MTSW-109-10-T-S-130-RE

Rectangular Connectors - Headers, Male Pins

MTSW-109-10-T-S-130-RE Application Field and Working Principle

Rectangular connectors are widely used in modern electronic device designs. MTSW-109-10-T-S-130-RE male pin headers are a product family of popular connectors used in board-to-board or board-to-cable applications. These male pin headers feature two rows of 10 separate round contacts each side and are most commonly used for signal connections. The MTSW-109-10-T-S-130-RE male pin headers’ insulating material is UL94V-0 rated and its terminals specialize in allowing passage of up to 9 Amps of current. The contact tail is tin plated to reduce potential surface oxidation, while the quick lock-in feature simplifies installation and removal. Let us discuss other characteristics and the application fields of MTSW-109-10-T-S-130-RE male pin headers.

MTSW-109-10-T-S-130-RE male pin headers come in various configurations offering two most important features. First, they are designed to fit into a variety of existing system assemblies, making them highly versatile in terms of use. The connectors also employ integrated LEDs and/or temperature sensors in order to provide visual feedback or monitoring of temperature to the user. Furthermore, these connectors bring down the overall build cost since all components are included in the package and no separate harnesses or add-on components are required for their configuration.

The MTSW-109-10-T-S-130-RE male pin header features a black-oxide Phosphor-bronze receptacle body, with 10 round contacts on each side. The contacts are held in place by means of two copper-plated steel contact-retaining clips, while the lower pins of the header are permanently held in place by a stainless-steel clip. The contacts and contact-retaining clips are remote-sealed, preventing moisture and dust from entering the connection’s contact area. The male side of the connection uses phosphor-bronze crimp terminals and is sealed against moisture and dust ingress as well.

The MTSW-109-10-T-S-130-RE male pin headers are electromagnetic isolated, meaning that the pins contact the board directly and do not make any contact with anything else, creating a path around the pins and prohibiting the flow of current or data through it. This isolated characteristic also allows other components placed in an array to remain electrically isolated from each other, preventing interference or interference. Additionally, these types of cables are shielded from external electromagnetic interference, making them ideal for use in environments with heavy industrial equipment.

MTSW-109-10-T-S-130-RE male pin headers are often used in applications that benefit from a more reliable and robust connection than typical soldered lead or plug-in connections can provide. A common use for these connectors is in military and industrial applications, where their durability, reliability, and low-temperature tolerance make them ideal for use in harsh and hazardous environments. They are also increasingly being used in consumer applications such as solar energy production, medical imaging, and factory automation due to their ability to provide reliable and long-term connections as well as their lightweight and shock resistance.

The working principle behind the MTSW-109-10-T-S-130-RE male pin headers is quite simple. The two rows of contacts on each side of the connection create two separate paths. When the connection is made, the two paths send an electrical signal from the source to the destination, allowing for data or electrical transfer in both directions. Depending on the configuration, the amount of current and voltage that can transfer through the connection can be determined as well.

In conclusion, the MTSW-109-10-T-S-130-RE male pin headers offer a reliable and robust data connection solution in a wide range of applications. Their light weight, high-strength components, and ability to tolerate low temperatures make them ideal for use in harsh and hazardous environments. Their use in both military and industrial applications, as well as in consumer applications such as solar energy production, allow them to be highly versatile. Furthermore, the working principle behind these connectors makes them a dependable solution to use for both data and power applications.