DBM13W3S1A7NA190

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D-Sub Connectors are a popular type of electrical connector widely used in the electronics and telecommunications fields. Among the different types of D-Sub connectors, the D-Sub 13W3S1A7NA190 stands out due to its multiple pins and very high performance. It is mostly used for data transmission, broadcast, industrial, and medical applications. In this article, we will look at the application fields and working principle of the D-Sub 13W3S1A7NA190.

Application Fields of D-Sub 13W3S1A7NA190

The D-Sub 13W3S1A7NA190 is widely used in industrial, medical, and broadcast applications due to its robust construction and reliable performance. One of its primary uses is in industrial and manufacturing applications where automated and precise data transfer is essential. It can also be used in medical environments for data transfers such as MRI, X-rays, and nuclear scans. Additionally, it is suitable for broadcasting applications as it allows for the transmission of high-definition audio and video.

Working Principle of D-Sub 13W3S1A7NA190

The D-Sub 13W3S1A7NA190 features multiple metal pins arranged in various configurations in order to achieve different connection types. There are multiple types of D-Sub connectors with the 13W3S1A7NA190 being the most common and most popular. It is comprised of 26 pins in two rows that form 13 contact points each. These contact points create electrical connections when the two rows are mated together. This type of connector is well-suited for data connections with low to medium currents and is reliable even at high frequencies.

The major design advantage of D-Sub connectors is its low-profile structure, which allows it to be embedded into a panel or PCB. The contact points are protected from EMI interference and vibration, and the pins are designed to be corrosion-resistant. This ensures reliable and secure connections over a wide range of operating conditions.

In conclusion, the D-Sub 13W3S1A7NA190 is a popular electrical connector and is widely used for both industrial and broadcasting applications. It is capable of transmitting data over low to medium currents and at high frequencies, and it features a low-profile design which allows it to be embedded into a panel or PCB. Furthermore, its contact points are protected from EMI interference and vibration, and its pins are corrosion-resistant which ensures a reliable and secure connection. Therefore, the D-Sub 13W3S1A7NA190 is an excellent connector for data transfer in any application.

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