1375800-4 Signal Relay Module – Compact PCB Mount Package

1375800-4 Overview

The 1375800-4 is a high-performance electronic connector designed for reliable interconnection in demanding industrial and commercial applications. This component features a robust design ensuring secure mechanical and electrical mating, making it ideal for environments requiring consistent signal integrity and durability. With its precise contact configuration and optimized materials, it supports efficient power and signal transmission while maintaining long-term reliability. The product is engineered to meet stringent industry standards, offering enhanced resistance to wear, corrosion, and environmental factors. Sourcing this connector from Produttore di circuiti integrati guarantees quality and compatibility for advanced electronics system designs.

1375800-4 Technical Specifications

1375800-4 Key Features

• Compact 4-position design: Enables efficient wiring layouts while maintaining signal integrity, reducing space requirements in complex assemblies.
• Gold flash contact plating: Improves corrosion resistance and ensures reliable electrical contact over many mating cycles, critical for long-term performance.
• Durable phosphor bronze contacts: Provide excellent mechanical strength and electrical conductivity, enhancing connector reliability in harsh environments.
• Thermoplastic insulator housing: Offers strong dielectric properties and thermal stability, supporting use in elevated temperature applications up to 105??C.

1375800-4 Advantages vs Typical Alternatives

This connector stands out from typical alternatives by combining a compact footprint with robust contact materials and plating, delivering superior durability and electrical performance. Its crimp termination enhances connection reliability compared to soldered types, while the gold flash plating minimizes contact resistance and oxidation risks. Together, these features contribute to improved system uptime and ease of integration in industrial and commercial electronic assemblies.

Applicazioni tipiche

• Industrial control systems requiring dependable multi-position connectors for signal and low-power interconnection in challenging environmental conditions.
• Automation equipment wiring harnesses where compact and reliable connectors are essential to maintain operational continuity.
• Consumer electronics devices needing secure and corrosion-resistant connectors for internal signal routing.
• Telecommunications equipment that demands stable electrical performance and mechanical robustness in connectors.

1375800-4 Brand Info

Manufactured by a leading industry supplier, this connector series is designed with precision engineering to meet rigorous quality and performance standards. The brand??s commitment to innovation and reliability is reflected in the 1375800-4??s construction, ensuring consistent performance across diverse industrial environments. It benefits from extensive validation and quality testing, making it a trusted choice for engineers seeking dependable interconnect solutions.

FAQ

What type of termination does the 1375800-4 use?

This connector utilizes a crimp termination method, which provides strong mechanical and electrical connections. Crimping ensures reliable contact integrity and is preferred in applications requiring vibration resistance and ease of field assembly.

What is the maximum current rating for this connector?

The current rating is 5 amperes per contact, suitable for low to moderate power applications commonly found in control and signal circuits. This rating ensures safe operation without overheating or degradation under normal use conditions.

Can the 1375800-4 connector operate in harsh environments?

Yes, with its phosphor bronze contacts and gold flash plating, combined with a thermoplastic insulator, the connector is designed for durability in industrial settings. It withstands temperature ranges from -40??C to +105??C and resists corrosion and wear.

Is this connector suitable for high-frequency signal applications?

While primarily designed for power and general signal transmission, the connector’s precise contact arrangement and plating help maintain signal integrity. However, for high-frequency or RF applications, additional considerations regarding impedance and