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ATTINY13A-SSUR
microchip
Main characteristics
Highly integrated: The ATtiny13A-SSUR is an 8-bit AVR® microcontroller that integrates a variety of peripherals such as timers/counters, ADCs, etc., making it suitable for a wide range of embedded applications.
Low power consumption: The chip supports a variety of power saving modes and is able to operate in a low power state, which is particularly suitable for battery-powered devices.
Flexible programming: ATtiny13A-SSUR supports a variety of programming interfaces, such as ISP and JTAG interfaces, to facilitate users to burn and debug programs.
Technical parameter
Operating voltage: The ATtiny13A-SSUR's operating voltage range is 1.8V to 5.5V, suitable for different power supply environments.
Memory: The chip has 1K bytes of Flash program storage and 64 bytes of SRAM data storage.
I/O ports: The ATtiny13A-SSUR provides eight universal I/O ports that can be configured for input or output functions.
Clock frequency: The maximum clock frequency is 20MHz. Multiple clock sources are supported.
Application field
Consumer electronics
Application: ATtiny13A-SSUR can be used to control smart sockets, smart bulbs and other devices in the home, through the built-in ADC and timer functions, to achieve accurate control of the device.
Advantages: Small size, low power consumption, suitable for integration in small household appliances.
Toys and remote control devices
ATtiny13A-SSUR can be used to develop a variety of remote control toys, such as remote control cars, remote control aircraft, etc.
Advantages: Low cost, easy to program, suitable for the development of low-cost educational and entertainment products.
Industrial automation
Application: The ATtiny13A-SSUR can be used as a node processor in industrial sensor networks, responsible for collecting and sending sensor data.
Advantages: Low power consumption, high integration, suitable for deployment in large-scale industrial monitoring systems.
Motor control
Application: The ATtiny13A-SSUR can be used to control the start and stop of small motors such as fans, pumps, etc.
Advantages: PWM output function, suitable for motor speed control.
Internet of Things (IoT) devices
Data acquisition terminal
Application: ATtiny13A-SSUR can be used as the core processor of the Internet of Things data acquisition terminal, responsible for collecting environmental data and sending it to the cloud server through the wireless module.
Advantages: Low power consumption, support for multiple communication protocols, suitable for deployment in remote monitoring sites.
Wireless communication module
Application: ATtiny13A-SSUR can be used to develop low-power wireless communication modules, such as Bluetooth, Zigbee, etc.
Advantages: High integration, low power consumption, suitable for portable device data transmission.
Application case analysis
Case background: Design a smart home controller based on ATtiny13A-SSUR, which is used to control the lighting and temperature in the home.
Hardware design: ATtiny13A-SSUR is used as the main control chip, equipped with temperature sensor, photoresistor, relay and other components, and connected through GPIO port.
Software development: Write firmware, realize temperature and light detection, and control the action of the relay according to the set value, and then control the lights and fans and other equipment.
Test results: The stability and accuracy of the controller were verified through the test, and the expected design goal was achieved.
Low cost temperature monitoring system
Case background: A temperature monitoring system based on ATtiny13A-SSUR is designed to monitor the temperature change in a greenhouse.
Hardware design: ATtiny13A-SSUR is used as the core processor, equipped with temperature sensor, LCD display and other components.
Software development: Write firmware, realize real-time acquisition of temperature data, and display the current temperature value on LCD.
Test results: The system can accurately display the temperature change in the greenhouse, and meet the design requirements.
Wireless remote control car
Case background: Design a wireless remote control vehicle based on ATtiny13A-SSUR for recreational and educational purposes.
Hardware design: ATtiny13A-SSUR is used as the main control chip, equipped with motor drive circuit, wireless communication module and other components.
Software development: Write firmware to receive and analyze remote control instructions, and control motor action.
Test results: The remote control car can move according to the remote control instructions and achieve the expected function.
Experiment and practice
ATtiny13A-SSUR development board experiment
Objective: To get familiar with the development environment and programming flow of ATtiny13A-SSUR.
Prepare tools such as the development board, USB-to-serial cable, and computer.
Download and install development tools such as Atmel Studio.
Write a simple flashing LED program.
Burn the program to the development board and observe the flashing of the LED.
Project design case
Project background: Design an intelligent night light system based on ATtiny13A-SSUR.
Hardware design: ATtiny13A-SSUR is used as the main control chip, equipped with photoresistor, relay and other components.
Software development: Write firmware to realize light intensity detection, and control the action of the relay according to the set value, and then control the switch of the light.
Test results: The system can automatically turn on or off the light according to the ambient light intensity, and the design goal has been achieved.
ATtiny13A-SSUR, as a high-performance, low-power embedded controller, has shown its unique advantages in a variety of application scenarios. Through the above application case analysis, we can see the successful application of ATtiny13A-SSUR in smart home controllers, temperature monitoring systems and wireless remote control vehicles. The correct selection and use of ATtiny13A-SSUR can greatly improve the cost performance and practicality of the project. As technology continues to advance, ATtiny series controllers will play an important role in more embedded systems in the future.
