HTSW-140-23-G-T-LL

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction to HTSW-140-23-G-T-LL

HTSW-140-23-G-T-LL, is a rectangular connector header type of male pin component, commonly used in the electronic industry for multi-circuit and multi-signal applications.

Application Field of HTSW-140-23-G-T-LL

HTSW-140-23-G-T-LL is most commonly used to connect and transmit electricity in computers, medical equipment, office automation and many other electronic industries. The size and number of pins can range from 2 to 42 pins, depending on the application. Its modular design can facilitate the production and assembly process, and its working temperature range is between -40-degrees Celsius and 85-degrees Celsius.

Working Principle of HTSW-140-23-G-T-LL

HTSW-140-23-G-T-LL features a unique bi-directional pin baffle technology which lengthens the contact surface and increases contact stability. As the pin is pressed into the connecting hole, the baffle is also pressed by the pin, creating a secure and stable connection. This pin baffle technology increases the contact stability and reliability of the connector.

The reliable connection of the HTSW-140-23-G-T-LL connector also features a unique wipe surface contact design. The socket\'s wiping surface is assembled on the plastic base, which helps to reduce the contact resistance. The socket\'s wiping surface along with the specific wiping angle increases the contact stability of the connector.

The widely used HTSW-140-23-G-T-LL connector is made of predominantly metal or plastic material. Plastic housing materials can be molded into durable and lightweight parts, with tail contacts and extraction tools for easier insertion and extraction. The metal housing materials feature a good heat dissipation property which provides extra contact strength and enhances the protection of the contacts.

The HTSW-140-23-G-T-LL connector is easy to assemble and offers a reliable connection with various equipment. It features a simple and convenient design that is able to withstand vibration and shock. As well, it has excellent electromagnetic compatibility, making it suitable for a wide variety of applications.

The specific data is subject to PDF, and the above content is for reference