N3793-6203RB Connectors, Interconnects

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The N3793-6203RB device is a rectangular connector header used in various applications, including automation, industrial, and automotive electronics. It is a two-row header with a right angle and has six male pins, making it an ideal connector in a variety of circumstances. The N3793-6203RB header is a reliable and effective solution that provides a secure electrical connection between components and systems, while its robust design can stand up to the rigors of industrial applications.

The N3793-6203RB rectangular connector header is a high-density, integrated interconnect system used to interconnect components in order to complete a circuit. These headers are designed to provide an electrical ‘pitch’, or space between each male pin, in order to ensure that every connection is securely made. The N3793-6203RB also has a right angle design, which has the added benefit of allowing for a direct connection to a printed circuit board without the need for an adapter. This not only saves time, money and space, but also ensures that the connection is more reliable.

The N3793-6203RB male pins are made of high quality engineering plastic materials, making them highly durable and able to withstand high-temperature and humidity cyclic environments. The plastic material provides a secure electrical connection that is resistant to corrosion and oxidation. The insulation of the pins is tested to make sure that no electricity will flow between contacts, resulting in a secure and firm connection. Additionally, the headers have a polarity design that helps to ensure that the pins are plugged in the right direction and with the correct orientation.

The N3793-6203RB device is practical and versatile, making it an ideal choice for a wide range of applications. It is particularly useful in automotive and industrial settings, as it provides reliable protection for signal and power connections. In addition, it is also suitable for automation, as it is designed to connect different radio frequency and optical devices. This type of header is also ideal for use in communications, data processing, measurement and control. Lastly, the N3793-6203RB male header has excellent conductivity and low spark formation, making it an excellent choice for connections in high-power applications.

In order to ensure the effective and secure operation of the N3793-6203RB device, it is important to understand its working principle. Firstly, the male pins generate a small charge when plugging into the connector. This then creates a potential temperature rise, which is known as the contact resistance between the pins. The contact resistance varies depending on the number of pins and their specification. The contact resistance must be low enough to ensure a secure connection, however it must also have the ability to withstand any vibrations or shocks that may occur.

Secondly, the N3793-6203RB headers also feature a reliable locking system, known as a positive locking mechanism. This locking system ensures that the pins remain in the correct position while the device is in operation. The locking system is designed to be strong enough to prevent the pins from becoming dislodged or damaged due to any external forces. Additionally, the pins are designed with a reverse polarization system, which helps to ensure that they remain firmly in place even during high-speed operation.

In conclusion, the N3793-6203RB rectangular connector header is a reliable and robust component that is suitable for a wide range of applications. This two-row right angle device features six male pins and is constructed using high-quality engineering plastic materials. Its integrated, high-density interconnect system provides an electrical ‘pitch’ and ensures that each connection is securely made. Additionally, the pins have a polarity design and a reliable locking system, while their insulation is tested to make sure that no electricity flows between contacts. This robust design makes the N3793-6203RB header an ideal choice for automotive, industrial, and automation applications.

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