ARTERY AT-START-F435 User Manual Download Page 5

AT-START-F435 

User  Manual

 

2021.11.20 

Rev 

1.00 

Overview 

1.1 

Features 

AT-START-F435 

has the following characteristics:

 

 

AT-START-F435 

has an on-board AT32F435ZMT7 microcontroller that embeds ARM Cortex

®

-

M4F 32-bit core with FPU, 4032 KB Flash memory and 384 KB SRAM, in LQFP144 packages. 

  On-board AT-Link interface: 

  On-board AT-Link-EZ can be used for programming and debugging (AT-Link-EZ is a 

simplified version of AT-Link, without offline mode support) 

  If AT-Link-EZ were disassembled from the board by bending it along the joint, this interface 

can be connected to an independent AT-Link for programming and debugging.   

  On-board 20-pin ARM standard JTAG interface (can be connected to JTAG or SWD connector 

for programming and debugging) 

  16 MB SPI (EN25QH128A) is used as extended Flash memory 

  Various power supply methods: 

  USB bus of AT-Link-EZ 

  OTG1 or OTG2 bus (V

BUS1 

or V

BUS2

) of AT-START-F435 

  External 5 V power supply (E5V) 

  External 3.3 V power supply 

  4 x LED indicators: 

  LED1 (red) indicates 3.3 V power-on 

  3 x USER LEDs, LED2 (red),LED3 (yellow) and LED4 (green), indicate operation status 

  User button and Reset button 

  8 MHz HEXT crystal 

  32.768 kHz LEXT crystal 

  On-board USB type-A and micro-B connectors in order to demonstrate OTG1 function 

  OTG2 has micro-B connector (If the user wants to use OTG2 master mode, an adapter cable 

is required) 

  Rich extension interfaces are available for quick prototyping   

  Arduino

TM

 Uno R3 extension interface 

  LQFP144 I/O extension interface 

1.2 

Definition of terms 

 

Jumper JPx ON 

Jumper is installed.

 

 

Jumper JPx OFF 

Jumped is not installed.

 

 

Resistor Rx ON / network resistor PRx ON 

Short by solder, 0Ω resistor or network resistor.

 

 

Resistor Rx OFF / network resistor PRx OFF 

Open.

 

Summary of Contents for AT-START-F435

Page 1: ...M Cortex M4 core with FPU and expedite application development AT START F435 is an evaluation board based on AT32F435ZMT7 microcontroller The device contains such peripherals as LEDs buttons two USB m...

Page 2: ...ion 9 3 2 IDD 9 3 3 Programming and debugging embedded AT Link EZ 9 3 4 Boot mode selection 10 3 5 External clock source 10 3 5 1 HEXT clock source 10 3 5 2 LEXT clock source 10 3 6 LEDs 11 3 7 Button...

Page 3: ...anual 2021 11 20 3 Rev 1 00 List of tables Table 1 Boot mode selection jumper settings 10 Table 2 0 resistor settings 12 Table 3 ArduinoTM Uno R3 extension interface pin definition 13 Table 4 Document...

Page 4: ...f figures Figure 1 Hardware block diagram 7 Figure 2 Top layer 8 Figure 3 Bottom layer 8 Figure 4 Schematic AT Link EZ 15 Figure 5 Schematic microcontroller 16 Figure 6 Schematic power supply and peri...

Page 5: ...N25QH128A is used as extended Flash memory Various power supply methods USB bus of AT Link EZ OTG1 or OTG2 bus VBUS1 or VBUS2 of AT START F435 External 5 V power supply E5V External 3 3 V power supply...

Page 6: ...esistor in the AT32F435ZMT7 JP2 is connected to GND BOOT1 0 JP4 is connected to USART1 2 Connect AT_Link_EZ to PC via a USB cable Type A to micro B and supply power to the evaluation board via a USB c...

Page 7: ...uttons LEDs USB OTG SPI and extension connectors Figure 2 and Figure 3 shows their respective locations on the AT Link EZ and AT START F435 board Figure 1 Hardware block diagram AT32F435ZMT7 I O I O I...

Page 8: ...erface HEXT 8 MHz crystal Arduino Uno extension interface USB micro B connector Arduino Uno extension interface LQFP144 I O extension interface Jumper for USART1 and OTG1 User button Reset button AT L...

Page 9: ...and J2 as 3 3 V output power 3 2 IDD When JP3 OFF symbol IDD and R17 OFF an ammeter can be connected to measure the power consumption of AT32F435ZMT7 JP3 OFF R17 ON AT32F435ZMT7 is powered Default set...

Page 10: ...k source The hardware must be configured R1 and R3 ON R2 and R4 OFF External oscillator from PH0 External oscillator is injected from the pin_23 of J2 The hardware must be configured R2 ON R1 and R3 O...

Page 11: ...USB micro B and VBUS1 or VBUS2 can be used as 5 V input of AT START F435 board In host mode an external USB OTG cable is needed to connect to the external device The device is powered via USB micro B...

Page 12: ...F OFF LEXT clock source comes from on board crystal X1 OFF OFF ON ON LEXT clock source external oscillator from PC14 or PC14 PC15 are used as GPIOs R19 R21 User button B2 ON OFF User button B2 is conn...

Page 13: ...NRST External reset 4 3 3V 3 3 V input output 5 5V 5 V input output 6 GND Ground 7 GND Ground 8 J6 Analog input 1 A0 PA0 ADC123_IN0 2 A1 PA1 ADC123_IN1 3 A2 PA4 ADC12_IN4 4 A3 PB0 ADC12_IN8 5 A4 PC1...

Page 14: ...PB12 SPI2_CS 8 PB11 PB11 1 Refer to Table 2 for details on 0 resistors 3 11 2 LQFP144 I O extension interface The I Os of AT START F435 microcontroller can be connected to external devices through ex...

Page 15: ...AT START F435 User Manual 2021 11 20 15 Rev 1 00 4 Schematic Figure 4 Schematic AT Link EZ Refer to AT_START_F435_V1 0_SCH pdf...

Page 16: ...AT START F435 User Manual 2021 11 20 16 Rev 1 00 Figure 5 Schematic microcontroller Refer to AT_START_F435_V1 0_SCH pdf...

Page 17: ...AT START F435 User Manual 2021 11 20 17 Rev 1 00 Figure 6 Schematic power supply and peripherals Refer to AT_START_F435_V1 0_SCH pdf...

Page 18: ...AT START F435 User Manual 2021 11 20 18 Rev 1 00 Figure 7 Schematic extension interfaces Refer to AT_START_F435_V1 0_SCH pdf...

Page 19: ...AT START F435 User Manual 2021 11 20 19 Rev 1 00 5 Revision history Table 4 Document revision history Date Revision Changes 2021 11 20 1 00 Initial release...

Page 20: ...rwise a license to use third party s products and services or b licensing the third parties intellectual property rights or c warranting the third party s products and services and its intellectual pr...

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