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White prototyping breadboard with 30 tie strips and two power rails on each side.

White Prototyping Breadboard (2x30 columns of tie strips and 2x2 rows of power strips)

$7.95
Qty:
Clear Semi Transparent Breadboard

Clear Prototyping Breadboard (2x30 columns of tie strips and 2x2 rows of power strips)

$8.50
Qty:
Thumbnail: A bundle of 65 jumper wires of various length and color. Bound together with the male connectors shown in the foreground.

Bundle of 65 Male to Male Flexible Jumper Wires

$8.95
Qty:
A single mini breadboard 17X10. Black color.
Single White 17X10 mini breadboard
Single Blue 17x10 Mini Breadboard
A single 17x10 mini breadboard (Red)
Single Green Mini Breadboard

Jumper Wire Pack 140 Pieces Multi-Size Multi-Color

$6.75
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40 pin IC Socket with mechanical pencil in background for scale.

40 pin IC Socket

$0.89
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SPDT Slide Switch 3 pin 30V

3 pin slide switch
3 pin slide switch

Introduction:

This is a compact SPDT slide switch which is great for usage as on ON/OFF button or any other type of control.

Description:

  • Contact Current Rating: 0.2A at 30V
  • Mount Style: Through Hole
  • Voltage Rating: 30V
  • Contact Form: SPDT

SPDT Slide Switch 3 pin 30V

$1.49
Qty:

Learn about the SPDT Slide Switch 3 pin 30V

Breadboarding: Connecting a Push Button Switch to the Microcontroller
The push button switch is connected to the first pin of the microcontroller (PORTB Pin 0) and the other end of the button is connected to ground since the pin will be in a high state.
Breadboard: Push Button and Two LEDs connected to Microcontroller with Hardware Debouncing
Breadboard circuit of one button with hardware debouncing and two LEDs (Light Emitting Diodes) connected to an AVR microcontroller. The push button switch is connected to pin 1 on PORT B and the LEDs...
Part 1: Microcontroller and LED Breadboard Circuit
Part 1: Making a circuit for the Atmel AVR Atmega32 microcontroller to light up an LED (Light Emitting Diode). The circuit consists of an LED, a resistor of the appropriate value to limit current to ...
On Paper: Power Requirements of the Atmega32 and Atmega324 AVR Microcontrollers
The power requirements for the the two microcontrollers (Atmega32 and Atmega324): Atmega32 - 4.5v to 5.5v Atmega324A - 1.8v to 5.5v (a much broader range of voltages) Atmega324P - 2.7v to 5.5v
On Paper: The Power Pins of the AVR Atmega32 and Atmega324 Microcontroller
The power pins of for the Atmega32, Atmega324A, Atmega324P and other pin compatible AVR microcontrollers are located at pin 10 (VCC) and pin 11 (GND).
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