91910-21421LF

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Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board) are often used in various applications and offer some key advantages as well. The 91910-21421LF Connector from Vishay is an example of this kind of connector. This particular connector offers several useful features, including a high level of mechanical stability and a high pin count.

The 91910-21421LF Connector from Vishay is a two-row Edge Type Rectangular Connector. It has a total of 104 pins on each side, arranged in two rows of 52 pins each. One of the main advantages of this connector is that it is well suited for very high pin density applications. It also has a Backplane system, which provides increased board-to-board distance, allowing easier routing of cables.

The 91910-21421LF Connector is constructed from durable materials, including a copper alloy body, stainless steel mounting hardware, a zinc alloy dielectric, and gold plated pins. This construction ensures a very good mechanical integrity and high contact force, even in the most demanding environments. The pins are gold plated, which provides low current leakage and high reliability in the event of connector mating. The pins also feature very low-density head configuration with good contact force retention, making them suitable for use in high-speed applications.

In terms of electrical performance, the 91910-21421LF Connector boasts high signal integrity, excellent crosstalk and reflection performance, and very low signal loss. The connector is rated for up to 10 GHz, and has a maximum operating temperature of 125°C. It offers excellent insulation resistance and contact resistance, and is compliant with many industry standards, including UL/ETL, FCC, and RoHS.

The 91910-21421LF Connector from Vishay is an excellent choice for a variety of applications, including computer servers, data centers, networking and telecom equipment, and various industrial automation applications. Its versatile feature set and robust construction make it an ideal solution for any application requiring high levels of mechanical and electrical performance.

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