1713201038

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The 1713201038 backplane connector is a specialized type of connector typically used in larger electronics. It has been designed to provide more reliable connections than other types of connectors in high-vibration and high-temperature environments. The working principle behind this connector is fairly simple, although the level of design and construction that goes into a 1713201038 backplane connector makes it one of the most robust connectors available.

Design Features & Usage of 1713201038 backplane connector

The 1713201038 backplane connector has several key design features that are integral functions of its successful operation. Firstly, it has a large number of pins arranged in a staggered pattern. These pins are designed to make direct contact with the mating connector, enabling a much more secure and reliable connection than any other type of connector. The staggered pattern of pins also ensures that there is minimal wear and tear on the pins when the connectors are repeatedly connected and disconnected.

The 1713201038 backplane connector also features an additional level of protection from vibration and shock. A ‘contact-plate’ located on the back of the connector is used to cushion and dampen the contact between the pins, preventing the connection from becoming loose or damaging the pins. This contact-plate is also very durable and reliable, capable of enduring thousands of insert/remove cycles without any degradation or damage.

This connector is typically used in electronics with large amounts of noise or vibration, such as larger industrial equipment. The connector is also suitable for high temperature applications, capable of withstanding up to 300°C. As the connector is protected in a number of ways, it is also very safe and reliable, making it suitable for mission-critical applications in medical and aerospace industries. This connector is becoming increasingly popular for these purposes, mainly due to its toughness and reliability.

Integral Components of 1713201038 backplane connector

The 1713201038 backplane connector is composed of several components to make up the complete connector. Firstly, this connector consists of the actual housing, which houses the pins within itself. The main purposes of this housing is ensure the pins are kept in a secure position and to provide strain relief, as any large force exerted upon the connector will be distributed throughout the housing before it reaches the pins.

The contact-plate, mentioned above, is also another integral component of the connector. The contact-plate is usually composed of a high-tensile spring steel, which is known for its durability and strength. The contact-plate is positioned against the pins of the connector and is kept in place by a special retaining mechanism. This ensures that the contact-plate remains in the correct position with relation to the connector pins, dampening any vibration and shock with minimal wear and tear.

Finally, the connector also has a unique design feature to ensure its functioning in extremely high-temperature situations. This design feature is an additional layer of insulation, usually composed of a high-temperature tolerant material such as ceramic, placed between the housing and the contact-plate. This insulation layer is highly resistant to heat and will protect the contact-plate from damage due to high temperatures.

Conclusion

Overall, the 1713201038 backplane connector is a sophisticated piece of equipment designed to provide reliable connections in the toughest of circumstances. The large number of pins and the staggered arrangement of those pins enables this connector to provide a secure connection with minimal wear and tear. The additional design features such as the contact-plate and insulation layer also help to make this connector withstand even greater vibration and shock, and also enable it to operate in high-temperature environments.

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