TM50PR2071 Connectors, Interconnects

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Backplane Connectors are most commonly used for connecting systems, with various combinations of connectors, housings, terminals, and contacts. They are generally designed to mate to similarly configured systems to maximize contact density and remain flexible for applications requiring high data rates and power. The TM50PR2071 Backplane Connector Housings are an example of such a system. Here, we shall explore aspects of its application field as well as its working principle.

TM50PR2071 Backplane Connector Housings can be used in a variety of applications, such as data communications, storage devices, telecom, networking, distribution boards, instrumentation, and medical instruments, among others. These connectors provide high-performance contact reliability and meet the industry standard for vibration, shock, and temperature resistance. Additionally, they are compatible with both discrete and integrated circuits, making them the ideal choice for a wide range of connectivity applications.

In order to ensure extreme accuracy and reliability, TM50PR2071 Backplane Connector Housings use a Multi-Point Continuity Connector, which consists of two levels, or banks, of contacts. The first bank contains two rows of contacts, while the second bank has one row of contacts. The two rotated contact levels create a dual row system with a combination of signal, power, and grounds to ensure a secure and reliable connection. This connector operates at 150A per contact and is designed for high speed transmission.

The housing of the TM50PR2071 Backplane Connector Housings is made of polyvinylchloride (PVC) plastic, and is designed to provide EMI shielding. It features a latching mechanism that ensures connection integrity, minimizing the risk of contact damage. Furthermore, the connector’s keying system ensures that plugs and sockets are properly mated, minimizing the risk of misalignment. The connector also features a positive plug/socket locking system, which prevents unexpected disconnection of the two components. The overall design of the system provides an ergonomic environment for easy mating and removal.

The TM50PR2071 Backplane Connector Housings’ performance is enhanced via the use of gold-plated contacts, which provide superior signal and power transmission, and act as a barrier against corrosion. The durable housings also feature a superior solder retention system and are designed to exceed the solderability requirements of industry standard Printed Circuit Board (PCB) soldering tests. In addition, the housings are RoHS compliant, making them an environmentally friendly option.

In summary, the TM50PR2071 Backplane Connector Housings are thus designed for a wide range of applications that require reliable, high speed data transmission in challenging environments. Featuring a solid housing for strong reliability and a multi-point continuity connector for secure, fast connection, these housings are designed to meet the industry standard for vibration, shock, and temperature resistance. Additionally, the gold-plated contacts, superior solder retention system, and RoHS compliance provide an all-around enhanced performance, making TM50PR2071 Backplane Connector Housings a preferred choice for countless applications.

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