TD-114-T-A

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Rectangular connectors, including headers, male pins, are widely used in electronic products. The TD-114-T-A connector in particular is an option typically used on PCBs. This article will discuss the application fields and working principles of the TD-114-T-A connector.

TD-114-T-A Application Field

TD-114-T-A connectors are suitable for use in harsh environments, such as those requiring high temperatures, dust, shock, and vibration protection. They are often used in combination with printed circuit board (PCB) connectors and test adaptors, to provide a secure connection between the two. These connectors are somewhat smarter than typical connectors, as they feature a self-aligning feature which compensates for misalignment up to 4.75mm.

The TD-114-T-A connector is widely used in automotive, electronics, medical devices, telecommunications, and industrial automated test equipment. They are also utilized in industrial control equipment, power supplies, etc. Additionally, the male pins are used in applications where panel and card stacking is required. Its wind-resistant features make it suitable for applications in harsh environments. Additionally, its secure connection provides good electrical performance and reliability.

Working Principle

The TD-114-T-A connector is a type of header and male pin arrangement. The header is made up of two parts, an upper and lower part. The upper section is called the “header” and the lower section is called the “male pins”. It is designed with two contact points, one large and one small, with the larger contact point providing a secure connection and the smaller contact point providing an electrical contact between the connection points.

The working principle of the TD-114-T-A is as follows. The header is connected to the PCB by a row of male pins. When the header connects to the PCB, the two contact points create a secure connection and an electrical current is able to pass through the connection. The two contact points also provide a degree of self-alignment, which compensates for any misalignment of the two components.

The TD-114-T-A connector is also designed with a range of optional components. This allows for flexibility in design and makes the connector suitable for a variety of applications. Additionally, the connector is designed with a variety of diagnostics, enabling the user to monitor the status of the connections and the connector in release cycle tests. The TD-114-T-A connector is also built with a variety of forms, enabling it to be used in applications requiring different shapes and sizes.

Conclusion

In conclusion, the TD-114-T-A connector is a popular choice for a range of applications. With its self-aligning feature and robust construction, the TD-114-T-A connector is suitable for harsh conditions and offers good electrical performance and reliability. Additionally, the range of optional components make it a versatile option for a variety of applications.

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