L717DC37PAM4B

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With the rapid development of modern technology, D-Sub connectors have become essential interfaces in the field of modern electronic engineering. The L717DC37PAM4B is a type of D-Sub connector, specifically designed for use in harsh environment applications such as aviation, military, industrial, and medical applications.

As the name implies, the L717DC37PAM4B D-Sub connector is a 37-way male connector that is 5.08 mm pitch and 7.62 millimetre in size. It is a plastic injection moulded connector, non-magnetic, with an impressive operating temperature range of -50 degrees Celsius to +175 degrees Celsius. It is designed to be insensitive to EM and RF interference, and is reversible and rotatable.

The L717DC37PAM4B D-Sub connector is compatible with various military-grade application fields due to its high temperature, signal integrity and EMI protection features. As such, it is commonly used in military and aerospace applications. It is also suitable for automotive, medical, industrial and computer applications.

The L717DC37PAM4B D-Sub connector is available in various configurations - including SMT, vertical and right angle, blind and through-hole versions. It also has a variety of insulation and contact materials, most commonly available in stainless steel and copper. It has a self-locking mechanism, allowing it to maintain a secure connection between two devices.

The working principle of a D-Sub connector is quite simple. There are two sides of the connector, an inner side and an outer side. The inner side consists of pins and sockets, which are used to connect two devices. The outer side consists of metal shells that hold the pins in place. When the two sides are assembled, the two pins and sockets make contact, allowing an electrical signal to be passed between the two devices.

The L717DC37PAM4B D-Sub connector is a reliable, robust, and versatile interface for harsh environment applications. With its high signal integrity, EMI protection, and temperature range, it is an ideal choice for numerous application fields.

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