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Embedded Kit

Price 100.0 INR/ Unit

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MOQ : 10 Units

Embedded Kit Specification

Display Type
7 Segment Display

Processor Speed
16 MHz

Power Supply
USB/Battery Powered

IP Rating
IP20

Input
Digital and Analog Signals

Interface
USB, GPIO, Serial Port (TTL/RS232)

Operating Temperature
0C to 70C

Usage
Educational, Project Development, Industrial Prototyping

Components
Microcontroller, LEDs, Switches, 7-Segment Display, Relays, PC Interface, LEDs, Buzzer

Features
Easy to Use, Breadboard Integration, User Programmable, Expandable Modules

Output
Digital Signals, Display, Actuators

Resolution
Single Digit 7 Segment

Power Source
USB/External Adapter

Charging Voltage
USB 5V or External Adapter

Response Time
Within 1ms

Sensors Specification
Compatible with Digital and Analog Sensors

Thermal Conductivity
Standard FR4 PCB

Product Type
Embedded System Development Kit

Application
IoT Prototyping, Educational Training, Industrial Automation

Rated Voltage
5V DC

Supply Voltage
5V DC

Size
Standard Breadboard Kit

Dimension (L*W*H)
18 cm x 10 cm x 3 cm

Function
Development and Prototyping of Embedded Systems

Color
Blue & Black (PCB Color)

Weight
Approx. 95g

Thickness
1.6 mm (PCB)

Current Rating
500 mA max

Capacity
Supports Multiple Embedded Projects

Frequency
16 MHz (Microcontroller Clock)

Software Support
Supports Windows, Linux, Mac OS

Programming Platform
Arduino Compatible IDE

Buzzer Specifications
5V Active Buzzer

User Manual
Included

Relay Specifications
5V, 1 Channel, 10A

PCB Material
FR4 Glass Epoxy

Breadboard Type
400 Tie Points

Mounting Type
Tabletop/Bench Mount

Safety Standards
RoHS Compliant

Project Examples Included
Yes

Supported Communication
UART, I2C, SPI

Connectivity
USB Type-B and Header Pins

Microcontroller Type
ATmega328 or Similar

LED Indicators
Onboard Power and Status LEDs

Onboard Memory
32 KB Flash, 2 KB SRAM

Embedded Kit Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash in Advance (CID), Telegraphic Transfer (T/T), Letter of Credit (L/C), Cash Advance (CA), Cheque

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Middle East, Western Europe, Asia, Eastern Europe, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Embedded Kit

EMBEDDED KIT

Add on kit for mechatronics design Platform with reconfigurable Input Output Architecture.

The kit include:

Includes a variety of commonly used motors, sensors, and components
Geared motor 19:1 (includes encoder for rotation and speed, 12 V)
Ultrasonic range finder (accurate readings of 0 in. to 255 in. or 6.45 m)
Compass.
Servo motor: standard (215 degrees rotation)
Servo motor: Continuous rotation
Accelerometer (3 axis, digital - SPI and I2C).
H-bridge driver (compatible with gear motor).
Gyroscope (3 axis, digital - SPI and I2C).
Infrared proximity sensor (10 cm to 80 cm).
Ambient light sensor (SPI)
All required tools for operation included
Installation and Commissioning and training included

Comprehensive Embedded Prototyping Solution

The kit delivers an integrated platform for embedded system development. Featuring a user-friendly breadboard, ATmega328 microcontroller, wide connectivity interfaces, and versatile I/O capabilities, it fits a range of IoT, automation, and educational applications. Expandable modules, reliable components, and compliance with global safety standards make it a valuable tool for learners and professionals alike.

Cross-Platform Software Compatibility

Program and upload your projects easily using the Arduino Compatible IDE, with support for Windows, Linux, and Mac OS. The kit supports USB Type-B connectivity, ensuring quick integration with most computers, while comprehensive documentation guides users through setup and development on all supported operating systems.

User-Friendly Design and Usage

Designed for effective learning and rapid prototyping, the kit includes clear onboard status and power indicator LEDs, a 400-point breadboard, and versatile sensor compatibility. Its robust construction, intuitive layout, and support for both digital and analog inputs and outputs cater to a wide spectrum of applications and audiences.

FAQs of Embedded Kit:

Q: How do I program the embedded kit and upload code to the microcontroller?

A: You can program the kit using any Arduino-compatible IDE on Windows, Linux, or Mac OS. Connect the device via USB Type-B cable, select the corresponding board and port in your IDE, and upload your code directly. Comprehensive instructions are provided in the included user manual.

Q: What are the primary use cases and benefits of this kit?

A: The embedded kit is ideal for educational training, IoT prototyping, student projects, and industrial automation. Its modular design, compatibility with various sensors, and integrated breadboard allow users to rapidly prototype, experiment, and test embedded system ideas with ease.

Q: When should I use the relay or buzzer features in my projects?

A: The onboard 5V relay (10A) lets you safely interface and control higher-power devices like motors or lamps, while the 5V active buzzer can generate sound alerts in alarm or notification systems. Both can be programmed via digital outputs on the microcontroller.

Q: Where can this kit be set up and used for development work?

A: With its tabletop or bench-mount design, the kit is suitable for classrooms, labs, home workshops, or industrial R&D setups. Its robust FR4 construction and moderate size ensure stability and durability wherever you choose to work.

Q: What is the process for integrating sensors and additional modules?

A: The kit supports both digital and analog sensor integration through GPIO and header pins. Simply plug sensors into the provided breadboard and connect to the I/O pins as per your circuit design. The kit also supports expandable modules, making it easier to scale your project.

Q: Which safety and quality standards does this kit comply with?

A: The kit adheres to RoHS compliance, ensuring it is free from hazardous substances. Additionally, the FR4 glass epoxy PCB and quality components guarantee reliable performance and user safety during development and prototyping.

Q: What advantages does the onboard memory and processor speed offer for projects?

A: With 32 KB flash and a 16 MHz clock speed, the ATmega328 microcontroller supports complex embedded applications and real-time processing. This allows more advanced project logic, sensor data acquisition, and responsive automation within memory and speed constraints.

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