The AZ1086T-2.5 is a low dropout positive voltage regulator that can deliver up to 1.5A of output current with a fixed 2.5V output. Manufactured by BCD Semiconductor Manufacturing Limited, this regulator is suited for applications requiring a stable 2.5V supply with minimal dropout voltage.

Applications

• Linear post-regulation for switching power supplies
• Power management in battery-operated systems
• Voltage regulation for microprocessors and digital circuits
• Powering peripherals such as hard drives and optical drives
• Industrial control systems
• Networking equipment

Features

• Fixed 2.5V Output: Provides a stable and accurate 2.5V regulated output.
• Low Dropout Voltage: Ensures efficient operation with minimal input-output voltage differential.
• 1.5A Output Current: Delivers sufficient current for various electronic devices.
• Built-in Thermal Shutdown: Protects the regulator from overheating under high load conditions.
• Current Limiting: Prevents damage from excessive current draw.
• High Accuracy: Provides precise and reliable voltage regulation.

Benefits

• Improved Efficiency: Low dropout voltage minimizes power loss, enhancing system efficiency.
• Reliable Operation: Built-in protection mechanisms ensure stable and dependable performance.
• Simplified Design: Requires minimal external components, streamlining circuit design.
• Thermal Protection: Protects the device and the system from thermal damage.
• Consistent Power: Provides a stable power supply for sensitive electronic components.

Additional Details

The AZ1086T-2.5 comes in a TO-220 package. Its fixed output simplifies circuit design, offering a dependable solution for applications needing a 2.5V supply. The device is designed to operate with ceramic output capacitors, providing stability across a wide range of operating conditions. Its robust design and protective features make it suitable for commercial and industrial applications where a regulated 2.5V supply is critical. It's commonly used in applications where space and efficiency are important considerations.