61-core SN plug
61 pins are typically arranged in a circular matrix, possibly in a concentric ring distribution, to achieve high-density signal transmission and power distribution in a limited space.
Keywords：
- Product Description
-
Structural Features
Pin Arrangement: 61 pins are usually arranged in a circular matrix, possibly in a concentric ring distribution, etc., to achieve high-density signal transmission and power distribution in a limited space.
Shell Material: Generally uses metal materials, such as aluminum, which have good strength and shielding performance. For example, the MS27467T25B61SN connector has an aluminum shell, cadmium-plated in grass green, which effectively protects the internal pins and provides electromagnetic shielding to prevent signal interference.
Insulating Material: Insulators are used to isolate the pins, ensuring the stability and safety of signal transmission. They usually use high-temperature resistant, wear-resistant engineering plastics or ceramic materials.
Performance Parameters
Rated Current: The rated current of different models of 61-core SN connectors varies. Selection should be based on the specific application scenario and load requirements. For example, in some small electronic devices, the rated current may be relatively small; while in some high-power devices or industrial applications, a larger rated current is needed.
Rated Voltage: Generally adaptable to higher voltage levels to meet the needs of different circuits.Operating Temperature: Usually has a wide operating temperature range, such as -65°C ~ 175°C, adaptable to various harsh working environments.
Contact Resistance: Low and stable contact resistance to ensure good conductivity, reducing signal transmission loss and heat generation.
Insulation Resistance: High insulation resistance, generally greater than 1000MΩ, ensuring the insulation performance between pins and preventing problems such as leakage and short circuits.
Application Areas
Aerospace: Used for connections between various electronic devices on aircraft, such as avionics systems and flight control systems, requiring high reliability and anti-interference capabilities.
Defense and Military: In military equipment, such as radar, communication equipment, and weapon control systems, the 61-core SN connector can meet its high requirements for signal transmission, ensuring stable operation in complex electromagnetic environments and harsh battlefield conditions.
Industrial Automation: In the control systems of automated production lines, robotic equipment, etc., it can achieve high-speed signal transmission and precise control between multiple sensors, actuators, and other devices.
High-end Electronic Equipment: Such as large computer systems and medical imaging equipment (such as MRI, CT, etc.), which need to transmit large amounts of data and signals. The 61-core SN connector can meet the requirements for signal transmission quality and stability.
Product Inquiry
Note: Please leave your email address, and our professionals will contact you as soon as possible!