MTSW-222-12-T-Q-200-LA

Rectangular connectors are necessary components for most electronic devices. Among them, the MTSW-222-12-T-Q-200-LA has its own application field and working principle. This article will explain both in details.

The MTSW-222-12-T-Q-200-LA belongs to the rectangular connectors - headers, male pins type. It is a two row connector with a 12-pin total number across both rows. It features a 0.2" pin spacing, indicating it is a higher pitch connector than the standard .100” spacing. The connector is made from tin-plated high temperature thermoplastic, providing excellent electrical, mechanical, and environmental performance. It also features rugged construction, great retention force, positive contact, and a low deflection force. The overall length of the connector is 2.45”, making it a great fit for most electronic applications.

This connector is used in a myriad of applications. The most common use is for embedded board-to-board and back plane-to-back plane connections. It is the perfect choice for applications with high speed signal transfer and data processing requirements. Furthermore, it is also ideal for industrial applications as it can withstand extreme environmental conditions like moisture and dust. Additionally, due to its size, it is a great choice for applications with tight space constrictions.

The basic working principle of a rectangular connector - headers, male pins is pretty straightforward. Basically, it involves interconnection between two or more electrical devices using metal pins or contacts. The pins on each connector are precisely designed to match with the receiving slot on the other connector. When the plugs are completely mated, an electrical connection is created between the two connectors, allowing current and signal to flow from one device to another.

Therefore, the MTSW-222-12-T-Q-200-LA has its own application field and working principle. It is specifically designed for electronic applications that require a quick connection and a reliable mating between two or more devices. Its small size and robust construction make it an ideal choice for applications with tight space constrictions and high speed signal transfer requirements.