HTSW-148-12-S-D

Rectangular Connectors, also known as Headers, Male Pins, are widely used in electronics for connecting two parts of a circuit or for networking purposes. The HTSW-148-12-S-D is a type of rectangular connector that is particularly useful for applications that require compact size and high current capacity. It is commonly used in the automotive, industrial automation, and telecommunications industries.

HTSW-148-12-S-D connectors consist of two parts: a male pin and female socket. The male pin is usually made of stainless steel, while the female socket is typically made of brass or aluminum. Both parts are designed to create a reliable connection which will not loosen due to vibrations, corrosion or other environmental factors.

The male pin of the HTSW-148-12-S-D is designed to fit snugly into the female socket. The pin has two rows of contact points that are divided by insulating spacers. The contacts are made from either nickel or gold, depending on the application. The contacts are flat to improve contact reliability and reduce electrical noise. Additionally, the pin is designed with ribs and cavities that allow for maximum grip when inserted into the socket.

The female socket of the HTSW-148-12-S-D is typically made of aluminum, brass or other materials depending on the application. The socket is designed to accept the male pin and accept a variety of mating connectors. It has an internal spring which ensures that the contact points are firmly and securely held in place. Additionally, the socket is fitted with insulation to prevent short circuits.

The HTSW-148-12-S-D has a current rating of 600VAC/DC and a maximum current capacity of 10A. The pin and socket are designed to keep reliable contact even under high vibration or shock and are resistant to corrosion, heat, and other environmental factors. The connectors are UL and CSA certified and are RoHS compliant.

The HTSW-148-12-S-D is a highly versatile and robust rectangular connector that is suitable for a wide variety of applications. Its robust design and reliable connection make it a popular choice for automotive, industrial automation and telecoms applications. Furthermore, its high current capacity enables it to handle high power demands, making it an excellent choice for high power applications.