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User Manual
DA1453x Pro-Development Kit
Hardware Description
UM-B-169
Abstract
Renesas DA1453x Pro-development kit supports the family of DA1453x SoC. This user manual
describes the system functions of the hardware as well as the guidelines of how to enable or disable
features of the DA1453x Pro-development kit.

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Summary of Contents for Renesas DA1453x Pro-Development Kit

  • Page 1 Hardware Description UM-B-169 Abstract Renesas DA1453x Pro-development kit supports the family of DA1453x SoC. This user manual describes the system functions of the hardware as well as the guidelines of how to enable or disable features of the DA1453x Pro-development kit.
  • Page 2 UM-B-169 DA1453x Pro-Development Kit Hardware Description Contents Abstract ..............................1 Contents ............................... 2 Figures ..............................3 Tables ..............................4 Terms and Definitions ........................5 References ............................. 5 Introduction............................ 6 Features of DA1453x Pro-DB ....................6 Features of DA1453x Pro-MB ....................7 DA1453x Pro-Devkit hardware block diagram ..............
  • Page 3 UM-B-169 DA1453x Pro-Development Kit Hardware Description The Power Measurement Module 2 (PMM2), (500-29-x) ............48 Accuracy of current measurement for VBAT system (VLDO) ..........50 Appendix A Schematics ........................52 DA1453x Pro motherboard (610-01-B), schematic............. 52 DA14535 Pro daughterboard (610-02-A), schematic ............56 DA14533 Pro daughterboard (610-05-A), schematic ............
  • Page 4 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 44. Four UART configuration jumpers position ................ 38 Figure 45. Enable two-wires UART on Pro-DB ................... 38 Figure 46. Enabling two-wires UART with jumper wires ..............39 Figure 47. JTAG jumper configuration at J1 header ................39 Figure 48.
  • Page 5 SmartSnippets Toolbox User Manual, User Manual, Renesas. AN-B-075, DA14531 Hardware Guidelines, Application Note, Renesas. AN-B-098, DA14535 Hardware Guidelines, Application Note, Renesas UM-B-114, DA14531 Devkit Pro Hardware, User Manual, Renesas. Note 1 References are for the latest published version, unless otherwise indicated.
  • Page 6 Description Introduction This document describes the hardware of DA1453x Pro-Development Kit (Pro-Devkit). The DA1453x Pro-Devkit is available as a set of a Pro motherboard, a Pro daughterboard with four variants (according to IC type and/or package), and the power measurement module PMM2. The complete system is shown in Figure 1.
  • Page 7 UM-B-169 DA1453x Pro-Development Kit Hardware Description • Current measurement port to connect external measurement equipment. • Onboard place holder of a 2-Mbit SPI data Flash for DA14531, DA14533 and DA14535 • Onboard JTAG connector • Support for coin cell battery (battery holder not included).
  • Page 8 UM-B-169 DA1453x Pro-Development Kit Hardware Description Getting to Know DA1453x Pro-Devkit DA1453x Pro-Devkit hardware components The DA1453x Pro-Development kit consists of the following parts: Pro-MB ● PCBA reference number 610-01-B Pro-DB with following variants ● FCGQFN24 Pro-DB: SoC DA14531-FCGQFN24. PCBA reference number 376-04-F ●...
  • Page 9 UM-B-169 DA1453x Pro-Development Kit Hardware Description Table 1. Pro-Dev-Kit part numbers and description Part number Description DA14531-00OGDB-P DA14531 WLCSP17 Pro-DB. Bluetooth Low Energy DA14531 WLCSP17 Pro-daughterboard DA14531-00FXDB-P DA14531 FCGQFN24 Pro-DB Bluetooth Low Energy DA14531 FCGQFN24 Pro-daughterboard DA14533 Pro-DB DA14533, FCQFN22 Pro-DB...
  • Page 10 UM-B-169 DA1453x Pro-Development Kit Hardware Description Table 3. Headers and jumper settings of DA1453x Pro-Motherboard Default jumper Function of headers Jumper options setting DA1453x Pro-Devkit Enable SPI Data Flash SPI Flash Enabled Mount pos. 1-2 on Pro-Motherboard System setup Mount pos. 3-4 Mounted 1-2 Mount pos.
