10-89-9667

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Rectangular connectors, also known as headers and male pins, are indispensable components in all types of electrical systems. Through their reliable connections, these electrical components enable the transmission and exchange of data and information between connected devices, circuits, and subsystems. The 10-89-9667 rectangular connector is a versatile option for implementation in a wide range of electronic projects, and its working principle is quite simple.

This rectangular connector derives its engineering designation from the physical characteristics of the component. It comprises three sides—and two of these three sides are terminated together in a 10 pin arrangement (hence the 10-89 in its designation). Unlike some other types of rectangular connectors, the 10-89-9667 has two rows of pins, or nine pins on each row. It is a variation of the 10-89-9635 option.

The basic design of the 10-89-9667 is quite common for rectangular connectors. This variant is constructed from a robust plastic material that has been molded together with metal contacts inside. A nylon plastic strip reinforces its body structure, while nine pins are equally placed on the two sides of the connector. An additional one pin is also situated at the entrance and exit of the connector. This slightly protruding pin is known as a keying pin, and it helps to prevent incorrect installation.

When it comes to installation, the 10-89-9667 is compliant with the industry standard. It can be mounted with its pins facing down or with the connector body facing up, depending on the form factor of the system where it needs to be installed. It can also be soldered or mechanically fastened with two screws, to fit different installation requirements.

The 10-89-9667 is a reliable rectangular connector for interconnection of digital and analog signals, and is widely used in portable electronic devices, consumer electronics, industrial production lines, and many other applications. It is typically implemented with signal sensors, relays, switches, and motors. And as a reference connector, safety and reliability are of paramount importance.

When it comes to the working principle of the 10-89-9667, each of the pins play a specific role to create reliable connections and conduct proper current flow. For instance, the two conductor pins, located on two rows and spaced apart for better signal integrity, are responsible for conducting the signals between connected devices. The other key pins are dedicated to power flow, control, feedback, or ground signals. The correct cooperation between these pins is necessary for system functionality.

The 10-89-9667 rectangular connector is widely used in low-voltage applications, as it is capable of transmitting signals of up to 300 Volts. It is also resistant to shock, vibration, and flame—making it a viable choice when harsh conditions are a factor. High reliability levels and reliable performance has also ensured its widespread use among consumers and product developers.

In summary, the 10-89-9667 rectangular connector is an ideal choice for implementation in a variety of electronic projects and systems. Its simple working principle, comprising two rows of nine pins, enables reliable signals transmission and power flow between connected devices. Moreover, its durable construction and compatibility with a range of installation requirements ensures that the 10-89-9667 connector is an optimal solution for a wide variety of applications.

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