Main characteristics
Highly integrated: The ATtiny13A-SSUR is an 8-bit AVR® microcontroller that integrates a variety of peripherals such as timers/counters, ADCs, etc., making it suitable for a wide range of embedded applications.
Low power consumption: The chip supports a variety of power saving modes and is able to operate in a low power state, which is particularly suitable for battery-powered devices.
Flexible programming: ATtiny13A-SSUR supports a variety of programming interfaces, such as ISP and JTAG interfaces, to facilitate users to burn and debug programs.
Technical parameter
Operating voltage: The ATtiny13A-SSUR's operating voltage range is 1.8V to 5.5V, suitable for different power supply environments.
Memory: The chip has 1K bytes of Flash program storage and 64 bytes of SRAM data storage.
I/O ports: The ATtiny13A-SSUR provides eight universal I/O ports that can be configured for input or output functions.
Clock frequency: The maximum clock frequency is 20MHz. Multiple clock sources are supported.
Application field
Consumer electronics
Application: ATtiny13A-SSUR can be used to control smart sockets, smart bulbs and other devices in the home, through the built-in ADC and timer functions, to achieve accurate control of the device.
Advantages: Small size, low power consumption, suitable for integration in small household appliances.
Toys and remote control devices
ATtiny13A-SSUR can be used to develop a variety of remote control toys, such as remote control cars, remote control aircraft, etc.
Advantages: Low cost, easy to program, suitable for the development of low-cost educational and entertainment products.
Industrial automation
Application: The ATtiny13A-SSUR can be used as a node processor in industrial sensor networks, responsible for collecting and sending sensor data.
Advantages: Low power consumption, high integration, suitable for deployment in large-scale industrial monitoring systems.
Motor control
Application: The ATtiny13A-SSUR can be used to control the start and stop of small motors such as fans, pumps, etc.
Advantages: PWM output function, suitable for motor speed control.
Internet of Things (IoT) devices
Data acquisition terminal
Application: ATtiny13A-SSUR can be used as the core processor of the Internet of Things data acquisition terminal, responsible for collecting environmental data and sending it to the cloud server through the wireless module.
Advantages: Low power consumption, support for multiple communication protocols, suitable for deployment in remote monitoring sites.
Wireless communication module
Application: ATtiny13A-SSUR can be used to develop low-power wireless communication modules, such as Bluetooth, Zigbee, etc.
Advantages: High integration, low power consumption, suitable for portable device data transmission.
Application case analysis
Case background: Design a smart home controller based on ATtiny13A-SSUR, which is used to control the lighting and temperature in the home.
Hardware design: ATtiny13A-SSUR is used as the main control chip, equipped with temperature sensor, photoresistor, relay and other components, and connected through GPIO port.
Software development: Write firmware, realize temperature and light detection, and control the action of the relay according to the set value, and then control the lights and fans and other equipment.
Test results: The stability and accuracy of the controller were verified through the test, and the expected design goal was achieved.
Low cost temperature monitoring system
Case background: A temperature monitoring system based on ATtiny13A-SSUR is designed to monitor the temperature change in a greenhouse.
Hardware design: ATtiny13A-SSUR is used as the core processor, equipped with temperature sensor, LCD display and other components.
Software development: Write firmware, realize real-time acquisition of temperature data, and display the current temperature value on LCD.
Test results: The system can accurately display the temperature change in the greenhouse, and meet the design requirements.
Wireless remote control car
Case background: Design a wireless remote control vehicle based on ATtiny13A-SSUR for recreational and educational purposes.
Hardware design: ATtiny13A-SSUR is used as the main control chip, equipped with motor drive circuit, wireless communication module and other components.
Software development: Write firmware to receive and analyze remote control instructions, and control motor action.
Test results: The remote control car can move according to the remote control instructions and achieve the expected function.
Experiment and practice
ATtiny13A-SSUR development board experiment
Objective: To get familiar with the development environment and programming flow of ATtiny13A-SSUR.
Prepare tools such as the development board, USB-to-serial cable, and computer.
Download and install development tools such as Atmel Studio.
Write a simple flashing LED program.
Burn the program to the development board and observe the flashing of the LED.
Project design case
Project background: Design an intelligent night light system based on ATtiny13A-SSUR.
Hardware design: ATtiny13A-SSUR is used as the main control chip, equipped with photoresistor, relay and other components.
Software development: Write firmware to realize light intensity detection, and control the action of the relay according to the set value, and then control the switch of the light.
Test results: The system can automatically turn on or off the light according to the ambient light intensity, and the design goal has been achieved.
ATtiny13A-SSUR, as a high-performance, low-power embedded controller, has shown its unique advantages in a variety of application scenarios. Through the above application case analysis, we can see the successful application of ATtiny13A-SSUR in smart home controllers, temperature monitoring systems and wireless remote control vehicles. The correct selection and use of ATtiny13A-SSUR can greatly improve the cost performance and practicality of the project. As technology continues to advance, ATtiny series controllers will play an important role in more embedded systems in the future.
