TSW-103-24-F-Q

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Rectangular Connectors - Header, Male Pins - TSW-103-24-F-Q Application Field and Working Principle

The TSW-103-24-F-Q is a type of rectangular connector belonging to the header and male pins form of rectangular connectors. It has mostly been used in process and instrumentation control environment for creating electrical signal connections in a range of applications. This type of connector is suitable for applications that require a high degree of temperature stability, which is due to its high temperature resistance and reliable connection. This type of connector is mostly used for low current applications with temperature ranges from -20 degrees Celsius to +60 degrees Celsius.

Design and Structure

The TSW-103-24-F-Q is a two-piece connector consisting of a header and a male pin. It is made of various plastics, metal, and steel alloys to create a durable and stable product. This type of connector utilizes a straight pin design instead of a screw or clip connection for electrical connections. The pins of this type of connector are arranged in parallel rows, which guarantees a reliable and secure connection and prevents accidental loosening of the connection. It also features an insulation sleeve which contains a shielding sleeve and an insulation sleeve placed around the hardware. The TSW-103-24-F-Q is available in a wide variety of sizes, from 2mm to 8mm, and in various versions such as low profile, high profile, standard profile, and mid profile. The pins can be straight, crossed, or bent to meet specific requirements. Usually, the operation voltage with this type of connector ranges from 15-30V and the current capacity is up to 5A.

Working Principle

The TSW-103-24-F-Q connector provides a quick, secure, and reliable electrical connection and is designed to withstand extreme temperatures. This type of connector operates with a basic electrical principle of an electrical signal being transmitted through a channel of connected pins. The pins in this type of connector are arranged in parallel rows, which prevents accidental loosening of the connection. When a signal is sent through the connector, the two contacts inside the connector are connected and electrically powered. This is the working principle of the TSW-103-24-F-Q connector.

Application

The TSW-103-24-F-Q connector is mostly used in instrumentation and process control equipment. It is mainly used to make connections and provide signal transmission between components in a wide variety of systems such as medical systems, industrial automation, and power control systems. This type of connector is also suitable for applications that require high temperature resistance and has a wide range of applications, such as power, data, and signals. This type of connector can be used in a variety of applications ranging from commercial, industrial, consumer, and military.

Advantages

The TSW-103-24-F-Q connector has several advantages, which makes it a suitable choice for a variety of applications. It provides a reliable and secure connection with it is straight pin design. It also has a high temperature resistance, which means that it can be used in a variety of temperature conditions. It is available in a wide variety of sizes, from 2mm to 8mm, and its application voltage ranges from 15-30V. Additionally, it features an insulation sleeve which provides excellent protection against static electricity as well as ensuring a reliable connection.

Conclusion

The TSW-103-24-F-Q connector is a type of rectangular connector belonging to the header and male pins form of rectangular connectors. It is mainly used in process and instrumentation control environments for creating electrical signal connections in a range of applications. This type of connector is suitable for applications that require a high degree of temperature stability, which is due to its high temperature resistance and reliable connection. It can be used in a variety of applications, such as industrial automation, medical systems, and power control systems. It also provides a reliable and secure connection with its straight pin design, and features an insulation sleeve for additional protection against static electricity.

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