Product Description
Jump on the opportunity to experience the redoubtable ATMEGA328P, a phenomenal microcontroller best known for exquisite versatility. With 32KB Flash Memory, 1KB EEPROM, 2KB SRAM, six-channel 10-bit ADC, and rapid 16 MHz processor speed, it excels in embedded systems, robotics, and DIY projects. Personalise your projects effortlessly thanks to 14 digital I/O pins and six PWM outputs. The ATMEGA328P supports ISP bootloading, features low power consumptioneven < 1A power-downand includes watchdog and brown-out detection. RoHS compliant, lead-free, and housed in a standard DIP package, its your best price choice for microcontroller excellence.
Versatile Plant Application & Use Cases for ATMEGA328P
The ATMEGA328P is widely used as a core controller in plant automation, electronic education kits, and sophisticated robotics. Used for sensor integration and precise actuator control, it stands out in laboratory equipment and research prototypes. With robust interfaces like USART, SPI, and I2C, it supports diverse sensor and communication applications in microcontroller projects. Engineers and educators benefit from its reliability, making it a top pick for electronics prototyping and custom embedded designs.
ATMEGA328P Delivery Time, Charges & Shipping Details
Rely on secure shipping and prompt delivery when ordering the ATMEGA328P. Typically, drop-off or dispatch is executed within 25 business days after payment confirmation. FOB port options across India ensure flexible logistics, while competitive charges keep your procurement cost-effective. Accepted payment terms include wire transfers, online banking, and other secure modes to streamline your purchase. Experience excellence with reliable supply and customer-centered service for individual or bulk orders.
FAQs of ATMEGA328P:
Q: How is the ATMEGA328P used in embedded systems or robotics applications?
A: The ATMEGA328P acts as the central controller, managing sensor data, executing algorithms, and activating actuators in embedded systems and robotics. Its PWM outputs and ADC channels are particularly useful for precise control and measurement tasks.
Q: What makes the ATMEGA328P suitable for educational and prototyping purposes?
A: ATMEGA328P offers an intuitive platform with standard DIP packaging, a broad range of interfaces, in-system programmability, and robust performance, making it a favorite for students and engineers developing prototypes and learning embedded concepts.
Q: Where can ATMEGA328P interfaces be applied within plant automation?
A: The flexibility of USART, SPI, and I2C interfaces allows the ATMEGA328P to reliably communicate with various plant sensors, controllers, and data logging systems for comprehensive automation solutions.
Q: What is the process for programming or updating the ATMEGA328P microcontroller?
A: Programming is performed via the ISP (In-System Programming) interface, with support for bootloader-based updates, allowing code changes without physical removal from target hardware.
Q: What is the benefit of the ATMEGA328Ps low power consumption?
A: Low power operation, with power-down current consumption of less than 1A, ensures longer device lifespan and suitability for battery-powered or energy-sensitive applications.