LM2596T Adjustable HTC OG Step Down Switching Regulator IC Original OG (LM2596T TO-220 IC)
The LM2596T Adjustable HTC OG Step Down Switching Regulator IC Original OG is a high-efficiency DC DC buck converter designed to deliver adjustable regulated output voltage for power supply and electronic circuit applications. This HTC original OG quality TO-220 package regulator IC ensures reliable performance, long life, and stable voltage regulation, making it ideal for professional and industrial use.
The LM2596T ADJ IC is widely used in India for SMPS power supplies, embedded systems, battery-operated devices, and industrial electronics. Its switching regulator design minimizes heat generation and power loss compared to linear regulators, making it suitable for compact and energy-efficient designs.
Key Features
- Adjustable Output Voltage: Output voltage can be set using external resistors.
- High Efficiency Buck Converter: Reduces power loss and improves performance.
- HTC Original OG Quality: Ensures reliable and long-lasting operation.
- High Output Current: Supports up to 3A output current.
- Low Heat Generation: Ideal for efficient power supply applications.
- Minimal External Components: Simplifies circuit design and reduces cost.
- Built-in Protection: Includes thermal shutdown and current limiting.
- TO-220 Package: Ensures effective heat dissipation and durability.
Specifications
- IC Type: Step Down Switching Regulator IC
- Output Type: Adjustable Voltage Output
- Output Current: Up to 3A Output Current
- Input Voltage Range: Wide input voltage support
- Switching Frequency: Fixed frequency operation
- Efficiency: High efficiency power conversion
- Package Type: TO-220 Through-Hole IC
- Mounting Type: Through-Hole Mounting
- Applications: SMPS power supply DC DC converter embedded systems battery charger industrial electronics
Pinout Configuration (TO-220 Layout)
- Vin Input Supply Pin
- Vout Regulated Output Pin
- GND Ground Pin
- Feedback Pin for voltage adjustment
- ON OFF Control Pin for regulator operation
