Description
ULN2003 Darlington Transistor Array IC (DIP Package) – High Current Driver IC for Stepper Motor, Relay, LEDs, Solenoid, Industrial Control
The ULN2003 Darlington Driver IC is a very popular, widely-used driver IC used by Electronics Technicians, Students, DIY Makers & Engineers.
It contains 7 NPN Darlington Transistor channels inside one package, which can drive high current loads using a low current logic signal.
This IC is commonly used in LED TV repairing, Arduino projects, Relay driver boards, Stepper motor driver modules, and industrial automation circuits.
⭐ Key Features & Highlights:
- ✅ 7 Channel Darlington Pair Output
 - ✅ Can drive high current loads up to 500mA (per channel)
 - ✅ Compatible with TTL/CMOS logic
 - ✅ Built-in protection diodes for inductive loads
 - ✅ Best for Relays, Motors, Solenoid control
 - ✅ Standard DIP Package – Easy to use on Breadboard or PCB
 - ✅ Low cost, high performance IC
 
🔧 Where You Can Use ULN2003:
| Application Area | Example Use | 
|---|---|
| Arduino / Raspberry Pi Projects | Stepper Motor Driver | 
| Home Appliance Control | Relay Board Output Stage | 
| LED Lighting Control | LED Strips / High Power LEDs | 
| Industrial Automation | Solenoid Valve / Motor Driver | 
| Electronics Repairing | LED TV / Control Board Output Drivers | 
📦 Technical Specifications Table:
| Specification | Details | 
|---|---|
| IC Model | ULN2003 | 
| Package Type | 16 Pin DIP | 
| Operating Voltage | 5V to 50V | 
| Output Current | Up to 500mA per channel | 
| Output Channels | 7 | 
| Input Logic Compatibility | TTL / CMOS | 
| Internal Protection Diode | Yes | 
| Material | Leaded DIP Package | 
| Temperature Range | -40°C to +85°C | 
🚀 Why You Should Buy This?
- Very easy to use with microcontrollers
 - Best IC to interface inductive loads
 - Reliable & durable performance
 - Perfect choice for students & technicians
 
🧰 Typical Applications:
- Relay Driver Board
 - Stepper Motor Driver
 - LED TV Control Boards
 - Industrial Control Systems
 - Home Automation Projects
 - Robotics & DIY Electronics
 








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