10-88-1061

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Rectangular connectors are one of the most widely used types of connectors employed in electronics for efficient, reliable, and convenient signal transmission. The 10-88-1061 rectangular connectors are particularly noteworthy for the highly efficient applications and working principles. This article explains the features and applications of the 10-88-1061 rectangular connectors and the principles underlying its effective working.

Characteristics

The 10-88-1061 connectors are manufactured using high-grade materials with precise dimensions which ensure their dependability and compatibility in the electrical systems. For instance, they are equipped with a double row of material connectors and male pins, which helps them perform the desired electrical task efficiently and quickly. They also have an appropriate contact height that is proportionate to the pin diameter and thickness, which helps ensure optimum contact pressure and transmission without exposing any part of the electrical circuit to potential risks. The contacts are designed to have a temperature resistance of up to 105 degrees Celsius, allowing them to be utilized safely in even the most temperature-sensitive of systems. Additionally, the contacts are also adequately buffered, which minimizes the risk of short-circuiting and potential damage of the electrical system.

Applications

The 10-88-1061 connectors are suitable for a variety of uses in various industries. The main applications of these connectors are in the aerospace, military, and medical engineering fields. Moreover, they are also employed in the communications, consumer electronics, and automotive industries. In addition, these connectors serve as reliable interconnection systems in many electrical control and power systems and provide safe and efficient transmission of electrical signals. Furthermore, they have low reflection losses and high insulation performance in differential and single-ended wiring setups. Finally, they also ensure highly reliable impedance matching of cables, allowing for synchronized electrical signal transmission.

Working Principle

The 10-88-1061 connectors operate on the principle of the impedance-matched connection. This is enabled by their double-row material connectors and the male pins, which offer enhanced performance as compared to conventional connectors. The contacts of the 10-88-1061 connectors provide an effective electrical connection. When these contacts are placed in electrical circuits, an appropriate contact pressure is achieved that facilitates efficient transmission of the electrical signals. Furthermore, the contacts are appropriately buffered to prevent the risk of short-circuiting and potential damage to the electrical system. The connectors also ensure optimum insulation performance, allowing for safe transmission of the electrical signals.

Conclusion

The 10-88-1061 connectors are widely used due to their efficient design and functional characteristics. They have high-grade construction with precisely designed elements such as double-row material connectors and male pins that make them suitable for a variety of applications. The connectors also offer a reliable impedance-matched connection that enables safe and efficient electrical signal transmission. Furthermore, the contacts of the 10-88-1061 connectors are appropriately buffered and equipped with a temperature resistance of up to 105 degrees Celsius, facilitating their safe usage in the most temperature-sensitive of systems.

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