Newbiehack-Integrated Circuits-Buffer-Quad-Buffer-Line-Driver-Throughhole

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

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Thumbnail: Crystal Oscillator 18.432 MHz for UART

18.432 MHz Crystal Oscillator 18pf 30ppm

$0.94

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Thumbnail: Quartz crystal oscillator - 16 MHz

16 MHz Crystal Oscillator 20 pF Through Hole

$0.75

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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

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40 pin IC Socket

$0.89

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Tumbnail: 62 oz-in NEMA 17 Stepping motors (also called stepper motor)

NEMA 17 Stepping Motor (62 oz-in 5mm single shaft)

$19.95 Out of Stock

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NEMA 23 Stepping Motor

$24.95

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2.5 Stepper Motor Driver (Modular unit)

$45.00

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NEMA 11 Stepping Motor (16.7 oz-in)

$17.95

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Quad Buffer Line Driver 74HC126E

Introduction:

This chip enables you to control a digital signal line. You can turn off, or on a line when you need to, and the signal is conditioned since the output is an open collector. There are four (4) buffers (line drivers) in this chip. The output must be pulled up to a voltage source. If you don't use some of the buffers in your application, bring them to ground or vcc.

Description:

Quad Buffer Line Driver (Through Hole)

$0.69

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Learn about the Quad Buffer Line Driver 74HC126E

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 ...

Breadboard the LED to Microcontroller with Resistor

Physically wiring the circuit for an LED (Light Emitting Diode) to a microcontroller and a resistor so we can turn the LED on and off.

Part 2: Making a Microcontroller Program to Turn on an LED

Part 2: Making a program 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 ...

Schematic: Two LEDs and Push Button to Microcontroller with Hardware Debouncing

Schematic on paper 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...

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...

Learn the Fundamentals of Mechatronics!

Quad Buffer Line Driver 74HC126E

Learn about the Quad Buffer Line Driver 74HC126E