIO FLSH_SIO V RE TP LK 0pF R 00nF 00nF GPIO0_0 GPIO0_ GPIO0_ GPIO0_ GPIO0_ GPIO0_ GPIO0_ GPIO0_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ US_P US_M RST_N SRST_N TMS TO TI JH IN0 IN IN IN RM JTG/SW R 0 R 0 JTI JTMS JTK JTO JSRST_N E E E E F F F E G G E F G J J J uf IN0 IN IN IN VREF P0_0 P0_ P0_ P0_ P0_ P0_ P0_ P0_ P_0 P_ P_ P_ P_ P_ P_ P_ + - RSTN SRSTN TK TMS TO TI KOUT KIN VSS VSS VSS VSS VSS N_ N_ N_J N_J V 0 00nF MX0 XU MX0 I/O_V I/O_V I/O_V I/O_V I/O_V I/O_V V EP_ P_0 P_ P_ P_ P_ P_ P_ P_ P_0 P_ P_ P_ P_ P_ P_ P_ P_0 P_ P_ P_ P_ P_ P_ P_ P_0 P_ P_ P_ P_ P_ P_ P_ P_0 V V V V V V V VRT U E J E H MX0EETE+ J H H J G H G H F E H J G F J F J H H H G G G F F I/O_VL I/O_VL I/O_VL I/O_VL I/O_VL I/O_VL VL V_RT_UT uf 0 EN R 0 R 0 V_UT PLE 0 OHM RESISTORS LOSE TO UT. USE FOR SK TERMINTION IF NEEE GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 uf TI TMS TK TO SRST_N V_UT 00nF 0 00nF R0.K opyright 0 - Maxim Integrated Title V V uf V_UT V_UT MXx EV Kit- MXX, FLSH, JTG & NLOG Size ocument Number Rev S-000 X.0 ate: Tuesday, March 0, 0 Sheet of uf

14 V JP OLE PWR EN uf 00nF GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ OLE_/ OLE_SK OLE_MOSI OLE_RES_N OLE_SSEL V OLE EN SW 0 IP SW POS SMT V 00nF 0 U I/O_VL I/O_V I/O_VL I/O_V I/O_VL I/O_V I/O_VL I/O_V I/O_VL I/O_V I/O_VL I/O_V VL V EN EP_ MX0EETE+ 00nF V uf R 0K 0 0 U VSS_ V N_ / R/W E SLK/0 SIN/ N_ /RES /S N_ S S SERIL/PRLLEL NH-.-U LUE GRPHI OLE ISPLY X PIXELS HR 0 PIN HEER TO SOLER TO ISPLY FOR P ONNETION R.K LUETOOTH LOW ENERGY Y V R 0K pf MHz pf R0 TLE PWR EN JP Layout Note: Mount antenna per Johanson Reference esign NT INPUT GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ TLE_RST TLE_SR TLE_MISO TLE_MOSI TLE_SK TLE_SSEL V IP SW POS SMT V TLE EN SW 0 00nF 0 I/O_VL I/O_VL I/O_VL I/O_VL I/O_VL I/O_VL VL EN U I/O_V I/O_V I/O_V I/O_V I/O_V I/O_V MX0EETE+ V EP_ 00nF TLE_V uf 0 00pF TLE_V R 0K uf U URT_TX/MISO URT_RX/MOSI SK V VSS VSS_ IRQ SW_ RST V XTL EM0V0LF+ VT XTL 0 WU/SN 0 VSS_PLL SEL V_P IS_R VSS_RF VSS_P VSS_PLL V K NTP NTN EP TLE_NTP TLE_NTN 00nF 00pF uf T 00pF TLE_V N 0L00 L.nH L.nH N_ N_ N_ 0T00E IS T PLEHOLER FOR TUNING R.K R0 0K TLE_V Maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim product. No circuit patent licenses are implied. Maxim reserves the right to change the circuitry and specifications without notice at any time. opyright 0 - Maxim Integrated Title MXx EV Kit - OLE isplay & LE luetooth Size ocument Number Rev S-000 X.0 ate: Tuesday, March 0, 0 Sheet of

15 V V N MIRO US R/ VUS M P I US TO URTS L HZ00R-0 M0 P0 0nF 0 ohm differential traces U IO N N V IO MX0EUT+T 0 00nF R pf R pf.uf USM USP 00nF 00nF 0 00nF U FT0XS-R VIO V USM USP RESET VOUT TX RX RTS TS US0 US US US JH FTI US V R 0K R 0K JP0 RX0 RX RX SEL JP TX0 TX TX SEL RX0 RX TX0 TX GPIO0_0 GPIO_0 GPIO0_ GPIO_ V R 0K TS0_N JP TS0_N TS_N TS_N SEL GPIO0_ TS_N GPIO_ US/PWR Place near PMI N MIRO US R/ VUS M P I L HZ00R-0 M P 0nF 00nF uf V U IO N N V IO MX0EUT+T (O NOT INSTLL) 00nF 0 ohm differential traces US_VUS US_M US_P V R 0K RTS0_N JP RTS0_N RTS_N RTS_N SEL RTS_N GPIO0_ GPIO_ Maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim product. No circuit patent licenses are implied. Maxim reserves the right to change the circuitry and specifications without notice at any time. opyright 0 - Maxim Integrated Title MXx EV Kit - US & Serial Ports Size ocument Number Rev S-000 X.0 ate: Tuesday, March 0, 0 Sheet of

16 TP0 RE VUS HRGE URRENT SET RESISTOR MIN - K MX -.K R K P US_VUS VUS R.K S LUE V V POWER NET V V uf E E PMI U0 SET P HGIN_ THM HGIN_ F uf R0 00K R 00K TP PRPL THERM T T TP RE EXT T TP LK RST_N R.K V GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ PMI EN SW 0 IP SW POS SMT R 0K SL0 S0 POWER R 0K SW R 0K S-00 Y OMZ PFN R 0K PMI_MON P R 0 0K V S R RE PMI LE F F E E E E F MON SL S INT# RST# MP0 MP PFN PFN LE P P MX0 T_ T_ EXT LX OUT LX OUT LIN LOUT LIN LOUT LIN LOUT F F L.uH L.uH LOUT = V SI-T-E TO ONSERVE TTERY Q 0 G S uf uf uf uf uf JP V UT EN JP V UT EN JP V RT UT EN JP V UT EN uf V_UT V V_UT V_RT_UT V_UT uf uf uf LOUT POLY LI-ION TTERY JST - PH mm ONNETOR J T T JP T LIN SEL.V PERIPHERL POWER US_VUS FLS0L- JP0 VUS LOUT V LO JP V V LO IN V PERIPH SEL 00nF uf uf.v LO U IN_ OUT_ IN_ OUT_ POK SET SHN EP MX0EU+ 0uF V R 00 S GRN Maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim product. No circuit patent licenses are implied. Maxim reserves the right to change the circuitry and specifications without notice at any time. opyright 0 - Maxim Integrated Title MXx EV Kit - PMI & UX POWER LOs Size ocument Number Rev S-000 X.0 ate: Tuesday, March 0, 0 Sheet of