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The Aerospace Feld of Card Connector

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The Application of Card Connector in Aerospace Field

Moarconn has 20 years of experience in the connector industry to provide the one-stop solution for you

Unmanned aircraft, commercial space tourism, and aviation flight data science are emerging trends in the aerospace industry. Unmanned aircraft will see extensive use in agriculture, logistics, and transport. Commercial space tourism will cater to high-net-worth individuals and travel enthusiasts, while aviation flight data science will enhance flight safety and reduce maintenance costs. International cooperation and competition will drive the industry's growth in space exploration, technology R&D, and personnel training. Moarconn, specializing in R&D and production of card connectors, aims to seize this opportunity through technological innovation, global collaboration, and sustainable development, contributing to the aerospace sector.

Flight data recorder

The SD card connector in the flight data recorder (black box) is typically used to store flight data, including flight parameters, communication logs, crew dialogue, etc. for accident investigation and flight data analysis.

Flight electronics equipment

Flight navigation systems and control computers often use Micro SD card connectors for storing route and map data. Nano SIM card connectors are used in aerospace electronic equipment to connect to mobile networks for remote monitoring, troubleshooting, and software updates.

Flight communication equipment

In-flight communication equipment (e.g., communication systems on board aircraft, satellite communication systems, etc.) is usually equipped with Nano SIM card connectors, which are often used to connect to satellite or terrestrial mobile communication networks for calls, data transfer, and other functions.

Drone

Drones often carry cameras or other sensors to take photos, record video, or collect other data. This data requires a storage space to save it, and the micro SD card connector provides just that. Users can save captured photos, videos, and other data to a memory card for subsequent viewing, editing, or sharing.

Aerospace Sector Requirements for Card Connectors

For products in the aerospace sector, customers may face the following pain points when using card connectors

Aerospace Equipment Pain Points

: Reliability issues in extreme environments:
Aerospace equipment needs to work in extreme environments, including high temperature, low temperature, high humidity, strong radiation and severe vibration. SD card connectors must be able to maintain stable and reliable performance under these extreme conditions to ensure safe storage and reading of data.

: High reliability and long life issues:
Aerospace equipment usually needs to operate uninterruptedly for a long time. SD card connectors must have extremely high reliability and long life to ensure that there will be no problems such as poor contact, data loss or equipment failure during long-term use.

: Strict safety and quality requirements:
The aerospace field has extremely high requirements for the safety and quality of equipment, and the failure of any component may lead to serious consequences. SD card connectors need to meet strict industry standards and quality control requirements to ensure their stability and reliability in critical missions.

: Long-term reliability and life requirements
Aerospace products are often designed for a very long life. Card connectors must have long-term reliability and stability, and be able to maintain performance over a long period of time.

Moarconn Solution

As a professional manufacturer of card connectors, Moarconn will provide the following effective solutions to the pain points faced by aerospace products when using card connectors

: Specialized materials and design
We develop high-performance materials specifically for use in aerospace applications and design card connectors to withstand extreme temperatures, pressures and vibrations to ensure the reliability and stability of the connectors.

: Lightweight design
We use lightweight materials and structural designs to reduce the weight of our card connectors while taking up less space. This also meets the stringent weight and volume requirements of aerospace products.

: High Reliability and Stability Testing
We conduct reliability and stability testing of the card connectors in high temperature, low temperature, high pressure, high vibration and other environments to ensure that the connectors can still work stably under extreme conditions.

: EMI/RFI shielding design
We can design card connectors with good electromagnetic interference (EMI) and radio frequency interference (RFI) shielding performance to ensure that the electronic systems of aerospace products work stably and are not affected by external interference.

: Long-term reliability and longevity guarantee
We can provide long-term quality assurance and after-sales service to ensure that the card connectors maintain stable performance over a long period of time, and provide the necessary maintenance and support.

: High Reliability and Stability
The aerospace industry has extremely stringent requirements for card connectors, especially in extreme environments, such as high temperature, high pressure, high vibration and other conditions. Card connectors must ensure that the connection is strong and stable, and can provide a reliable electrical connection. At the same time, card connectors also have a strong mechanical protection ability, through the careful design of the shell and internal structure, can effectively absorb the external impact, reduce the risk of damage, so as to ensure the stable operation of aerospace equipment in complex environments.

: Diverse application scenarios
Whether it is satellites, missiles, aircraft or drones and other aerospace equipment, Moarconn’s card connectors can meet a variety of connectivity needs with their flexible design.

: Excellent Electrical Performance:
Aerospace equipment requires high electrical performance. Moarconn’s card connectors can provide an electrical connection with low impedance and low signal distortion, ensuring the stability of data transmission and power supply.

: Lightweight design
Aerospace equipment has strict weight limitations, Moarconn’s card connectors usually have a compact structure and lightweight design, which helps to reduce the overall weight of the equipment and improve flight efficiency.