MTSW-109-09-G-D-315-NA

The MTSW-109-09-G-D-315-NA is a rectangular connector used in a number of applications, from transportation to aviation, to military and medical situations. It is a header with male pins and is rated at 40A, 120/208VAC with a soldering cap rating at 10A, 60V. This connector is UL and CSA certified.

The MTSW-109-09-G-D-315-NA is typically used when there are multiple signal and power connections to be made between various devices. It can provide reliable and secure connections when the pins are hot-swappable. It is also highly suited for devices with high vibration and shock requirements, such as those used in defense, avionics, and transportation.

This connector is made of a thermoplastic body with brass pins and gold plated contacts. The pins are organized in two rows and the length and thickness of the pins are typcially 0.100 inch (2.54mm) and 0.047 inch (1.18mm) respectively. The pins are spaced at a 0.100 inch interval. They have a pitch of 0.094 inch (2.4mm) and are polarized so that they can\'t be inserted backwards.

The operating temperature ranges between -54 to +105 Celsius. The MTSW-109-09-G-D-315-NA has a multi-strand unit construction for maximum flexibility, strain relief, and contact strength. The operating step voltage and step rise time are also low, thus ensuring long performance and guaranteed working life.

The working principle of the MTSW-109-09-G-D-315-NA is quite simple. It consists of two rows of pins that interconnect two or more electrical circuits. The connector is attached to each device and the pins are aligned and connected together. The electrical signals are then passed through the connector to the other electronic components.

The MTSW-109-09-G-D-315-NA is a reliable, durable, and efficient rectangular connector that is perfectly suited for a variety of applications. It provides a secure connection between devices through its high current rating and a fast installation time. The durable thermoplastic body and gold plated contacts make it resistant to wear and tear, while the low step voltage and rise time ensure a long-lasting performance.