MDSSTS

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

Metal-to-semiconductor contacts (MDSSTs) are widely used for applications requiring high temperature stability, mechanical durability, and electrical insulation. Several types of MDSSTs are available on the market, such as D-sub, D-shaped connectors, and double-ended contacts.

D-Sub, D-Shaped Connectors - Contacts

D-sub connections are widely used in communication and electrical systems. They are designed to consist of a group of contacts, typically is arranged in two parallel rows, from one side of the connector to the other. Each contact is divided into two parts, namely the female and male part. Female contacts are typically round or square and are usually used to transmit power, while male contacts are typically curved or rectangular and are used for signal transmission. The contacts are typically made up of copper (or the female is gold plated), and are covered by a gold flash or silver oxide film for corrosion protection. Generally, the male and female contacts are held together in the middle of the D-shaped connector body with small screws.

For D-shaped connectors, the contacts are in a circular form and are typically made out of either copper or gold. The contacts are soldered on to the connector and are typically covered with a gold flash or silver oxide to protect from corrosion. The contacts usually go through the connector and are connected to the circuit board with either a threaded barrel or crimped style barrel.

The MDSST contacts are usually composed of two layers of dielectric material. The first layer is a dielectric material made out of a ceramic material such as aluminum oxide or berylium oxide. This dielectric layer provides electrical insulation to prevent electrical shorts. The second layer of dielectric material is made out of a ceramic material such as alumina or berylium oxide. This dielectric layer provides a base of thermal insulation that prevents the MDSST contact from melting due to overheating.

MDSSTs are ideal for applications that require high temperature stability, mechanical durability, and electrical insulation. They are also capable of handling extremely high current and voltage ratings. The contacts provide tight connection resistance and are capable of withstanding high temperature and pressure. MDSSTs also provide a superior level of flexibility when compared to conventional terminals and connectors, allowing for more flexible applications.

MDSSTs are becoming increasingly popular for a variety of applications, including military, aerospace, automotive, communications, and medical applications. They are well-suited for harsh environments and can help reduce time and production costs. In addition, the flexibility of MDSSTs enables faster and easier installation, which is an advantage for mass production.

Due to their excellent performance, MDSSTs are becoming the preferred choice for high-end applications in the automotive, aerospace, military, and medical sectors. They provide reliable performance and are known for offering superior durability and strength. They are also designed for ease of installation and are also available with various connector designs to meet specific needs.

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