852-10-090-10-001101

852-10-090-10-001101 rectangular connectors, sometimes referred to as headers, male pins, are an integral part of many electronic circuitry systems. These connectors allow electronic signals or power to be transmitted between separate components, making them essential for efficient and reliable systems.

The 852-10-090-10-001101 connectors are primarily composed of a rectangular housing with eight pin contacts. The housing protects the pins from physical stress such as vibration and shock, while the pins allow for contact between two components. It is a polarized connection, meaning that each pin has a specific function and is inserted into a matching socket in the opposing component. This way, the current is able to travel in a specific direction. In addition, the housings typically contain a mounting tab which serves to secure the connector to its environment.

In terms of applications, 852-10-090-10-001101 connectors can be used to connect remote devices, wireless transceivers, switches, displays, LED controllers, and many other peripheral components. They are commonly found in automotive applications, wireless communication systems, and electronic device prototypes.

The working principle behind 852-10-090-10-001101 connectors is relatively simple. When two attached components are electrically connected, charge from one component flows through the pins of the connector into the other. This is achieved by arcing the pins of one component to the pins of the other when they fit together. As this happens, the charge smoothing capacitors reduce the voltage and ensures that the signals remain consistent throughout the connection. This allows for reliable transmission of information or power between two components that are in different areas.

In summary, 852-10-090-10-001101 rectangular connectors, also known as headers, male pins, are essential components in many circuitry systems. They are composed of a rectangular housing with eight contact pins and typically contain a mounting tab for securing them to their environment. These connectors are commonly used for transmitting power or electronic signals between components in automotive, wireless communication, and electronic device applications. Their simple working principle involves charge arcing between two connected components through the pins, with the current being controlled by capacitors.