342-10-108-00-591000

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The device known as the 342-10-108-00-591000 is an electrical component commonly referred to as part of the rectangular connectors, class of headers, specialty pins. This device is used in a wide variety of applications, specifically where there is a need for an electrical connection that is capable of withstanding high temperatures, electrical stresses, and mechanical shocks. The device is designed to facilitate an easier and quicker connection between two electrical components making it very useful and versatile. The device is highly durable making it a reliable component that is used in multiple industries and applications.

The structure of the device is composed of a rectangular base, which has four legs, and a large number of pins running across it, with each pin making contact with two sides of the base, thus providing an electrical connection. The pins are usually inserted into a two-part contact, where the first part is the receptacle and the second part is the contact pads, which are thin metal plates. The connection strength of the device is mainly determined by the number of pins and the distance between them.

The device also has a unique locking mechanism that provides additional connection security. The locking mechanism is generally composed of four slots and a pair of lugs that fit into the slots. When the pins are inserted into the receptacle, the lugs securely lock the pins in place, thus providing a secure attachment. This mechanism allows for faster and more reliable connections between two components. Additionally, the device has an enhanced protection against static electricity, which makes it suitable for high-end electronic components that require a higher level of electrical protection.

In terms of its working principle, the 342-10-108-00-591000 connector utilizes a common connector principle known as the “active to passive” connection principle, which involves connecting one active device to multiple passive devices. This principle is commonly used in applications such as electrically driven actuators, RF communication devices, and motor control systems. In this system, the active device sends out electrical current, while the passive devices receive the electrical current to complete the circuit. This design provides a more efficient and reliable electrical connection, since it allows the electrical current to flow through multiple components at once.

Furthermore, the device is also temperature resistant and has a high resistance to electrical stresses and mechanical stresses. This is achieved as the pins are made of durable materials that can withstand high temperatures and pressure. Additionally, all of the parts used in the device have very good surface insulation properties, which prevents electrical shock.

The 342-10-108-00-591000 connector has been used in a wide range of industries including automotive, aerospace, medical, communications, military, and general electronic products. In the automotive field, the device is used in car stereo systems, engine control units, airbag systems, and navigation systems. In the aerospace field, the device is used in satellites and avionics systems, as well as in commercial aircrafts. In the medical field, the device is commonly used in medical imaging equipment, robotic devices, and implantable devices. In the communications field, the device is used in high-end telecommunication networks and military radar systems. Finally, in the general electronic product field, the device is used in consumer electronics products, such as digital cameras, mobile phones, and electronic gaming devices.

All in all, the 342-10-108-00-591000 connector is an important electrical component that is widely used in a variety of industries and for a variety of applications. It is highly durable and reliable and provides a secure connection. It is also resistant to electrical and mechanical stress and has a high temperature resistance. Furthermore, the device utilizes the “active to passive” connection principle to provide a more efficient and reliable connection.

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