  • Page 11 UM-B-169 DA1453x Pro-Development Kit Hardware Description Default jumper Function of headers Jumper options setting Power Measurement PMM2 Bypass Mount pos. 2-3 PMM2 mounted Module PMM2 Mounted 1-2 PMM2 Enable Mount pos.1-2 Mounted 3-4 Mount pos. 3-4 PMM2 not mounted Mounted 2-3...
  • Page 12 UM-B-169 DA1453x Pro-Development Kit Hardware Description Table 4. DA1453x Pro-DB and Pro-MB signals assignment (default) DA14533 DA14531- DA14531- DA14535- Position on WLCSP1 Mikrobu Trigger FCGQFN24 FCGQFN24 FCQFN2 Pro-MB Function s PMOD signals 376-04-x 610-02-x connector(s) 376-05-x 610-05-x J1:4, J1:12, P0_0...
  • Page 13 UM-B-169 DA1453x Pro-Development Kit Hardware Description DA1453x Pro-DB The system on DA1453x Pro-DB consists of the DA1453x SoC, XTALs, power section, and radio and the actual component’s location in section. The system block diagram is presented in Figure 5 Figure 6...
  • Page 14 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 7. DA14533 Component’s placement Components: 1. Antenna selection network 2. DA1453x SoC (U1) 3. 32.768 kHz XTAL (Y2 - Not mounted) 4. R-Multiplexer 5. Debug Connector 6. SPI Flash (Not mounted for DA14531 & DA14535) 7.
  • Page 15 UM-B-169 DA1453x Pro-Development Kit Hardware Description ● RF section: see section 5.2. ● R-Multiplexer: a group of 0 Ω configuration resistors can be placed/removed as needed to hardwire various peripherals to the DA1453x pins as desired. See section 5.3. ●...
  • Page 16 UM-B-169 DA1453x Pro-Development Kit Hardware Description RF section A printed F-antenna (ANT1) is used as the radiating element for the DA1453x Pro-DB. The DA1453x RFIO pin is connected to the printed antenna through an RF strip-line and a matching circuit.
  • Page 17 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 11. R-Multiplexer default setup SPI Data flash on Pro-DB The DA14533 Pro-DB (610-05-x) and the DA14535 Pro-DB (610-02-x) have the option to support SPI flash (U3 or U3x) as shown in Figure 12. The proposed part is the AT25DF021A-MAHN-T for the DA14535 Pro-DB and the Winbond W25X20CV for the DA14533 Pro-DB (610-05-x).
  • Page 18 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 12. Optional SPI-Flash on the DA14533, DA14535 Pro-DB NOTE If memory is mounted on Pro-DB, you must ensure that resistor R19 to R22 (see Figure 11) are mounted and the jumpers on J1 header on Pro-MB (Jumpers at positions 1-2, 3-4, 5-6, 7-8 and 9-10) are removed.
  • Page 19 UM-B-169 DA1453x Pro-Development Kit Hardware Description DA1453x Pro-MB The block diagram and the actual component locations of the Pro-MB are shown in Figure 13 Figure 14, respectively. U_RST VLDO_EN (JTAG) JTAG USB HUB U_RST V3 (V V_FL HIGH U2 - SPI...
  • Page 20 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 14. Pro-MB (610-01-A) ● Configuration header (J1): wiring of the available peripherals to the DA1453x pins is done with the help of jumpers on J1 (for default configurations) or with jumper wires from J1 to J2 when custom pin assignments of the peripherals to DA1453x pins are desired.
  • Page 21 UM-B-169 DA1453x Pro-Development Kit Hardware Description ● User LED and C-Trig (J8): enables use of the onboard LED (D5) and the software cursor. ● GPIO monitoring header (J2): exposes all the pins of the Pro-DB to allow wiring for custom configurations as well as monitoring of the hardware signals.
  • Page 22 UM-B-169 DA1453x Pro-Development Kit Hardware Description Power section The power tree of the DA1453x Pro-MB is shown in Figure Figure 15. DA1453x Pro-MB power tree block diagram The power tree of the DA1453x Pro-MB, as shown in Figure 15, consist of two routes, one is used to power supply he components of the DA1453x Pro-MB and the other is used to power supply the DA1453x Pro-DB and its components.
