The 8051 Mini Kit is designed for limited budget beginners. It is simple but extendable, it includes development hardware with on-board interfaces and an in-system programmer which can be used for learning the technology. It supports STC51 Series, AT89S5x controller (8051 architecture) and ATmega8/Atmega32 (AVR architecture) through a simple converter board.. Featured By RoboticsBD.
Product Images are shown for illustrative purposes only and may differ from the actual product.
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Features:
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Compatibility: The 8051 MCU Development Board is compatible with the STC89C52RC and AT89S51/AT89S52 microcontrollers, allowing users to easily switch between different models for experimentation.
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Easy-to-use interfaces: The board is equipped with a range of interfaces, including USB, UART, I2C, and SPI, making it easy for users to connect to other devices and sensors.
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Power supply options: The board supports both USB and external power supply options, giving users the flexibility to choose the most appropriate power source for their project.
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Onboard peripherals: The board includes on-board peripherals, such as LEDs, switches, and buzzers, making it easier to test and evaluate microcontroller-based systems.
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Onboard programming and debugging: The board supports on-board programming and debugging, allowing users to upload and debug their code without the need for additional hardware.
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Open-source software: The 8051 MCU Development Board is compatible with open-source software, such as the Keil C51 compiler, making it easy for users to find and use the tools they need.
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Education and DIY friendly: The board is designed with education and DIY projects in mind, providing a compact and user-friendly platform for users to explore the capabilities of 8051 microcontrollers.
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Applications:
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Control Systems: The 8051 Microcontroller Development Board can be used in control systems for various applications, such as industrial automation, robotics, home automation, and consumer electronics.
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Sensing and Data Acquisition: With the presence of on-board sensors like IR Receiver Port and DS18B20 Temperature Sensor Port, the development board can be used for sensing and data acquisition in various applications.
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Display Applications: With the availability of LCD1602 character dot matrix LCD port and LCD12864 graphic color LCD port, the development board can be used in various display applications such as digital signage, consumer electronics, and industrial automation.
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Educational and Training Purposes: The development board is designed to be a learning tool, with a simple and extendable architecture. It can be used in educational and training programs to teach students and professionals about microcontroller technology and embedded systems.
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Prototyping: The development board can be used for prototyping and testing of various microcontroller-based projects and products, before moving to a full-scale production. This allows for an easy and cost-effective method of evaluating and refining designs, without the need for expensive custom hardware.
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General Specification |
8-bit high brightness LED racing lamp |
Yes |
4-bit common positive digital tube display |
Yes |
LCD1602 and LCD12864 interface |
Yes |
1 channel passive buzzer |
Yes |
Infrared interface |
Yes |
4 independent buttons |
Yes |
1 channel CH340G USB communication |
Yes |
PCB Size |
90MM * 76MM |
Board weight |
140 g |
Shipment Weight |
0.105 kg |
Shipment Dimensions |
11 × 10 × 4.5 cm |
Please allow 5% measuring deviation due to manual measurement.
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Documentation:
Reasons for purchasing 51 development board:
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Dual power and download options: The development board has a USB cable for power supply and download, and a CH340 serial communication download chip for direct download using the STC single-chip. The board also has an ISP download interface for use with AT series single-chips.
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Chip replacement convenience: The board has a 40p IC lock seat for easy chip replacement, and comes with the STC89C52RC chip. It is compatible with other chips with the same pin configuration, such as the STC system pin compatible chip, AT89S51, AT89S52, ATmega16, and ATmega32 (with the help of a 51/AVR adapter board).
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Jumper cap for key parts: The key parts have jumper caps for disconnection, making the board an independent unit.
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Dual power supply options: The development board can be powered through a computer USB (USB interface) or an external 5V power supply (dc-005 power supply).
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Dual reset modes: The board has power on reset and 51/AVR double key reset modes.
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Convenient crystal oscillator: The board has a round hole socket welding method for the crystal oscillator, making it easy to replace.
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External expansion power supply: The board has 3-way 5V power supply expanded through a row of pins for easy connection of external experiments.
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Expanded IO pins: All IO pins are expanded for easy connection of external experiments.
Downloads:
- Datasheet
- Software Development Tools: SDCC(Small Device C Compiler), an open source C Compiler.
- Software Development Tools: ARM Keil C Compiler.
Package Includes:
1 x 8051 Microcontroller Development Board with STC89C52RC