10-88-1741

Rectangular connectors, also known as headers, male pins, or headers with male pins, are commonly used for providing a reliable connection between electronic equipment and a printed circuit board (PCB). Features of a rectangular connector include terminals or pins on one side that attach to the PCB, and a metal contact or interconnect area on the other side which mates with a similar connection on the product. Such connectors are found in many consumer and industrial products, in applications ranging from wired networks (Ethernet/WiFi) to medical instrumentation. This article will discuss the 10-88-1741 rectangular connector and its application field, as well as its working principle.

10-88-1741 Application Field & Working Principle

The 10-88-1741 is a two row, straight female header connector. It is a primary connector used to connect a PCB to an electrical device. The female header is designed to ensure a secure connection between the device and the PCB. This connector has two rows of pins, each offering different functions. One row of pins, known as the Power Row, is used for supplying power from the PCB to the device, while the other row of pins, known as the Input/Output Row, is used for the transmission of data between the device and the PCB.

A variety of devices can be connected to the 10-88-1741, including devices requiring high speed data transmission. This two row connector is also commonly used for connecting a wide range of sensors, including optical, strain, and vibration sensors.

The 10-88-1741 connector has a total of 8 female pins, 4 pins in each row. The pins are arranged in a parallel line, with the interface area being a feature of this connector. The contacts are gold-plated, ensuring optimal conductivity. This provides improved signal integrity, meaning that the signal traveling through the connector is of a higher quality than with a non-gold plated connector.

The working principle of the 10-88-1741 connector is quite simple. Each of the eight pins is connected to its own contact area in the connector. When the two mating halves of the connector are engaged, the contacts from each side create an electrical connection, allowing for the transmission and reception of data. Additionally, the current is able to run through the gold-plated contacts, providing improved signal integrity.

Conclusion

The 10-88-1741 is a two row, straight female header connector that is commonly used to connect a variety of devices to a printed circuit board (PCB). It has two rows of pins, one for input/output and one for power, with a total of 8 gold-plated contacts. The working principle of this connector is relatively simple, yet its gold-plated contacts allow for superior signal integrity compared to other connectors. This makes the 10-88-1741 an ideal choice for many applications, including high speed data transmission and connecting various sensors to a PCB.