MTSW-125-08-S-D-305

The MTSW-125-08-S-D-305 is a type of header that is most commonly used for a wide range of electrical applications. This particular model of connector features low-profile construction that is easy to integrate into almost any build. It is a popular choice for applications that require quick connect and disconnection of other components, such as circuit boards, and is also used for routing data in tight spaces.

The MTSW-125-08-S-D-305 is a header that features a low-profile design that is suitable for dense packing and tight builds. It is also designed with a 12-pin polar arrangement that allows for a secure connection to nearby components. In addition, the connector features strain relief, shielding, and soldering options to ensure a reliable connection with minimal signal noise.

The working principle of the MTSW-125-08-S-D-305 is quite similar to that of other rectangular connectors. This model is equipped with a 12-pin contact system that is designed to accept and secure mating connectors. To that end, the connector has two rows of plated pins that travel through each row of mating connectors. These pins are designed to provide a secure connection that ensures a reliable electrical connection between each cooperating component.

The MTSW-125-08-S-D-305 is designed for data and signal applications. It is perfect for situations where a secure connection is necessary for low-profile assembly or when routing in tight spaces is needed. This connector is also often used for data transmission, digital switching, radio frequency (RF) transmission, audio signal transmission, and other similar applications.

The MTSW-125-08-S-D-305 is an ideal choice for applications requiring low-profile, 12-pin, rectangular connectors. It is designed with strain-relief, shielding, and soldering options to ensure a secure and reliable connection with minimal signal noise. Connectors such as the MTSW-125-08-S-D-305 are primarily used for routing data and signals in high density applications and for quickly connecting and disconnecting different components in tight spaces.