Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rectangular Connectors - Headers, Male Pins, and 5011903017

Rectangular Connectors, Headers, and Male Pins have been a part of electronics for many decades, and the 5011903017 has only recently been released. This connector is designed to work with many different types of circuits and applications, and has a few unique features to help reduce complexity and cost.

Description

The 5011903017 is a rectangular pin header connector which is designed to fit many different types of circuit boards and applications. It has two rows of twelve pins, all on one side, which can be used to connect other header connectors to the circuit. It also has two additional rows of twelve pins, on the opposite side, which can be used to hold additional security devices in place.

The 5011903017 has a number of features which make it an ideal choice for circuit board designs. It has a standard pin pitch of 0.110 inches, which allows it to fit into most standard circuit board designs. Additionally, it has a contact area of 2.54 mm, which is consistent with most other pin headers, making it easy to use.

Application Fields

The 5011903017 is a great choice for a variety of circuit board applications. It is primarily used in high-speed data transfer applications, as it allows for secure and reliable connections between circuits. It is also commonly used in embedded systems, such as automotive and industrial applications, which need a reliable and secure connection between multiple circuits. Additionally, it is a great choice for any application which requires multiple header connectors, as the two additional rows of pins can be used to hold additional security devices.

Working Principle

The working principle of the 5011903017 is relatively straightforward. When power is supplied to the pins, an electrical current is sent through the conductor, establishing a connection between the two circuits. The current is then regulated by the resistors built into the pin itself. The aim of this design is to ensure that each pin has a consistent electrical current, even with changes in voltage or other environmental variables.

Conclusion

The 5011903017 is a great choice for a variety of circuit board applications, thanks to its two rows of twelve pins on one side and two additional rows of twelve pins on the other side. It is ideal for high-speed data transfer applications, as it ensures secure connections between circuits. Additionally, it is great for embedded systems which need a reliable and secure connection between multiple circuits. The working principle of the 5011903017 is relatively straightforward, with an electrical current sent through the conductor and regulated by the resistors built into the pin itself.

The specific data is subject to PDF, and the above content is for reference