  • Page 23 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 16. DA1453x Pro-DB power circuit The configuration for the jumpers of the J5 header is presented on the top mask of the DA1453x Pro- MB as shown in the Figure Figure 17. J5 header configuration 6.1.2...
  • Page 24 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 18. PMM2 slot NOTE SmartSnippets Toolbox software application is required for the monitoring of the voltages and the signals triggering. Figure 19. How to mount the PMM2 on the DA1453x Pro-MB Even if the PPM2 is mounted on the DA1453x Pro-MB, you can either include or exclude it from the system, by configuring the jumpers on J9 header.
  • Page 25 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 20. J9 header configuration 6.1.4 Mode selection (Buck, Boost, By-Pass) By applying proper jumper at J4 header, you can select among buck, boost, or bypass mode of operation of the DA1453x DC-DC converter. The supply pins are: ●...
  • Page 26 UM-B-169 DA1453x Pro-Development Kit Hardware Description On the top mask of the DA1453x Pro-MB is described the jumper configuration for the J4 header, as show in Figure 22. No modifications required on DA1453x Pro-DB. Figure 22. J4 header configuration USB HUB...
  • Page 27 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 24. USB HUB power supply USB to UART The USB to UART function is implemented by U12, FT2232HL (Figure 25). A 12 MHz crystal (Y4) is required for the chip operation. This chip is supplied with 3.3 V from U14 (Figure 26).
  • Page 28 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 25. USB to UART circuitry Figure 26. USB to UART power supply User Manual Revision 1.0 Feb 9, 2024 CFR0012 28 of 61 © 2024 Renesas Electronics...
  • Page 29 UM-B-169 DA1453x Pro-Development Kit Hardware Description USB to JTAG The USB to JTAG function is implemented by U25, R7FA4M2AD3CFL (Figure 27). On the ROM of U4, software from SEGGER is loaded. Its operation is indicated through the green LED D2 on the DA1453x Pro-MB.
  • Page 30 UM-B-169 DA1453x Pro-Development Kit Hardware Description The block diagram of the reset circuit is presented in Figure 28, the circuit schematic in Figure 29 and the actual position of the SW1 and J23 Header in Figure V_LDO 1.25V to 3.3V...
  • Page 31 Figure 31. Voltage translator circuitry SPI data flash SPI data flash is enabled by default. The SPI data flash is the AT25DF021A-MAHN-T from Renesas (2 Mbit) and is located on the DA1453x Pro-MB. Ext-SPI Slave mode is used to connect the DA1453x to SPI data flash. The SPI data flash can be isolated or connected on the system if the appropriate jumpers are removed or mounted respectively from J1 configuration header.
  • Page 32 UM-B-169 DA1453x Pro-Development Kit Hardware Description Table 5. Configuration settings for SPI data flash in DA1453x Pro-MB SPI data flash pin Enabled by jumpers DA1453x Pro-DB pins Comments MOSI J1 pin 3-4 P0_0 J1 pin 7-8 P0_1 MISO J1 pin 9-10...
  • Page 33 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 34. SPI data flash and configuration jumpers position Configuration headers J1 and J10 Header J1 and J10 configuration define the communication interface between the DA1453x Pro-MB and DA1453x Pro-DB. You can choose if the SPI data flash is to be included in the system, the type of the UART connection (single wire UART or 2 wire UART or flow control), JTAG and Reset access.
  • Page 34 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 36. J1 default jumper configuration The default configuration, (Figure 36) is: ● SPI data flash ● Single wire UART ● JTAG access ● Reset access. NOTE Сonsider configuring the software accordingly to support the above hardware features.
  • Page 35 UM-B-169 DA1453x Pro-Development Kit Hardware Description Pro-MB signal Function Pro-DB signal Comments Two-wire UART or Full P0_0 Used for SPI data Flash UART Receive – boot UCTS Two-wire UART or Full P0_3 Used for SPI data Flash UART Clear To Send...
