DIN-016RSE-RR1L-FJ

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Backplane Connectors or DIN 41612 are connectors standardized for tailoring electronic interface within the computerized machines. It plays a crucial role in transferring signals, power, and data between the front and rear panels across the critical architectures. This type of connector has two primary designs, namely 0.5mm and 0.8mm spaced contacts. This article specifically aims to explore the application field and the working principle of one of the most popular backplane connector series, the DIN-016RSE-RR1L-FJ.

Coming from the popular, reliable, and high-quality CAFAMOSA family, the DIN-016RSE-RR1L-FJ series has high durability and resistance to shock and vibration. It is designed to match standard RCP 0.5 profiles due to its double-row structure. The isolation resistance of these connectors has a superior rating of 3kVc between the circuits, and their insulation resistance has the remarkable rating of 500MΩ, when connected via a 9A contact. Additionally, their operating temperatures range vary from -55℃ to +125℃, ensuring a broad range of usage.

The DIN-016RSE-RR1L-FJ connectors are applicable in various mediums such as medical equipment, industrial manufacturing, testing equipment, etc. They are widely used in microprocessors, telecom cards, storage cards, audio/video cards, robotics, lighting, instrument control, and especially in FPGA boards. Apart from it, these connectors are suitable for PCB and backplane harness applications. As their applications are broad yet powerful, people often refer to the DIN-016RSE-RR1L-FJ series of connectors as the ‘workhorses’ of the larger connector family of backplanes.

These durable, multi-application connectors are robustly designed against physical parameters, to guarantee safe, reliable and fast data exchange. The contacts of the DIN-016RSE-RR1L-FJ series are genderless, meaning they are compatible with both male and female headers. The top half section of each connector is made from highly conductive copper, and has 2 rows with 16 pins in matrix, while the bottom half is cut in a single row with 8 pins. Another interesting feature of these connectors is that they are applicable in horizontal, vertical, and multi-plane structures.

The working principle of the DIN-016RSE-RR1L-FJ connectors revolves around their high performance contact systems. These connectors have double-row headers that are capable of delivering up to 9A current. The contacts are made from highly conductive material like copper, and are capable of transferring 10A at sliding transitions. Apart from it, the connectors have sixteen screws which work in parallel to enhance the locking mechanism between the two interfaces. With the help of these sixteen screws and their double-row structure, the connectors are capable of sustaining the data transmission rate up to a level of 6Gbps for a long period.

In a nutshell, DIN-016RSE-RR1L-FJ series of backplane connectors are ideal for performing high-tech logistic operations. These sturdy and durable connectors are capable of operating in extreme temperatures, can transfer data at high speed, and can sustain the power up to 9A. They are so efficient, reliable, and powerful that they have become the go-to connectors for various high-end electronics projects due to their high performance contact system.

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