Product Description (Detailed):
Discover the legendary NE555 Timer IC, a truly iconic and indispensable component in the world of electronics. This precision single 555 timer, housed in the convenient DIP-8 package, is a foundational integrated circuit used by hobbyists, students, and professional engineers alike for generating accurate time delays, oscillations, and pulse widths. Since its introduction, the NE555 has remained incredibly popular due to its remarkable versatility, ease of use, and cost-effectiveness.
The NE555 Timer IC can operate in three primary modes:
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Astable (Free-Running) Mode: In this mode, the NE555 functions as a continuous square wave generator or oscillator. By adjusting just two external resistors and one capacitor, you can precisely control both the output frequency and the duty cycle. This makes it perfect for applications like LED flashers, tone generators for alarms or musical instruments, logic clocks, and even pulse-width modulation (PWM) for motor speed control or light dimming.
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Monostable (One-Shot) Mode: Here, the NE555 generates a single, precisely timed output pulse in response to an external trigger. The duration of this pulse is determined by a single external resistor and capacitor network. This mode is widely used for creating timers, missing pulse detectors, bounce-free switches, and triggered measurement circuits.
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Bistable (Latch) Mode: Configured as a basic flip-flop, the NE555 can function as a set-reset latch, holding one of two stable output states until triggered to change. This is useful for switch debouncing and simple memory elements.
With its ability to sink or source up to 200mA of current, the NE555 can directly drive many loads, including LEDs, small relays, and buzzers. It operates reliably across a wide supply voltage range (typically 4.5V to 16V) and is compatible with both TTL and CMOS logic families. Its DIP-8 package ensures easy through-hole mounting on breadboards for prototyping and secure integration into permanent PCB designs. Whether you're embarking on your first blinking LED project, designing a complex automated system, or needing a stable timing reference, the NE555 Timer IC is the go-to solution for all your timing and oscillation needs.
The NE555P Timer IC is a precision timing device capable of producing accurate time delays and oscillation. It can be configured in monostable mode (one-shot pulse), astable mode (oscillator/blinker), or bistable mode (flip-flop), making it one of the most flexible ICs in electronics.
Housed in an easy-to-use DIP-8 package, the NE555P can source or sink current up to 200mA, making it suitable for directly driving LEDs, buzzers, or logic gates. This makes it ideal for students, hobbyists, and engineers working on waveform generation, signal delay, or frequency modulation projects.
Its wide supply range, stable performance, and low external component requirements make the NE555P a staple component in DIY electronics, Arduino interfacing, analog signal processing, and digital circuit design.
Key Features:
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Based on the popular 555 timer IC architecture
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Operates in monostable, astable, and bistable modes
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Wide operating voltage: 4.5V to 16V
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High output drive: up to 200mA
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TTL compatible and low power consumption
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Precise timing from microseconds to hours
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DIP-8 package, perfect for breadboard and PCB use
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Ideal for timer circuits, LED blinkers, tone generators, and PWM modules
Technical Specifications:
Parameter |
Specification |
Part Number |
NE555P |
Package Type |
DIP-8 (Dual Inline Package) |
Operating Voltage |
4.5V – 16V DC |
Output Current |
Up to 200 mA |
Frequency Range |
Up to 500 kHz |
Timing Accuracy |
±1% with proper components |
Temperature Range |
0°C to +70°C |
Output Type |
TTL compatible |
Power Supply Rejection |
86 dB typical |
Rise/Fall Time |
100 ns typical |
How to Use:
Modes of Operation:
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Monostable Mode – Generates a single pulse when triggered. Used for timers, delays.
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Astable Mode – Generates continuous square waves. Used for LED blinkers, tone generators.
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Bistable Mode – Functions as a flip-flop or latch circuit.
Typical Applications:
Applications:
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Arduino timing and delay circuits
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DIY electronics and robotics
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Analog waveform generation
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Home automation triggers
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555-based project kits and simulators
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Lab training in colleges and schools
Package Includes: