Mikroelektronika d.o.o.
Flip&Click-Platine SAM3X
Flip&Click-Platine SAM3X
SKU: MIKROE-1984
Verfügbarkeit für Abholungen konnte nicht geladen werden
Key Features
Overview
The Flip&Click Board™ SAM3X represents a revolutionary approach to embedded development, featuring a unique two-sided design that bridges Arduino compatibility with the extensive Click board™ ecosystem. Powered by the same 32-bit ARM Cortex-M3 AT91SAM3X8E microcontroller as the Arduino Due, operating at 84MHz, this innovative board delivers exceptional performance for demanding applications.
Dual-Personality Design
The blue side maintains full Arduino Due compatibility with standard UNO R3 pinouts, enabling seamless integration with existing Arduino shields that operate at 3.3V. When flipped, the white side reveals four standardised mikroBUS™ sockets, providing access to over 1,600 Click boards™ for unparalleled expansion possibilities.
Professional Development Features
With 512KB Flash memory, 96KB SRAM, and comprehensive I/O capabilities including 54 digital pins, 12 analogue inputs, and multiple communication protocols (SPI, I²C, UART), the board handles complex embedded projects with ease. The integrated USB OTG functionality and dual USB ports (programming and native) provide flexible connectivity options for modern applications.
Compatible with both Arduino IDE and Python development environments through Zerynth Studio, the Flip&Click Board™ SAM3X accelerates time-to-market for professional engineers whilst maintaining the accessibility that makes rapid prototyping efficient and cost-effective.
Downloads
Why Engineers Choose The Flip&Click-Platine SAM3X
Rapid Prototyping Acceleration
Future-proof Expandability
Professional Performance Requirements
Das Flip&Click Board™ von MikroE wurde gerade veröffentlicht. Es wurde auf der Rome Maker Fair angekündigt und erhielt großen Beifall. Es handelt sich um ein Arduino Uno-Board, das auf derselben 32-Bit-AT91SAM3X8E-CPU mit einer ARM Cortex M3-Architektur basiert und über die üblichen Arduino-Erweiterungsmöglichkeiten verfügt (The Blue Side).
Die Rückseite der Platine (die weiße Seite) des Flip n Click Board™ ist jedoch mit vier MikroBus-Buchsen ausgestattet. Dadurch können bis zu vier Click Boards™ gleichzeitig eingebaut und betrieben werden, was die Erweiterungsmöglichkeiten des Arduino erheblich erweitert.
Über 1300 Click Boards™ sind jetzt von MikroElektronika erhältlich und im Debug Store auf Lager, mehr als bei jedem anderen Wiederverkäufer!
| General Information | |
|---|---|
Part Number (SKU) |
MIKROE-1984
|
Manufacturer |
|
| Physical and Mechanical | |
Weight |
0.048 kg
|
| Other | |
EAN |
8606015076935
|
Questions and Answers
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How Many Click Boards™ Can Be Connected Simultaneously to the Flip&Click Board™ SAM3X?
Up to four. The board has four mikroBUS™ sockets. They share some communication buses (SPI, I²C), but the pin allocation is designed to prevent conflicts.
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What Programming Environments Are Supported by the Flip&Click Board™ SAM3X?
The board supports:
- Arduino IDE (select the Arduino Due board)
- Python through Zerynth Studio
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Does the Flip&Click Board™ SAM3X Require Special Drivers for USB Connectivity?
MIKROE's manual says the board is recognised as an Arduino Due and does not mention separate USB drivers. For the Arduino IDE, install the Arduino SAM Boards package through the Boards Manager the first time.
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What Is the Maximum Current Consumption of the Flip&Click Board™ SAM3X?
MIKROE does not publish a consumption figure for the board itself, and neither MIKROE nor the mikroBUS™ specification gives a per-socket current limit. Budget from the on-board regulators and your supply, and check the datasheets of the Click boards™ you connect.
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Can the Flip&Click Board™ SAM3X Operate in Industrial Temperature Ranges?
The AT91SAM3X8E microcontroller is rated for the industrial range of -40°C to 85°C. MikroE does not publish a temperature rating for the Flip&Click board as a whole, so check the other components if you need to run it outside 0°C to 70°C.
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Is the Flip&Click Board™ SAM3X Compatible with Standard Arduino Shields?
Yes, with Arduino shields that run at 3.3V and follow the Arduino 1.0 pinout. Shields designed for 5V may need level shifting or may not work, because the board runs at 3.3V.
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