5352033-1

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Backplane connectors, such as the 5352033-1 model, are utilized in the areas of telecommunications and computers. This type of connector is designed to interconnect two boards on a backplane while preserving signal integrity, providing efficient power delivery and protecting the cards from a potentially harsh environment. This type of interconnect is referred to as “hard metric,” as it is a high-speed, long-life and reliable connection. It is also widely referred to as a “standard,” as it is one of the most common and widely used backplane connectors in today’s devices.

This particular 5352033-1 connector is designed with a crimp termination system that is very power efficient and reliable. It also offers a dust-proof construction and improved retention force, as well as radiated emission and RF endurance characteristics. Thanks to this combination of features, it is suitable for applications wherein electrical performance, mechanical reliability and versatility are critical to the success of the design.

The 5352033-1 backplane connector is designed to the Eurocard form factor. This form factor dictates a rectangular shape with standard notch locations, pitch sizes and mounting holes. The 5352033-1 connector is short and is mounted perpendicular to the boards that it connects. It has a round pin contact system, which consists of two rows of gold-plated pins that measure 3mm in diameter. It has a maximum load based on the size of the contact pins of between 1.25 and 2.50 amps, and a maximum contact resistance of 100 milliohms. The operating temperature range of the 5352033-1 backplane connector is from -40°C to +85°C.

The 5352033-1 connector uses a common roof protection technique. This technique involves the use of a small rubber sleeve at the point of connection between the mating contacts. This serves both as a seal and as a mechanical guard against environmental pressure, ensuring that the electrical connection remains intact.

The working principle of the 5352033-1 backplane connector is a type of electrical voltage transfer. This means that it transfers electrical voltage between two contacts and maintains a stable level of voltage. Two contacts are connected to the positive lead of a power source, such as a battery, and the other two contacts are attached to the negative lead. When electrical current is passed through the contacts, it is maintained due to the inherent capacitance of the contacts. This capacitance ensures that a stable voltage is maintained between the contacts, despite fluctuations in the power supply.

The 5352033-1 connector is a general-purpose backplane connector that can be used in various types of devices, including servers, storage systems, communication devices and computers. Furthermore, it is suitable for applications that require a reliable connection and that rely on high-speed data transfer and signal quality. In addition, due to its dust-proof design, it can be used in harsh industrial environments, such as mining and construction, where dust and debris can easily damage delicate electrical components.

In summary, the 5352033-1 backplane connector is a high-speed and reliable connection solution for a variety of applications. It is designed with a crimp termination system that offers a dust-proof construction and improved retention force, as well as radiated emission and RF endurance characteristics. It is also designed to the Eurocard form factor, with a round pin contact system and a maximum contact resistance of 100 milliohms. Lastly, its working principle is a type of electrical voltage transfer that maintains the electrical connection between two contacts by utilizing the inherent capacitance of the contacts. As such, the 5352033-1 is an ideal solution for applications wherein electrical performance, mechanical reliability and versatility are required.

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