SG3503DM

Voltage Reference Microchip Technology SG3503DM Overview

The SG3503DM by Microchip Technology is a high-performance, precision integrated circuit voltage reference, specifically designed for stability and reliability. Offering a tight 1% voltage precision, this device is encapsulated in an 8SOIC package, making it ideal for applications requiring space-efficient, accurate voltage references. The SG3503DM excels in providing consistent, dependable performance, crucial for industrial, automotive, and telecommunications systems where precise voltage control is mandatory. Its design emphasizes ease of integration with a variety of microcontrollers and analog components, appealing directly to B2B customers looking for scalable, robust electronic solutions.

SG3503DM Features

This voltage reference IC boasts several features that make it both reliable and easy to use. Key features include a stable, low-temperature coefficient, a series reference type, and a small footprint due to its 8SOIC packaging. The precision of 1% voltage accuracy ensures high-fidelity performance in demanding applications. Designed for durability, the SG3503DM also features robust electrostatic discharge (ESD) protection, enhancing its suitability for complex electronic circuits.

SG3503DM Applications

• Power Management Systems: Utilized to provide stable reference voltage, ensuring accurate power supply to critical sections of electronic circuits.
• Automotive Electronics: Serves as a reference point for sensors and electronics, contributing to more precise control systems in vehicles.
• Data Acquisition Systems: Enhances accuracy and consistency in measurements by providing a stable reference voltage, critical for high-precision sensors and converters.
• Telecommunication Equipment: Assists in regulating power and providing reference voltages to maintain signal integrity across various communication technologies.
• Portable Devices: Offers stable voltage references in compact, battery-operated devices, crucial for maintaining operational consistency.