MITSUBISHI FXAOM01AD Technical Specifications

MITSUBISHI FXAOM01AD: Revolutionizing Automotive Technology

Introduction

The MITSUBISHI FXAOM01AD represents a significant leap forward in automotive parts engineering, combining cutting-edge technology with reliable performance. As vehicle manufacturers increasingly focus on automotive efficiency optimization, this component delivers exceptional results across multiple applications. Furthermore, its design perfectly aligns with modern smart vehicle applications, making it a preferred choice for engineers worldwide.

Mitsubishi continues to push boundaries in car component design, and the FXAOM01AD exemplifies this commitment. With its robust construction and advanced features, this component serves as a cornerstone for numerous vehicle engineering solutions. Whether for conventional or electric vehicles, it provides the reliability and performance that modern automotive systems demand.

Technical Specifications

The MITSUBISHI FXAOM01AD specifications showcase its engineering excellence. Below we detail its key parameters that comply with international industry standards:

Parameter	Value	Standard
Operating Voltage	12-24V DC	ISO 16750-2
Temperature Range	-40°C to +85°C	ISO 20653
Current Rating	15A continuous	IEC 60947
Protection Class	IP67	IEC 60529
Weight	320g ±5%	ISO 9001

Moreover, the FXAOM01AD incorporates advanced automotive technology features including short-circuit protection, reverse polarity protection, and electromagnetic compatibility. Its compact design allows for flexible installation while maintaining optimal performance in various environmental conditions.

Applications and Benefits

The versatility of the MITSUBISHI FXAOM01AD makes it suitable for multiple vehicle engineering solutions. Primarily, automotive manufacturers implement this component in:

Electric power steering systems
Advanced driver assistance systems (ADAS)
Battery management systems for electric vehicles
Automotive lighting control modules

Consequently, engineers appreciate its reliability in critical systems. The component’s robust design ensures long-term performance, while its energy-efficient operation contributes to overall automotive efficiency optimization. Additionally, its compatibility with various vehicle architectures makes it a future-proof solution for evolving smart vehicle applications.