RTL OR

£4.99

Available From



Short Description

The RTL OR Kit provides a practical way to explore OR logic gates using discrete Resistor Transistor Logic (RTL). It features tactile buttons and LED indicators, making it ideal for learning the fundamentals of binary logic and constructing simple digital circuits.

Product Code (SKU)

RTLOR

RoHS & REACH Compliant

YES

Product Description

The RTL OR Kit is part of the MitchElectronics RTL Kit range, designed to teach binary logic fundamentals through discrete logic gates. The kit demonstrates how OR gates function using transistors, resistors, and LEDs. With tactile buttons serving as inputs and an LED to represent the output, this kit visually showcases how an OR gate works in real-time. It's a great educational resource, a fun hobby project, and an excellent addition to other RTL kits for building complex systems.



Instructions/Documentation





Product Specifics


  • Component Count : 11
  • Battery Powered? : Yes, 9V PP3
  • Operating Voltage : 5V - 9V DC
  • Operating Frequency : N/A
  • Output Voltage : N/A
  • Output Current : N/A
  • Dimensions (PCB) : 35mm x 33mm
  • Mounting Holes : Yes
  • Prebuilt : No – Kit form
  • Batteries Not Included

Included In This Kit


  • 3 x 2N3904 Transistors
  • 5 x 10K Resistors
  • 1 x 3mm Red LED
  • 2 x Tactile Switches
  • 1 x PP3 Battery Connector


Applications

The RTL OR Kit is a versatile and user-friendly tool designed to cater to a wide range of applications, making it an ideal solution for various industries and individuals. From education to prototyping, hobby projects, and logic demonstrations, the kit offers a comprehensive platform for exploring digital circuits and binary logic.

In the field of education, the RTL OR Kit serves as an excellent teaching tool for students to understand the fundamentals of OR logic gates and binary logic. By utilizing the kit, educators can create interactive and engaging learning experiences that help students grasp complex concepts in a hands-on manner. The kit's simplicity and ease of use make it an ideal tool for introductory courses in electronics and digital logic, enabling students to develop a solid foundation in binary systems and circuit design.

Beyond the educational sector, the RTL OR Kit is also highly suitable for prototyping purposes. Its modular design and flexibility allow users to build simple circuits or combine multiple kits to create more complex systems. This feature makes it an attractive option for engineers and researchers who require a rapid prototyping solution to test and validate their ideas. The kit's compact size and low cost also make it an excellent choice for proof-of-concept designs, enabling users to quickly iterate and refine their concepts without incurring high expenses.

In addition to its educational and prototyping applications, the RTL OR Kit is also an excellent tool for hobbyists and electronics enthusiasts. The kit's user-friendly interface and simple design make it easy to understand and use, even for those with limited experience in electronics. By utilizing the kit, hobbyists can learn the basics of digital circuits and binary logic, gaining a deeper understanding of how electronic systems work. This knowledge can then be applied to a wide range of projects, from simple circuits to more complex systems, empowering hobbyists to explore new ideas and concepts.



Notes

Note that product specifics such as output frequency depend on the tolerance of the components. The numbers provided here are an approximation only. Also take note that the estimated delivery is not guaranteed (unless special delivery is chosen) and free delivery has a maximum waiting time of two weeks. Any product that is returned which is built using lead solder is ineligible for a refund.

All parts sold by MitchElectronics are compliant with RoHS and REACH directives which ensure that they can be used in commercial environments as well as complying with environmental laws. Watch the video below to learn more about RoHS compliance and why it may be important for your next DIY project!

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