FAN2505S285X

[Voltage Regulators - Linear] onsemi FAN2505S285X Overview

The onsemi FAN2505S285X is a linear voltage regulator integrated circuit designed to provide a stable output voltage of 2.85V with a maximum output current of 200mA. This SOT235-packaged IC offers precise voltage regulation, making it suitable for various industrial and consumer electronic applications where a reliable power supply is essential.

With its compact form factor and efficient performance, the FAN2505S285X is an ideal choice for powering low-power microcontrollers, sensors, and other digital devices. Its robust design ensures consistent voltage output, enhancing the overall reliability and longevity of connected electronics.

Whether used in battery-powered devices, instrumentation, or embedded systems, this voltage regulator delivers consistent performance, making it a preferred solution for engineers and designers seeking dependable power management solutions.

FAN2505S285X Features

• Stable output voltage of 2.85V
• Maximum output current of 200mA
• Compact SOT235 package
• Precision voltage regulation
• Low dropout voltage
• Wide operating temperature range
• Low quiescent current
• Short-circuit and thermal protection

FAN2505S285X Applications

• Portable electronic devices: The FAN2505S285X is well-suited for powering handheld devices such as MP3 players, digital cameras, and handheld terminals, providing a stable power source for efficient operation.
• Wireless communication systems: In wireless communication devices like routers, access points, and modems, this voltage regulator ensures consistent voltage supply, contributing to reliable connectivity and performance.
• Automotive electronics: The FAN2505S285X can be used in automotive applications such as dashboard displays, infotainment systems, and sensor modules, ensuring stable power delivery for uninterrupted operation.
• Industrial automation: For industrial control systems, PLCs, and data acquisition equipment, this IC offers precise voltage regulation, enhancing the reliability and accuracy of critical processes.