6STF25PAR04E20X

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D-Sub Connectors: 6STF25PAR04E20X Application Field and Working Principle

D-sub connectors are an essential component of many different types of electronic, electrical, and computer systems, and the 6STF25PAR04E20X is no exception. This particular D-sub connector has an array of important features, each of which makes it suitable for a wide range of applications ranging from industrial to aerospace and computer applications. Moreover, this connector also contains components that are designed for a very specific purpose.

General Features of 6STF25PAR04E20X

The 6STF25PAR04E20X can be classified as a 25-pin high-density female D-sub with a fully shrouded design. It has a rated current of 3A at 70°C and a rated voltage of 250V AC or 75V DC. This connector comes with two rows of pins, each measuring 4.55mm in length, and each row has 12 pins. It has a current tolerance of 4A and a minimum insulation resistance of 1000 MΩ between adjacent contacts.

The 6STF25PAR04E20X also comes with an exaggerated protrusion length of 10.4mm, allowing for easy insertion into panel cutouts or tight spacings. It features a low profile hood which is designed for easy and secure mounting. Additionally, the connector comes with an extra side board for added protection and stability.

Main Application Fields of 6STF25PAR04E20X

The 6STF25PAR04E20X is most widely used in industrial, aerospace, and computer applications. In industrial applications, this connector is used to connect scales, scanners, keyboard, and other various instruments and peripherals. In aerospace applications, it is commonly used to connect actuators, avionics, and simulators. In computer applications, it connects keyboards, monitors, and disk drives.

Working Principle of 6STF25PAR04E20X

The working principle of this connector is quite simple. It has two rows of pins, each of which has 12 pins in total. When connecting two components, the first step is to position the two components in such a way that each component\'s pins are aligned with the other component\'s pins correctly. The two rows of pins of the 6STF25PAR04E20X are then inserted into the mating components. The pins are then secured in place using a locking mechanism.

Once the mating components are locked in place, the pins and their interconnections will create an electrical path between the two components. This electrical path will then enable signals and power to pass through, allowing the components to communicate and work together. This is the basic working principle of the 6STF25PAR04E20X.

Merits and Demerits

The 6STF25PAR04E20X is a reliable and robust connector that is ideal for industrial, aerospace, and computer applications. Its low-profile hood and economical design makes it a cost-effective and dependable product. Moreover, the connector also features good corrosion resistance and moisture resistance, making it suitable for use in a wide range of environmental conditions.

However, the 6STF25PAR04E20X is not without its shortcomings. One of its major drawbacks is that it is not compatible with most printed circuit board designs. Additionally, its bulky design can make it difficult to mount in tight spaces. Furthermore, this connector might be prone to shorting and noise if not installed properly.

Conclusion

The 6STF25PAR04E20X is a popular D-sub connector that is commonly used in industrial, aerospace, and computer applications. It features an economical design, as well as good corrosion resistance and moisture resistance, making it suitable for a wide range of applications. However, it has its drawbacks, such as incompatibility with certain printed circuit board designs and its bulky design. Despite these drawbacks, the 6STF25PAR04E20X is still an excellent option for connecting two components.

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