AP2204R-5.0TRG1 - Diodes Incorporated

Manufacturer Part Number

AP2204R-5.0TRG1

Manufacturer

diodes

Introduction

The AP2204R-5.0TRG1 is a low dropout (LDO) linear voltage regulator, part of the Power Management integrated circuit category, specially designed to maintain a steady 5V output from a maximum input of 24V.

Product Features and Performance

Output Configuration: Positive

Output Type: Fixed

Number of Regulators: 1

Voltage Input (Max): 24V

Voltage Output (Min/Fixed): 5V

Voltage Dropout (Max): 0.5V @ 150mA

Current - Output: 150mA

Current - Quiescent (Iq): 50 µA

Current - Supply (Max): 2.5 mA

PSRR: 60dB (100Hz to 1kHz)

Protection Features include Over Current and Over Temperature

Product Advantages

Ensures stable 5V output under varying input conditions up to 24V

Low quiescent current facilitates energy efficiency

High PSRR ensures regulatory performance is robust against supply noise

Key Technical Parameters

Max Input Voltage: 24V

Fixed Output Voltage: 5V

Max Output Current: 150mA

Voltage Dropout: 0.5V @ 150mA

PSRR: 60dB from 100Hz to 1kHz

Quality and Safety Features

Equipped with Over Current and Over Temperature protection for improved safety and reliability

Compatibility

Surface Mount compatible

Packaged in a SOT-89-3 which matches industry standard TO-243AA size

Application Areas

Suitable for low-power battery-operated devices

Ideal for microcontroller power supplies

Useful in various electronic applications requiring 5V supply

Product Lifecycle

Product Status: Last Time Buy

Potential users should consider securing purchases or investigating replacement products as the model is nearing discontinuation

Several Key Reasons to Choose This Product

Stable performance with an output of 5V from input up to 24V

Low dropout feature enhancing efficiency

Integral safety features such as Over Temperature and Over Current protection

Compact SOT-89-3 package for versatile use in space-constrained applications

Positive output configuration facilitates straightforward integration in multiple circuit designs