Scheme-it

Introduction

Schematic Drawings

Use schematic symbols to layout the components of your circuit and make electrical connections. With symbols ranging from amplifiers to vacuum tubes, as well as the ability to build custom symbols, you are able to design nearly any circuit. Access to Digi-Key's extensive part database also allows you to browse and assign orderable part numbers.

Diagram Building

Use the system blocks to refine your idea at a conceptual level. The higher-level components are there to help you plan out the broader intentions of your idea. This powerful block chain library allows you to quickly layout the function of circuit. Once your design is ready, save and share with your colleagues.

Flow Chart Creation

The flow chart creation option will help transition your concept to a design. Use the library of arrows, shapes, UML symbols, and more to sort out the flow and annotate each stage. Insert a textbox, math function/formula, image, or link to help illustrate the objectives and make your plan easy to follow.

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Projects

Public Projects

My Projects

Design Starters

Circuit Fundamentals

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KIT-22296

2024-05-01 16:05:47

The XRP platform includes:

Progression from fundamental robotics to driving, line following, using sensors, using a robotic arm, and culminates in building an autonomous delivery robot
Coding environment includes Blockly tools/libraries, Python, and the FIRST ® Robotics coding development tool, WPILib
Easy-to-assemble hardware kit that can be built completely tool-free (no soldering, no screws)
Online activities and modules that build on one another
Content designed for middle and high school students and beginners to customize the robot in numerous ways

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More Details

Senior Design Project - Power Distribution Unit

2024-05-01 09:08:21

This Power Distribution Unit (PDU) is meant to interface with a 7S LiPo battery and loads for an Earth-based prototype of a rover, specifically for the University Rover Challenge. The rover includes devices that connect via USB, an MCU to send and receive status updates to the base station, a GPU for vision analysis, servo motors for the robotic arm end effector, and wireless communication equipment. The more powerful motors on the rover--including the drive motors and joint motors for the robotic arm--will directly receive power from the battery due to power dissipation concerns in a PCB. This board can successfully integrate part of the complex power distribution system into a tightly packaged module.