- -43%
Szín: 328P - ATmega328P chip MCU modul Fejlesztőkártya Arduino RFID Starter Kit mega328 USB vezérlőkártyához
Szín: 328P - ATmega328P chip MCU modul Fejlesztőkártya Arduino RFID Starter Kit mega328 USB vezérlőkártyához
326 Ft
43% megtakarítás
572 Ft
Nincs adó
Features:
1. Pin changes: Two I2C pins are added next to the AREF pin (SDA and SCL are just copies of Analog 4 and 5, not an additional I2C interface), in addition, two pins are added next to RESET, one is IOREF , Can make the expansion board adapt to the onboard voltage, this pin only tells the current onboard voltage of the expansion board (for example, is 5V, which can be regarded as a copy of the power pin, and does not provide level pull-up), and the other is for the future Placeholder pins to be used.
2. More stable RESET circuit. The position of the RESET button has also changed, and it has been moved to the corner of the board near the USB interface, making it easier to press.
3. ATmega16U2 replaces 8U2. This does not mean that R3 with 16K flash can make your code run faster. This update is for the USB interface chip. In theory, it allows to simulate USB HID, such as MIDI/ Joystick/Keyboard.
Feature description
The circuit diagram of the original design is open, and the development software interface is free to download, or you can modify it yourself according to your needs. The downloading program is simple and convenient. You can simply use sensors and various electronic component connections (such as: LED lights, buzzers, buttons, photoresistors, etc.) to make a variety of interesting works.
Using a high-speed microprocessor controller (ATMEGA328), the development operation interface and environment are very simple and easy to understand, which is very suitable for beginners to learn.
Performance description
Digital I/O Digital input/output terminals are 0~13 in total.
Analog I/O Analog input/output terminals total 0~5.
Support ISP download function.
Input voltage: No external power supply is required when connected to the computer USB, and the external power supply is 7V~12V DC voltage input.
Output voltage: 5V DC voltage output and 3.3V DC voltage output.
Using Atmel Atmega328 microcontroller.
Note: The buckle of the injection molded case is relatively fragile, you need to press it before opening it, and you can't open it violently! !
Product Details
1. The whole shell is composed of 6 pieces (3mm thick) transparent acrylic board, each piece is provided with different wiring openings and buckles.
2. The weight of the shell is relatively light. In order to save freight and transportation safety, it adopts detachable packaging with 6 pieces in a self-sealing PP bag.
3. The side plate wiring ports can be ventilated from left to right, and the cover plate has vents, which can be opened upwards, with good heat dissipation performance.
4. Each board has a double-sided protective film, which can be installed after tearing off.
1. Pin changes: Two I2C pins are added next to the AREF pin (SDA and SCL are just copies of Analog 4 and 5, not an additional I2C interface), in addition, two pins are added next to RESET, one is IOREF , Can make the expansion board adapt to the onboard voltage, this pin only tells the current onboard voltage of the expansion board (for example, is 5V, which can be regarded as a copy of the power pin, and does not provide level pull-up), and the other is for the future Placeholder pins to be used.
2. More stable RESET circuit. The position of the RESET button has also changed, and it has been moved to the corner of the board near the USB interface, making it easier to press.
3. ATmega16U2 replaces 8U2. This does not mean that R3 with 16K flash can make your code run faster. This update is for the USB interface chip. In theory, it allows to simulate USB HID, such as MIDI/ Joystick/Keyboard.
Feature description
The circuit diagram of the original design is open, and the development software interface is free to download, or you can modify it yourself according to your needs. The downloading program is simple and convenient. You can simply use sensors and various electronic component connections (such as: LED lights, buzzers, buttons, photoresistors, etc.) to make a variety of interesting works.
Using a high-speed microprocessor controller (ATMEGA328), the development operation interface and environment are very simple and easy to understand, which is very suitable for beginners to learn.
Performance description
Digital I/O Digital input/output terminals are 0~13 in total.
Analog I/O Analog input/output terminals total 0~5.
Support ISP download function.
Input voltage: No external power supply is required when connected to the computer USB, and the external power supply is 7V~12V DC voltage input.
Output voltage: 5V DC voltage output and 3.3V DC voltage output.
Using Atmel Atmega328 microcontroller.
Note: The buckle of the injection molded case is relatively fragile, you need to press it before opening it, and you can't open it violently! !
Product Details
1. The whole shell is composed of 6 pieces (3mm thick) transparent acrylic board, each piece is provided with different wiring openings and buckles.
2. The weight of the shell is relatively light. In order to save freight and transportation safety, it adopts detachable packaging with 6 pieces in a self-sealing PP bag.
3. The side plate wiring ports can be ventilated from left to right, and the cover plate has vents, which can be opened upwards, with good heat dissipation performance.
4. Each board has a double-sided protective film, which can be installed after tearing off.
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