5-1415899-4 Overview
The 5-1415899-4 is a high-performance electronic connector designed for reliable and secure electrical connections in industrial and commercial applications. This component features a robust construction that ensures durability under demanding environmental conditions, making it ideal for use in systems requiring consistent signal integrity and mechanical stability. Its precise mating design facilitates easy assembly and disassembly, reducing maintenance time and improving overall system uptime. Engineered for versatility, this device supports a broad range of applications where dependable interconnection solutions are critical. For detailed technical insights, visit IC 製造商.
5-1415899-4 Technical Specifications
| 參數 | 規格 |
|---|---|
| Contact Type | Pin |
| Number of Positions | 4 |
| 安裝類型 | Through-Hole |
| Contact Material | Phosphor Bronze |
| Contact Plating | Gold Flash |
| Insulator Material | Thermoplastic |
| 操作溫度範圍 | -40°C 至 +105°C |
| Rated Current | 5 Amperes |
| Rated Voltage | 250 Volts AC/DC |
5-1415899-4 Key Features
- Durable contact design: The phosphor bronze contacts with gold plating provide excellent conductivity and corrosion resistance, ensuring long-term signal integrity in high-reliability systems.
- Compact 4-position configuration: Optimizes space on PCBs, allowing engineers to design dense circuits without sacrificing connection performance.
- Through-hole mounting: Offers strong mechanical retention ideal for applications subject to vibration and mechanical stress.
- 寬廣的操作溫度範圍： Supports functionality in harsh environments from -40??C up to +105??C, suitable for industrial and outdoor installations.
5-1415899-4 Advantages vs Typical Alternatives
This connector offers enhanced reliability and durability compared to standard alternatives, thanks to its gold-flashed contacts and high-quality phosphor bronze material. The combination of a secure through-hole mounting and a compact footprint reduces assembly complexity while maintaining superior electrical performance. Its broad temperature tolerance and robust construction make it a preferable choice for applications demanding long service life and consistent operation under stress.
暢銷產品
典型應用
- Industrial control systems requiring secure, multi-pin connections capable of withstanding harsh environmental factors and mechanical stress.
- Telecommunications equipment where reliable signal transmission and compact connector size are important.
- Automotive electronics for sensor and control module interfacing under fluctuating temperature conditions.
- Consumer electronic devices that demand durable yet space-efficient connectors for internal wiring harnesses.
5-1415899-4 Brand Info
The 5-1415899-4 is part of a product line recognized for precision-engineered connectors designed to meet stringent industrial standards. Manufactured by a leading brand in electronic interconnect solutions, this component reflects a commitment to quality, reliability, and performance. The brand’s extensive experience in the semiconductor and connector market ensures that each product delivers consistent results aligned with engineering and sourcing requirements for demanding applications.
常見問題
What type of mounting does the 5-1415899-4 use?
The connector utilizes through-hole mounting, which provides excellent mechanical stability on printed circuit boards. This mounting style is particularly advantageous in environments subject to vibration or mechanical stress, ensuring a secure and durable connection.
精選產品
What materials are used in the contacts of this connector?
The contacts are made of phosphor bronze, known for its excellent electrical conductivity and mechanical strength. They are plated with a thin layer of gold flash to enhance corrosion resistance and maintain reliable electrical contact over time.
Can this connector operate in extreme temperature environments?
Yes, it supports an operating temperature range from -40??C to +105??C, making it suitable for use in harsh industrial, automotive, and outdoor applications where temperature variations are common.