TDGL019

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TDGL019, also known as the Elastomeric Cable Connector, is a revolutionary development in the embedded systems industry. It utilizes elastomeric material to connect connectors with cables at both ends, allowing for a reliable and robust interface. TDGL019’s application field covers a wide spectrum of embedded systems, including MCU, DSP, and similar operations. Furthermore, the TDGL019 was designed for use in various industries, such as medical, aerospace, and automotive.

The TDGL019 application field, however, does not end there. When used in connection with custom designs, it is possible to take advantage of the technology for multipurpose usage. This ability provides manufacturers with unprecedented flexibility, allowing them to experiment with new designs and technologies without hindering their product\'s flexibility and efficiency.

The working principle of the TDGL019 is based on its elastomeric material, which was developed to ensure reliable electrical and mechanical contact between two components, i.e. the cable and connector. The material used in this technology consists of a combination of elastic silicone gel and EPDM rubber. This material is highly resistant to thermal and mechanical shock, as well as providing increased contact between the two components. Furthermore, the use of EPDM rubber allows for improved current carrying capacity due to its natural properties.

In addition to ensuring reliable contact between two components, the TDGL019 also provides protection from dust, moisture, and corrosion. This protection is due to the EPDM rubber and silicone gel, which trap dust and moisture, preventing them from entering the connection. The material also has excellent environmental resistance, ensuring that the connection is corrosion and temperature resistant. This makes the TDGL019 application field even more versatile and reliable, as it can be used in a wide variety of outdoor and indoor applications.

To ensure the TDGL019\'s reliability, it is designed using cutting-edge technology. Using a combination of ultra-precise digital molding techniques and advanced robotics, engineers have developed a custom design that is able to withstand large amounts of mechanical and electrical stress. Furthermore, the use of cutting-edge 3D printing technology allows for the production of small, complex design components with precise tolerances which are highly resistant to wear.

The TDGL019 application field and working principle make it the perfect choice for embedded systems applications. The combination of reliable electrical and mechanical contact, together with its protective design, enables the product to handle various challenging conditions. Furthermore, the TDGL019’s ability to work with custom designs allows for manufacturers to experiment with different technologies and systems, providing them with an unprecedented level of flexibility and efficiency.

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