L17HTHCP3F1C

D-sub connectors are one of the most comprehensive and versatile types of electrical connectors. They are widely used in a variety of applications such as automotive, computer, and communication and control systems. The L17HTHCP3F1C D-sub connector is one such product and is part of a large family of high speed, high performance connectors.

The L17HTHCP3F1C D-sub connector is designed to offer maximum protection from EMI (electromagnetic interference). It is constructed from a combination of metal and plastic housing materials that are resistant to dirt, dust and corrosion. It is also designed to be extremely durable, with the ability to withstand shock and vibration when in use.

The L17HTHCP3F1C has two distinct shell sizes, two different pin arrangements and up to 172 contacts. The contacts are of a two piece construction which ensures reliable and secure connection. The two piece construction also helps reduce costs as it is possible to replace only the contacts that require replacement.

The L17HTHCP3F1C is ideal for high speed data transmission applications, such as Fibre Channel, Ethernet, InfiniBand, and PCI Express. It can be used for both on-board and off-board assemblies, and its small footprint allows for easy installation in tight spaces. It is also suitable for use in harsh environments, with a rated operating temperature range of -40° to +105°C.

The working principle of the L17HTHCP3F1C is fairly straightforward. When a signal from an electronic device is sent through the contacts of the connector, a corresponding contact is established in the mating connector. This connection is completed when the two pieces of the connector are snapped together. The physical contact of the contacts ensures that an electrical connection is made and data transmission can take place.

The L17HTHCP3F1C is a great choice for applications where reliable data transmission is a must. With its durable construction and ability to withstand extreme temperatures, it can be used in a variety of applications, from computer systems to industrial environments. It is also cost effective due to its two-piece contact configuration, allowing for only the contacts that need to be replaced to be replaced.