HTSW-222-11-T-Q-RA

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Rectangular Connectors - Headers, Male Pins are widely used in a wide range of applications, one of which is the HTSW-222-11-T-Q-RA. This type of connector has a special design that enables it to work effectively and efficiently in different fields. To better understand the HTSW-222-11-T-Q-RA application field and working principle, we need to know more about the general features of rectangular connectors.

General Features of Rectangular Connectors

Rectangular connectors are a type of connector and a wire-to-board connection system. As the term suggests, these connectors are in the form of a rectangle, typically with a series of pins positioned on the bottom of the connector for connection to the PCB. One of the most common uses for rectangular connectors is in the design and manufacture of electronic devices and components. They are used for a variety of different purposes, such as providing power or data connections between two boards in a device, connecting two parts of a device, providing an interface between a printed circuit board and a wire, and providing a signal path for communication between two components.

Working Principle of HTSW-222-11-T-Q-RA

The HTSW-222-11-T-Q-RA is a dual-row header with 11 positions. It is a type of rectangular connectors, and the pins of the header are configured in two rows, generally arranged in parallel. It is an open style connector, meaning there is no physical shielding between the two rows of pins. The pins are spaced 0.1 inches apart, and the entire header is 2.2 inches wide. The HTSW-222-11-T-Q-RA connector is usually available in two types, with different pin lengths.

Specifically, the HTSW-222-11-T-Q-RA connector is designed for the integration of a board-to-board connection. It works by connecting two boards together, with the pins of the HTSW-222-11-T-Q-RA providing the electrical contact between them. The pins of the header serve as the interface between the two boards, allowing for easy integration of the two boards. The contacts of the header are able to accept either round-pin misalignment or long-pin misalignment, depending on the application.

Application Field of HTSW-222-11-T-Q-RA

The HTSW-222-11-T-Q-RA is one of the more popular rectangular connectors available, and when used properly, it is highly capable of providing reliable connections between two boards. The HTSW-222-11-T-Q-RA is commonly used in a wide range of applications, such as power supplies, automotive systems, telecommunications, appliances, medical and test and measurement. Because of its versatility, the HTSW-222-11-T-Q-RA is also used in hobby projects, such as in the development of robots, remote control models, and custom electronic projects.

Advantages of HTSW-222-11-T-Q-RA

The HTSW-222-11-T-Q-RA connector is advantageous in a number of ways. For instance, it is designed to be used in conditions where wide electrical current capability and contact integrity is required. The pins of the header are also designed to provide strong mechanical connection, as well as excellent environmental protection. The header also has an extended operating temperature range, making it suitable for a variety of environmental conditions. Furthermore, the HTSW-222-11-T-Q-RA is relatively easy to use, as it provides simple and quick connection between two printed circuit boards.

In conclusion, the HTSW-222-11-T-Q-RA connector is a popular type of rectangular connector that is used in a variety of different applications. It is an open style connector and has 11 spaced pins in two parallel rows. The HTSW-222-11-T-Q-RA is generally used in applications such as power supplies, automotive systems, telecommunications, appliances, medical and test and measurement. The pins of the header are designed to provide strong mechanical connection, as well as excellent environmental protection, and the entire header is 2.2 inches wide. The HTSW-222-11-T-Q-RA connector is capable of providing reliable connections between two boards, and its wide range of applications make it an ideal choice for various types of projects.

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