S-L2980A58PN-TF-G

[Voltage Regulators - Linear ABLIC S-L2980A58PN-TF-G] Overview

This high-quality linear voltage regulator, manufactured by ABLIC, is an essential component for maintaining stable voltage levels in electronic circuits. The S-L2980A58PN-TF-G regulator is designed to deliver a precise output voltage of 5.8V with a maximum current of 150mA, ensuring consistent performance even in demanding applications.

Featuring a compact 5SON package, this regulator is suitable for space-constrained designs without compromising on efficiency or reliability. Its low dropout voltage and excellent line regulation make it ideal for a wide range of industrial and consumer electronics projects.

Engineered with reliability and longevity in mind, this regulator meets the stringent quality standards set by ABLIC, guaranteeing consistent performance over extended periods of use. Whether you're designing power supplies, instrumentation, or control systems, the ABLIC S-L2980A58PN-TF-G provides the stability and precision you need for your applications.

[S-L2980A58PN-TF-G] Features

• Precision linear voltage regulation
• Output voltage: 5.8V
• Maximum output current: 150mA
• Low dropout voltage
• Excellent line regulation
• Compact 5SON package
• High reliability and longevity
• Wide operating temperature range
• Short-circuit protection

[S-L2980A58PN-TF-G] Applications

• Industrial automation: Utilize the S-L2980A58PN-TF-G in PLCs, motor control systems, and industrial instrumentation to ensure stable and reliable voltage supply, enabling smooth operation in manufacturing environments.
• Consumer electronics: Incorporate this regulator into portable devices, handheld instruments, and battery-powered gadgets to maintain consistent voltage levels, extending battery life and enhancing overall performance.
• Telecommunications: Integrate the S-L2980A58PN-TF-G into telecom infrastructure, networking equipment, and base stations to regulate voltage levels, ensuring reliable communication and data transmission in diverse operating conditions.