  • Page 36 UM-B-169 DA1453x Pro-Development Kit Hardware Description 6.9.2 Two-wires UART Two-wire UART pins are multiplexed with FCS (chip select) and MOSI of the SPI bus. The jumpers of the SPI flash must be removed. The two-wire UART jumper configuration is highlighted in...
  • Page 37 UM-B-169 DA1453x Pro-Development Kit Hardware Description ● J1:4 to J1:17 for UTX ● J1:8 to J1:15 for URX Figure 42. Enabling two-wires UART with jumper wires 6.9.3 Four-wires UART/UART with flow control Four-wires UART pins UTX, URX, URTS, and UCTS are multiplexed with MOSI, FCS, SCK, and MISO of the SPI bus, respectively.
  • Page 38 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 44. Four UART configuration jumpers position By placing the jumpers, UART signals are driven from signals P0_0 to P0_4. These signals are not connected to the correspondent pins of DA1453x SoC. You must modify the Pro-DBs by mounting resistors R23 to R26 (both equal to 0Ω) and to remove resistors R19 to R22.
  • Page 39 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 46. Enabling two-wires UART with jumper wires 6.10 JTAG configuration JTAG uses the Serial Wire Debug (SWD) protocol and consists of the SWDIO and SWCLK lines. The JTAG signal assignment is shown in Table Table 7.
  • Page 40 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 48. JTAG configuration jumpers position 6.11 Breakout header J2 All P0_X GPIOs of the DA1453x Pro-DBs are diverted also to the DA1453x Pro-MB for monitoring on the breakout header J2 of the Pro-MB. The schematic of the J2 is shown in...
  • Page 41 UM-B-169 DA1453x Pro-Development Kit Hardware Description 6.12 Push buttons There are two available push buttons on the DA1453x Pro-MB, the SW2 and SW3. The SW2 is assigned to P0_11 and the SW3 to P0_10. The WLCSP versions of the DA1453x SoC do not support any push button whereas DA14533 supports only the SW3.
  • Page 42 UM-B-169 DA1453x Pro-Development Kit Hardware Description 6.13 User LED The user LED (D5) is supported only from DA14531 and DA14535 FCQFN packages. The user LED is assigned to P0_9. The circuit schematic is shown in Figure 54 and the position of the user LED on...
  • Page 43 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 57. MikroBus position on the DA1453x Pro-MB 6.15 PMOD interface DA1453x Pro-MB can support one PMOD module. The female header (J20) is mounted (by default). The schematic circuit is shown in Figure 58...
  • Page 44 (PMM2) and the monitoring circuit, which resides on the DA1453x Pro-Motherboard. With the aid of the Power profiler of Renesas Smart Snippets Toolbox, a good visualization of the system current drawn and various voltages is provided. Measurements are quite accurate, but for precise measurements, use an external calibrated instrument.
  • Page 45 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 61. Current measurement socket (M2) Table 8. Monitored power sources PMM2 pins DA1453x signals Comments (Note 1) Reset Reset line, applied on pin J7.20 5 V rail powering MikroBUS. It is connected to USB1 through a 0.1Ω...
  • Page 46 The dual Mosfets Q1 to Q4 buffer the signals to provide compatibility with 1.2 to 5 V I/O levels. Renesas Smart Snippets Toolbox is required for capturing the waveforms of DA1453x system. By using Power profiler, you can monitor simultaneously, on separated windows, the DA1453x VBAT...
  • Page 47 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 63. DA1453x waveforms, captured from Power profiler of SmartSnippet Toolbox This functionality, coupled with the digital trigger signals allows profiling the power footprint of software operations and provides you a better insight of how the system works. Digital signals can be used either as monitoring signals or as triggers to start/stop capture of data so the user can isolate specific events.
  • Page 48 UM-B-169 DA1453x Pro-Development Kit Hardware Description The Power Measurement Module 2 (PMM2), (500-29-x) The power measurement module (PMM2) is an external add-on board that is interfaced (connected) on the Pro-Motherboard via connector J7. The current measurement unit has the following features: ●...
