Microcontroller board for robots Coron
This is a self-developed 32-bit ARM Cortex-M3 microcontroller board. It is packed with all the necessary functions for building robots (motor control, sensor acquisition, audio playback, data communication and recording, etc.). It also comes with a wealth of libraries and sample programs for utilizing peripheral functions. Additionally, various optional parts that can be attached to the Coron are sold separately.
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basic information
Feature 1: Compact and High Performance - Dimensions: 58[mm] depth x 48[mm] width x 26[mm] height (including switch height). - ARM Cortex-M3 (STM32 72MHz). Feature 2: Rich Interfaces - Up to 16 radio-controlled servos can be connected. - Up to 2 DC brush motors can be connected. - Up to 6 analog sensors can be connected. - Power terminals for sensors are available. - Equipped with an audio amplifier for direct speaker connection. - Audio can be saved to a microSD card via a computer (wav files) and played back. - Up to 2GB of data can be stored on the microSD. - XBee compatible connection connector available. - Mini USB connection connector included for connection to a computer. Feature 3: Easy to Use - Comes with a simple installer for the development environment (Eclipse). - Programs can be written in C language. - Comes with a rich library. - Writing is possible via USB. - Professional debugging using ICE is possible with a separately sold JTAG conversion board. - No soldering required. Feature 4: Low Price - List price: 9,800 yen (tax included). - Includes USB cable and card (with download URL for development environment, manual, etc.).
Price information
9,800 yen (including tax)
Price range
P1
Delivery Time
P2
Applications/Examples of results
Sales performance of over 100 units.
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Company information
We assist our customers in the design of robots and space equipment. A common feature of the design of robots and space equipment is the fusion of various technologies such as control, electrical, software, and mechanical engineering. Our company specializes in control system design and algorithm design among these technologies. Additionally, we also engage in system design that integrates these technologies. Leveraging the software technology developed through robotics, we consistently handle the development of applications for Android and the integration of Android apps with hardware, covering everything from software to hardware.