MTSW-108-13-L-D-995

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Introduction

MTSW-108-13-L-D-995 connectors are specified by the MIL-STD-1553 Dual Redundant Bus (DRB) standard and utilized in applications requiring a reliable, secure rigid connection between chains of digital systems. The connectors are rectangular in shape and have the specific arrangement of the contact pins to enable the connection of two systems in an efficient and secure manner. MTSW-108-13-L-D-995 connectors are especially useful for applications that require an improved and reliable connection that can reduce the possibility of accidental disconnection.

Application Field

MTSW-108-13-L-D-995 connectors have many uses in the field of military and aerospace engineering. In military systems, these connectors are employed in the development of dual redundant systems like missiles and launchers. The MTSW-108-13-L-D-995 connectors are also utilized in commercial aerospace applications, such as in airplanes, helicopters, and unmanned aerial vehicles. The popularity of MTSW-108-13-L-D-995 connectors is also attributed to their suitability in critical defense systems, owing to their high level of secure connections, reliability, and accuracy.

Working Principle

The working principle of MTSW-108-13-L-D-995 connector is simple. It consists of several rows of contact pins which are arranged in a rectangular fashion. The layers of the pins are isolated from one another to avoid accidental arcing or sparking and to allow the connection to be more secure. The connector works by enabling a connection between the pins of two systems. When connected, the electrical current is passed between the pins, allowing the interconnected systems to share data.

The contact pins of the MTSW-108-13-L-D-995 connectors are made from a hard and durable material, such as stainless steel or brass. This ensures that the contact pins can withstand wear and tear and will not corrode. Additionally, the connection pins are insulated from each other, which prevents accidental arcing or sparking.

Advantages

The primary advantages that MTSW-108-13-L-D-995 connectors offer include secure connections, reliability, and accuracy. The structure of the connectors ensures that the connection is stable and the pins do not accidentally come off the contacts. This prevents the loss of data or inaccurate recoding of information. Additionally, the connectors are resistant to environmental factors, like corrosion and shocks, which ensures that the connection is always secure and reliable. The contact pins can also easily be replaced in case of wear and tear.

Disadvantages

The main disadvantage of MTSW-108-13-L-D-995 connectors is their cost. These connectors are relatively expensive in comparison to other types of connectors available in the market. Additionally, the connectors require additional hardware for their installation and may require skilled personnel for the connection to be made, which increases the overall cost. Furthermore, the connectors have a relatively long lead time to manufacture, which further adds to the cost.

Conclusion

MTSW-108-13-L-D-995 connectors are specified by the MIL-STD-1553 Dual Redundant Bus (DRB) standard and are used in applications requiring a reliable, secure, rigid connection between digital systems. These connectors offer secure connections, reliability, and accuracy, however, their cost is relatively more expensive compared to other types of connectors. The use of MTSW-108-13-L-D-995 connectors in rugged, critical defense systems is particularly beneficial as they are resistant to environmental factors and are not easily disconnected.

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