HMTSW-112-27-T-T-200

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Rectangular connectors or headers with male pins are components that are designed for the purpose of connecting two devices so that they can communicate electronically. HMTSW-112-27-T-T-200 is one such product, which finds use in different applications due to its versatile design, reliable performance, and competitive pricing. This article discusses the application fields and working principle of the HMTSW-112-27-T-T-200.

Features of the HMTSW-112-27-T-T-200

The HMTSW-112-27-T-T-200 is a dual row rectangular connector that comes with a total of 112 pins, and 27 contacts per row. It is ruggedly designed and has an insulation resistance of 100 megohms minimum at 300 volts DC. The pins are 0.1 inch apart from each other, with the overall dimensions of the device being 1.775 x 1.023 x 0.635 inches. The receptacle is made of thermoplastic material and it is connected to the header by means of standard surface mount technology. The device is suitable for use in industrial as well as commercial applications.

Application Fields

The HMTSW-112-27-T-T-200 is widely used in three major application fields. The first is in communication network devices such as digital telecommunication and computers. Due to its low cost, robust design and high performance, this type of connector is also extensively used in consumer electronics products and medical instrumentation.

The efficiency and robustness of the HMTSW-112-27-T-T-200 makes it ideal for use in harsh environments such as those encountered in manufacturing plants and industrial settings. It is also commonly used in military applications to ensure reliable performance despite exposure to intense shock, vibration, extreme temperatures and other extremely demanding conditions.

Working Principle

The HMTSW-112-27-T-T-200 is a standard pin and socket type connector that utilizes a specific type of locking mechanism to ensure a strong connection. When two devices are connected, a pin on one end of the connector is inserted into a matching recess located on the other device. This is done in a specific orientation so as to ensure a secure electrical connection. The two pieces are then held in place with the help of a swinging arm, or locking mechanism.

Once the two pieces of the connector are joined, the pins and sockets will create a physical and electrical connection. The connection is made possible by the contact force between the pins and the sockets, as well as by the pressure of the locking mechanism. This ensures a reliable and stable connection that can sustain the required current.

Conclusion

The HMTSW-112-27-T-T-200 is a reliable and cost-effective choice for many electrical and electronic applications. It is suitable for both indoor and outdoor use, and its rugged design makes it capable of withstanding harsh temperatures and intense vibrational shock. The working principle of this connector is based on the pin and socket principle, which uses a special locking mechanism to ensure a strong and stable electrical connection. Thus, this product offers the best combination of reliability, performance and cost savings and can be used for a variety of applications.

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