LM339 Quad Comparator IC DIP14 | LM339 Through Hole IC

About LM339 Quad Comparator IC DIP14 | LM339 Through Hole IC:

The LM339 Quad Comparator IC DIP14 is a versatile and high-performance through hole IC designed for precision voltage comparison in a wide range of analog and digital applications. This LM339 Through Hole IC contains four independent voltage comparators with open-collector outputs, enabling robust interfacing with various circuit configurations. Its reliable performance and broad supply voltage range make it a preferred choice for engineers, hobbyists, and students working on electronics projects in India.

Designed for both prototype and production environments, the LM339 comparator IC offers exceptional accuracy, low power consumption, and stable operation even under varied conditions. The DIP-14 through hole package allows for easy mounting on standard PCBs and breadboards, making it ideal for learning, development, and industrial automation applications.

Key Features

• Type: LM339 Quad Differential Comparator IC

• Package: DIP-14 Through Hole

• Four independent voltage comparators in one IC

• Wide supply voltage range: 2V–36V single supply or ±1V to ±18V dual supply

• Low input bias current and offset current

• Open-collector outputs for flexible interfacing

• TTL and CMOS logic compatible

• Low power consumption and high stability

• Temperature range: −40°C to +85°C

• Ideal for industrial and DIY electronics

Applications

The LM339 Through Hole IC is perfect for a wide variety of applications, including but not limited to:

• Voltage level detection and monitoring

• Zero-crossing detectors

• Battery voltage monitoring and protection

• Sensor signal conditioning

• Oscillator and pulse generator circuits

• Analog-to-digital signal conversion

• Industrial process control

• Educational and DIY electronics projects

Why Choose LM339 Quad Comparator IC DIP14?

The LM339 has established itself as a reliable and widely used comparator IC for decades. Its through hole DIP14 package provides robust mechanical stability and ease of use for PCB assembly and prototyping. The combination of four independent comparators in a single IC makes it cost-effective and space-saving for compact circuit designs.

In industrial applications, the LM339 ensures precise voltage comparison even in noisy environments, thanks to its high common-mode rejection ratio (CMRR) and low offset voltage. This makes it ideal for automation, instrumentation, and safety-critical systems where accuracy matters.

For electronics hobbyists and students in India, the LM339 Through Hole IC is perfect for hands-on learning. Its clear pinout, easy mounting, and versatility make it a favorite in electronics labs and DIY kits. Whether you are building a sensor-based automation system or designing a battery protection circuit, the LM339 provides stable performance and dependable results.

Benefits of LM339 Through Hole IC

• High Precision: Reliable comparison with low offset and bias currents.

• Versatility: Four comparators in a single package for compact designs.

• Durability: Robust through-hole packaging for stable mounting.

• Low Power Consumption: Ideal for battery-operated and energy-efficient projects.

• Ease of Use: Compatible with TTL and CMOS logic for flexible interfacing.

Summary

The LM339 Quad Comparator IC DIP14 is a high-quality, reliable, and cost-effective solution for analog and digital comparison needs. Its through hole design offers durability and easy integration, making it perfect for engineering projects, industrial automation, and educational purposes in India. Combining precision, versatility, and stability, the LM339 Through Hole IC stands out as a trusted component in electronics design.

Equip your projects with the proven performance of the LM339 Quad Comparator IC DIP14 and enjoy accuracy, stability, and reliability for every application.

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