Overview of D38999/26WD35PN by Amphenol Corporation
The D38999/26WD35PN is a MIL Series Connector characterized by its robust construction and versatility in demanding applications. Manufactured by Amphenol Corporation, this connector features a male crimp terminal design, accommodating 37 contacts. It is housed in an aluminum alloy shell and employs a plug body/shell style. Specifically designed for cable mount applications, it supports a solder termination type and is bulk packaged.
This connector is compliant with the MIL-DTL-38999 standard, which ensures high performance in harsh environments. The D38999/26WD35PN is designed for optimal reliability and durability, featuring gold-plated mating contact finishes and an EMI-shielded backshell type. The connector operates over a temperature range from -65 °C to 175 °C, making it suitable for a wide range of operating conditions.
Key attributes such as corrosion, environmental, and moisture resistance underline its suitability for critical and rugged applications. The plug is equipped with a threaded coupling type for secure and reliable mating, and the shell is finished in cadmium for additional protection against harsh elements.
Industry Applications for D38999/26WD35PN
The D38999/26WD35PN connector could find potential usage in various high-demand sectors due to its robust design and compliance with critical performance standards. Here are a few illustrative applications:
- Aerospace and Defense: This connector might be used in aircraft systems, satellite communications, and military vehicles due to its MIL spec compliance and ability to operate in extreme environmental conditions.
- Industrial Automation: The ruggedness and reliability could make it suitable for robotics and manufacturing equipment, where consistent performance and resistance to environmental factors are critical.
- Telecommunications: Its excellent EMI shielding capacities might make it appropriate for critical communications infrastructure, potentially ensuring signal integrity in high-interference environments.
- Marine Technology: The corrosion-resistant features and robust moisture barriers may be ideal for marine navigation and communication systems, where exposure to harsh maritime conditions is a common challenge.
- Space Technology: Given its wide operating temperature range and high reliability under severe conditions, this connector could potentially be suitable for spacecraft and associated ground equipment.
These potential industry applications are conceptual/illustrative and require rigorous analysis and verification by engineering and design teams to ensure conformity with industry standards and specific application requirements.
About Amphenol Corporation
Amphenol Corporation is a leading designer and manufacturer of electrical, electronic, and fiber optic connectors, interconnect systems, and coaxial and specialty cables. Amphenol’s Military Circular Connectors are a critical part of its product lineup, designed to meet the stringent requirements of military and aerospace applications. These connectors, including the D38999/26WD35PN, are renowned for their durability and performance in harsh environments.
Amphenol’s expertise in producing EMI-shielded, moisture-resistant, and rugged connectors make their products highly sought after for applications requiring uncompromised reliability under stress. The D38999 series, of which D38999/26WD35PN is a part, reflects the company’s commitment to quality and performance, encapsulating advanced technical features that comply with military specifications.
Where to Find D38999/26WD35PN by Amphenol Corporation
The D38999/26WD35PN can be researched and purchased through various distributors. Notable distributors previously stocking this part include Chip1Stop, Avnet Asia, Powell Electronics, PEI Genesis, and Mouser Electronics among others. However, to ensure current stock levels and pricing, potential buyers should visit findchips.com, where they can also find alternative Military Circular Connectors from Amphenol Corporation or other manufacturers.