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AT-START-WB415 User Manual Getting started with AT32WB415CCU7-7 Introduction AT-START-WB415 is designed to help you explore the high performance of the 32-bit ® microcontroller AT32WB415 that embeds ARM Cortex -M4 core and wireless Bluetooth feature, and help expedite application development. AT-START-WB415 is an evaluation board based on AT32WB415CCU7-7 chip, with rich peripherals including wireless Bluetooth transceiver, LED, buttons, and an USB micro-B connector.
AT-START-WB415 User Manual Overview Features has the following characteristics: AT-START-WB415 AT32WB415CCU7-7 contains Bluetooth 5.0 dual mode, programmable protocols and specifications, 2 Mbit/s data rate, and high-performance RF transmission/reception has an on-board AT32WB415CCU7-7 microcontroller that embeds ARM AT-START-WB415 ®...
AT-START-WB415 User Manual Quick start Get started Configure the AT-START-WB415 board in the following sequence: 1. Check the Jumper position on board: JP1 is connected to GND or OFF (BOOT0 = 0, and BOOT0 has an pull-down resistor in the AT32WB415CCU7-7);...
AT-START-WB415 User Manual Hardware and layout AT-START-WB415 board is designed around an AT32WB415CCU7-7 microcontroller in QFN48 7x7 mm package. Figure 1 shows the connections between AT-Link-EZ, AT32WB415CCU7-7 and their peripherals (RF antenna, buttons, LEDs, USB OTG and extension connectors) Figure 2 Figure 3 shows their locations on the AT-Link-EZ and AT-START-WB415 board.
AT-START-WB415 User Manual Figure 2. Top layer IDD measurement USB Micro-B QFN48 I/O extension jumper connector connector XTAL 16 MHz AT-Link-EZ crystal Power LED BLE SMA interface Antenna User LED Boot mode Select jumper AT32WB415CCU7-7 LEXT 32.768 kHz crystal MCU reset...
AT-START-WB415 User Manual Power supply selection The AT-START-WB415 can be provided with 5 V through a USB cable (either through USB connector CN1 on AT-Link-EZ or USB OTG connector CN2 on AT-START-WB415). Then 5 V power provides 3.3 V for the microcontroller and peripherals using on-board 3.3 V voltage regulator (U2).
On-board PIFA PCB antenna and antenna-related devices support transmission and reception of 2.4 GHz wireless signals. The AT-START-WB415 board also offers a SMA connector (RF1) that can be externally connected to an instrument to test antenna-specific parameters such as power and matching performance.
AT-START-WB415 User Manual Figure 4. RF antenna pattern design dimensions External clock source BLE XTAL clock source 3.6.1 The XTAL serves as a clock source of Bluetooth module. The XTAL frequency should be 16 MHz with total deviation (error) of 60 ppm. On-board 16 MHz crystal is used as the clock source of XTAL.
MCU PC14 and PC15 are used as GPIOs. The hardware must be configured: R5 and R9 ON, R7 and R8 OFF. LEDs Power LED1 Red LED indicates that the AT-START-WB415 is powered by 3.3 V. User LED2 Red LED is connected to the PB7 pin of AT32WB415CCU7-7. ...
It is connected to the MCU PA0 of AT32WB415CCU7-7. It is multiplexed as wake-up button. USB OTG AT-START-WB415 board supports USB full-speed/low-speed host or full-speed device mode through an USB micro-B connector (CN2). In device mode, AT32WB415CCU7-7 can be directly...
AT-START-WB415 User Manual Revision history Table 3. Document revision history Date Revision Changes 2021.12.31 1.00 Initial release 2022.03.28 1.10 Added Antenna SMA measurement interface (RF1) 2022.03.28 Rev 1.10...
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Purchasers hereby agrees that Artery’s products are not authorized for use as, and purchasers shall not integrate, promote, sell or otherwise transfer any Artery’s product to any customer or end user for use as critical components in (a) any medical, life saving or life...
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