Box 500 electrolytic capacitors
Save 20%Transparent plastic case with compartments and closing hinge containing 500 radial electrolytic capacitors divided into 24 values ranging from 0.1µF - 1000µF. Dielectric: aluminum.
Overview
Transparent plastic box with compartments and closing hinge containing 500 radial electrolytic capacitors divided into 24 values ranging from 0.1µF - 1000µF.
Dielectric material: aluminum.
Contents of the package:
- 30 pieces - 0.1uF 50V dim: 4x7
- 20 pieces - 0.22uF 50V dim: 5x11
- 20 pieces - 0.47uF 50V dim: 5x11
- 20 pieces - 1uF 50V dim: 5x11
- 30 pieces - 2.2uF 50V dim: 4x7
- 30 pieces - 3.3uF 50V dim: 4x7
- 30 pieces - 4.7uF 50V dim: 4x7
- 30 pieces - 10uF 25V dim: 4x7
- 20 pieces - 10uF 50V dim: 5x11
- 30 pieces - 22uF 16V dim: 4x7
- 30 pieces - 22uF 25V dim: 4x7
- 30 pieces - 33uF 16V dim: 4x7
- 30 pieces - 47uF 10V dim: 4x7
- 20 pieces - 47uF 25V dim: 5x11
- 15 pieces - 47uF 50V dim: 6x11
- 20 pieces - 100uF 16V dim: 5x11
- 15 pieces - 100uF 25V dim: 5x11
- 15 pieces - 220uF 10V dim: 5x11
- 15 pieces - 220uF 25V dim: 6x11
- 10 pieces - 330uF 25V dim: 8x12
- 10 pieces - 470uF 10V dim: 6x11
- 10 pieces - 470uF 16V dim: 8x12
- 10 pieces - 680uF 16V dim: 8x12
- 10 pieces - 1000uF 16V dim: 10x16
Get Inspired
This project consists of a small robot controlled via WiFi using an Arduino MKR1000, MKR2UNO Shield Adapter and Arduino Motor Shield!
A few days ago, we launched the MKR2UNO Adapter, which enables you to easily turn an Arduino Uno form factor project into a MKR1000-based one. Simply mount your IoT board to the adapter, plug in any Uno shield and have a wireless device in no time. Our newly-published tutorial provides a step-by-step overview of how to build a WiFi-controllable robot using the MKR2UNO Adapter with a MKR1000 and an Arduino Motor Shield. This project combines the Arduino MKR1000's web server and Arduino Motor Shield's capabilities to drive a pair of different DC motors. A basic interface is hosted and hard-coded in the MKR1000, allowing the user to maneuver the robot up, down, left or right. Check out all of the schematics and code here!
