MTSW-125-09-G-D-430-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

MTSW-125-09-G-D-430-LL rectangular connector headers, male pins, are widely used in a wide range of applications. MTSW-125-09-G-D-430-LL connectors are generally used in electronics, communication systems, and other related industries. This type of rectangular connector is quite common to see in consumer, automotive, and other commercial electronics manufacturing.

MTSW-125-09-G-D-430-LL rectangular connectors offer high reliability and low cost as compared to other connector types. As compared to other rectangular connectors, MTSW-125-09-G-D-430-LL connectors have better electrical characteristics and are more resistant to vibration, stress, and shock. MTSW-125-09-G-D-430-LL connectors are designed for a variety of applications including high-speed data transfer, precision control, audio-visual, and other applications.

The MTSW-125-09-G-D-430-LL rectangular connector header and male pins are composed of an insulator, contact, lead, and terminal block. The connector consists of two parts, one is the contact block that has a contact and a pin to hold the lead in place, and the other part is the insulator that surrounds the contact block and is connected to the terminal block. The lead is then connected to the terminal block through the contact.

The insulator of the MTSW-125-09-G-D-430-LL rectangular connector is made from materials like polyester, plastic, polyphosphone, and polyetherimide. The contact is made from materials such as phosphor bronze. The lead is made from either solid copper or copper alloy. The terminal block consists of silver, nickel, or stainless steel for the contact and lead.

The working principle of MTSW-125-09-G-D-430-LL rectangular connectors is based on the traveling wave that is created by an electrical current. The current creates an electrical field between the insulator, contact, and lead. This electrical field is used to create a strong connection between the contact and the terminal block. When the current is passed through the connector, the current is forced along a certain path between the contact and the terminal block. This path is known as the arcing distance.

The contact and the wire are then linked together through a series of tiny bumps that are insulated individually for better contact. These bumps create an electrical connection between the contact and the wire. This connection allows the current to pass through the connector at a higher speed than if it were traveling directly through the wire and allows for a stronger and more stable connection.

In summary, MTSW-125-09-G-D-430-LL rectangular connector headers, male pins, are designed for a wide variety of applications and have a wide range of features. The components of the connector are connected together to create a strong contact and provide higher suitable speed data transfer as well as better electrical characteristics. The working principle of the MTSW-125-09-G-D-430-LL is based on the traveling wave created by an electrical current and the connection between the contact and the terminal block is made through the arcing distance created by the bumps.

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