  • Page 49 UM-B-169 DA1453x Pro-Development Kit Hardware Description depending on the VBAT voltage. Both channels are sampled simultaneously, and the host software selects the correct channel using a threshold of 750 μA. R9 provides a constant offset which helps avoid the nonlinear region of the low scale. A blue LED serves as a visual indicator of the range. It switches on close to 750 μA and allows you to have a quick indication of the state of the system (on...
  • Page 50 UM-B-169 DA1453x Pro-Development Kit Hardware Description Sampling rate is by default 128 kS/s but can be further reduced to 84 kS/s when using slower machines or lower speed USB ports. All analog and digital signals are sampled simultaneously. Negative voltage...
  • Page 51 UM-B-169 DA1453x Pro-Development Kit Hardware Description Table 9. Accuracy of the current measurement circuit Channel Range Error (%) Comment 100 nA-60 μA CH1/CH2: ±15% at 100 nA, Mode automatically overridden in <±2% at 1μA-60 μA hardware if current > ~750 μA VBAT current hibern.
  • Page 52 UM-B-169 DA1453x Pro-Development Kit Hardware Description Appendix A Schematics DA1453x Pro motherboard (610-01-B), schematic. Figure 69. DA1453x Pro-MB (610-01-B), GPIO connectivity, voltage translators, and data flash User Manual Revision 1.0 Feb 9, 2024 CFR0012 52 of 61 © 2024 Renesas Electronics...
  • Page 53 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 70. DA1453x Pro-MB (610-01-B), PMM2 interface User Manual Revision 1.0 Feb 9, 2024 CFR0012 53 of 61 © 2024 Renesas Electronics...
  • Page 54 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 71. DA1453x Pro-MB (610-01-B), the MCU with segger implementation User Manual Revision 1.0 Feb 9, 2024 CFR0012 54 of 61 © 2024 Renesas Electronics...
  • Page 55 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 72. DA1453x Pro-MB (610-01-B), USB hub, UART and power section User Manual Revision 1.0 Feb 9, 2024 CFR0012 55 of 61 © 2024 Renesas Electronics...
  • Page 56 UM-B-169 DA1453x Pro-Development Kit Hardware Description DA14535 Pro daughterboard (610-02-A), schematic Figure 73. DA14535 Pro-DB (610-02-A) User Manual Revision 1.0 Feb 9, 2024 CFR0012 56 of 61 © 2024 Renesas Electronics...
  • Page 57 UM-B-169 DA1453x Pro-Development Kit Hardware Description DA14533 Pro daughterboard (610-05-A), schematic Figure 74. DA14533 Pro-DB (610-05-A) User Manual Revision 1.0 Feb 9, 2024 CFR0012 57 of 61 © 2024 Renesas Electronics...
  • Page 58 UM-B-169 DA1453x Pro-Development Kit Hardware Description PMM2, Power measurement module (500-29-E), schematic Figure 75. PMM2 (500-29-E), main circuit User Manual Revision 1.0 Feb 9, 2024 CFR0012 58 of 61 © 2024 Renesas Electronics...
  • Page 59 UM-B-169 DA1453x Pro-Development Kit Hardware Description Figure 76. PMM2 (500-29-E), mating connector, power supply and EEPROM User Manual Revision 1.0 Feb 9, 2024 CFR0012 59 of 61 © 2024 Renesas Electronics...
  • Page 60 UM-B-169 DA1453x Pro-Development Kit Hardware Description Revision History Revision Date Description Feb 9, 2024 Initial version. User Manual Revision 1.0 Feb 9, 2024 CFR0012 60 of 61 © 2024 Renesas Electronics...
  • Page 61 RoHS Compliance Renesas’ suppliers certify that its products are in compliance with the requirements of Directive 2011/65/EU of the European Parliament on the restriction of the use of certain hazardous substances in electrical and electronic equipment. RoHS certificates from our suppliers are available on request.
  • Page 62 Renesas' products are provided only subject to Renesas' Terms and Conditions of Sale or other applicable terms agreed to in writing. No use of any Renesas resources expands or otherwise alters any applicable warranties or warranty disclaimers for these products.
  • Page 63 Mouser Electronics Authorized Distributor Click to View Pricing, Inventory, Delivery & Lifecycle Information: Renesas Electronics DA14535-00FXDEVKT-P...