174107-4

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DIN 41612 is a family of rectangular backplane connectors commonly used in applications that require synchronized communication between multiple circuit boards. It is named after the German industrial standard "DIN 41612" (Deutsches Institut für Normung), and is widely used in Europe and other parts of the world. The DIN 41612 backplane connector is a rectangular, high-density connector solution specifically designed to meet the stringent requirements of industrial and commercial applications that employ printed circuit boards (PCBs).

The DIN 41612 family consists of several different models of connectors. The 164107-4 is one of the most commonly used. It is a 22 position connector, with pin spacing .039” and a pin diameter of .026”. It is constructed of a strong yet flexible plastic housing, and is available in either male or female. It has been designed to carry currents up to 5 amps, and with its robust design, it can handle up to 800 mating cycles. The 164107-4 is typically used to connect rigid or flexible circuit boards that are being mounted in an external card cage, allowing them to be connected to an off-board power supply with minimal fuss.

The 164107-4’s main application is in backplane architectures, where multiple printed circuit boards are connected together in a common backplane. When a single card in the backplane is turned on or off, the 164107-4 connector synchronizes the rest of the accompanying cards, ensuring that they all receive the appropriate power and data streams. The 164107-4 is used in a variety of commercial and industrial applications, such as video surveillance, network security, telecom and IT, and medical imaging.

The working principle of the 164107-4 backplane connector is simple. It allows the transfer of power, signals, and data between multiple circuit board cards in an organized manner. The connector consists of two mating halves, the frame and the connector contacts. The frame consists of two parallel steel sheets with all being connected to ground and shielding. The contacts are individually soldered to the circuit board and serve as the connection points between the circuit boards. When the two mating halves are mated correctly, the contacts of one board are connected to the contacts of the other, thus forming a complete electrical circuit.

When the connection is made, power, signals, and data are transferred simultaneously through the pins inside the connector. This data transfer is monitored by a control circuit so that changes can be detected and dealt with if necessary. Depending on the application, the pinout of the 164107-4 can vary, as it provides space for up to 22 individual signal pins, as well as up to eight ground signals and four power signals. With a rated voltage of up to 30 volts, it can support a variety of board-to-board communication protocols such as CAN, UDP, and FireWire.

In conclusion, the 164107-4 is a reliable and cost-effective backplane connector solution that is designed to meet the stringent requirements of industrial and commercial applications. It has a reliable design, robust construction, and can handle up to 800 mating cycles. With its easy installation and wide range of support, the 164107-4 is well-suited to applications that require reliable communication between multiple circuit boards.

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