17102442201

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Backplane Connectors: Hard Metric, Standard

Backplane connectors are used to link different systems together in order to enable communication between them. The connector types in this category are Hard Metric and Standard. The 17102442201 is a Hard Metric connection.

Hard Metric connections are characterized by their durability and the fact that they are designed for harsher conditions. They are made of hard surfaces that can withstand shock and vibration and are resistant to high temperatures and liquids. The connections are designed in a pin-grid format, with a left-right alignment of pins. The pins are usually very small, so they can fit into tight places. This makes them ideal for applications where tight spaces are a critical factor.

The 17102442201 is well-suited for this type of environment because it is designed to operate in a range of temperatures from -40 to +100°C. It is also resistant to ultraviolet radiation and has a crushing force resistance of 20N and an insulation resistance of 500MΩ at 500VAC. This makes it suitable for any kind of application.

A Hard Metric connector is typically used in applications where there is a need for a high signal density, or a system with tightly packed components. Examples include medical devices, avionics, military systems, and commercial products.

Standard connectors are usually larger than Hard Metric connections and are designed to fit into standard-sized spaces, such as those found in computers, telecommunications, and networking equipment. The 17102442201 is a Standard connector and can be used in almost any type of system, from consumer electronics to industrial machinery. It has a contact center spacing of 3mm and a contact force resistance of 10N.

The 17102442201 has a working principle of twofold operation. It has an axial pressure system that compresses the connector to meet the target force. The force of this compression is dependent on the size of the contacts. Additionally, it operates using a "stirrup" mechanism, which reduces the force needed to install the connector by allowing the contacts to engage with the mating device at an angle. This reduces the likelihood of damaging the contact during installation.

The 17102442201 is a reliable connection for a variety of applications. It is designed for harsh conditions, can withstand shock and vibration, and is resistant to ultraviolet radiation. Its twofold operation allows for a higher signal density, while its pin-grid format makes it suitable for tight spaces. With its high reliability and versatile usage, the 17102442201 is a great option for any type of application.

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