7361 Optoelectronics

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 Led spacers, standoffs and terminals are basic components used in a variety of application fields. The 7361 model is an advanced design of this type of component which offers unique advantages over traditional offerings. It features an expanded spacer height, improved pin body design and an internal bump stop to reduce stress on the installation. It is a reliable and cost effective solution for many industrial applications.

 In the building, automotive and consumer electronics markets, spacer and standoffs are typically used to secure components in place. The 7361 model offers a simple, cost effective solution for these applications with its expanded spacer height and improved pin body design. The expanded spacer height increases the space between two components, making for easier installation and allowing for better air flow. The improved pin body design also provides additional stability against vibration and shock. In addition, the internal bump stop helps to reduce stress on the installation, allowing for a secure yet flexible fit.

 In addition to its use in the building, automotive and consumer electronics markets, the 7361 model is used extensively in communications and networking systems. In this area, it is used to secure cables and connectors in a variety of ways. The internal bump stop to helps to ensure consistent connections while the spacer height and improved pin body design enables easier routing. The design also allows for cable entry and exit points to be configured in several ways, resulting in a securely connected system.

 Construction of electrical enclosures is another area where the 7361 model is often used. The spacer height and improved pin body design makes it perfect for the secure mounting of printed circuit boards, components and other electrical appliances. The internal bump stop prevents strain on the installation while its flexible fit allows for easy adjustment of components. This makes assembly of enclosures faster and easier, resulting in cost savings for the end user.

 The 7361 model also offers advantages for automotive applications. Its increased spacer height provides additional insulation, reducing the risk of shorts or malfunctions. The improved pin body design increases stability and vibration resistance, making it the perfect choice for noise-sensitive applications. In addition, the 7361’s internal bump stop helps to reduce interior heat, making it ideal for panel installations where heat build-up could be an issue.

 Overall, the 7361 model offers many advantages over traditional spacer and standoff configurations. The increased spacer height, improved pin body design and unique internal bump stop make it a reliable and cost effective solution for a variety of industrial applications. It is a popular choice in the building, automotive and consumer electronics, as well as communications and networking, markets and is ideal for construction of electrical enclosures and mounting of PCBs and components.

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