555 Multi harmonic Oscillator Kit NE555 Non Steady State Circuit Double Flash Lamp Electronic Manufacturing Parts

The NE555 Multivibrator Kit is designed for building a simple multivibrator circuit using the NE555 timer IC, ideal for generating oscillations, pulse signals, or LED flash patterns. This kit is a great hands-on project for electronics enthusiasts and students, allowing you to experiment with timing and frequency circuits.

Specifications:

• Supply Voltage: 4.5V to 6V DC
• Capacitor Type: Electrolytic capacitor (polarized)
• LED: Used for visual output, indicating oscillations or pulse signals
• Resistor Specifications:
  • 200Ω Resistance Color Code: Red, Black, Black, Black, Brown (Two groups)
  • 2kΩ Resistance Color Code: Red, Black, Black (Label for protection)
  • 100kΩ Resistance Color Code: Brown, Black, Black, Orange, Brown
• Capacitors: Ceramic, non-polarized
• Electronics Components:
  • NE555 Timer IC: The central component for generating timing pulses
  • Resistors and Capacitors: For setting timing intervals, frequency, and duty cycle
  • LED: Visual indication of circuit operation
  • Electrolytic Capacitor: For smoothing or filtering the signal
• Installation Note: The chip gap direction must correspond with the gap on the PCB for proper installation.

Features:

• Adjustable Frequency: Allows for frequency modulation using the resistors and capacitors.
• Simple Oscillator Circuit: Use the NE555 timer to generate continuous square wave oscillations.
• LED Visual Feedback: Provides immediate feedback via LED lighting up during oscillation cycles.
• Durable Components: High-quality resistors and capacitors with long operational life.
• Easy Assembly: Clear guidelines and components make it easy to assemble and modify for learning purposes.

Perfect For:

• DIY electronics projects
• Learning about oscillators, timers, and frequency generation
• Hobbyists experimenting with LED flashing or pulse-width modulation circuits
• Students and educators for practical hands-on lessons in electronics