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Rectangular connectors, often simply referred to as headers, have been around for decades and are still an integral part of many electronics designs. A rectangular connector is made up of pins that are usually spaced 0.1 inches apart and which can be aligned in a variety of different configurations and configurations depending on the application. Headers are available in both high current and low current styles, and they can be vertical, right angle, double-row, or multi-row.

The most common type of rectangular connector used today is the single row connector. Single-row connectors are generally rectangular in shape and are typically used in situations where space is limited, as they require minimal area and are relatively inexpensive. Single-row connectors offer excellent electrical performance, and are commonly used in telecommunications equipment, automotive systems, computers, consumer electronics and many other electronic designs. Single-row headers are also available in various configurations such as with male and female contacts, with different pin sizes, and in either high current or low current styles.

Double row connectors provide additional contact points and are often used in high current applications. Double row connectors typically have one row of pins that are slightly offset from the other row and are commonly seen on multi-pin power supplies, or in situations where a larger number of contacts are required. Double-row connectors are also available in either high current or low current styles, and come in several configurations.

Multi-row connectors are similar to double-row connectors except they have multiple pairs of pins arranged in a staggered configuration. Multi-row connectors are typically used in high-density applications and provide a larger number of contacts than are available with single-row or double-row connectors. Multi-row connectors come in several configurations, such as male and female contacts, with different pin sizes, and in either high current or low current styles.

Specialty pins are used with rectangular connectors and are typically found on higher-end, custom-made products. Specialty pin connectors are designed to meet specific electrical requirements and are usually employed in applications where tight tolerances or conditions necessitate the use of a specialized part. Specialty pins are often used to interface with other parts of an electronic product, and are commonly used in circuit board assembly, telecom applications, and medical equipment.

The working principle of rectangular connectors involves the electrical contact points being aligned. When the pins are lined up and connected, they form an electrical path which allows electricity to move from one point to another. Depending on the application, the electrical path may need to operate at high, medium, or low voltage, and in some cases the electrical current may need to pass through multiple pins.

Rectangular connectors are used in a variety of applications and are available in a wide range of styles and configurations depending on the application. They are most commonly used in telecommunications, automotive applications, computers, consumer electronics, and in many other computing or other electronic applications. The availability of specialty pins and the ability to configure them makes them even more versatile.

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