315-43-116-61-003000

Rectangular Connectors - Headers, Receptacles, Female Sockets are commonly used in the application of 315-43-116-61-003000. These connectors are a type of electrical connector made up of a variety of materials including metal, plastic, and glass which serve to connect two or more electrical components. The commonly used terminals, also known as conductors, are used to transmit electrical signals between contacts or components. The basic parts of the connector include a base or housing, depending upon the type of connector, the terminals, which can be either soldered or clamped, and the cover or cap to protect the terminals. The choice of the materials used in the construction of the connector depends upon its required performance properties and the application in which it is to be used.

There are several types of rectangular connectors, including headers, receptacles, and female sockets. Each type of connector has a number of features that make it suitable for certain applications. The basic design of these connectors consists of a rectangular body, which can either be open on one or both sides, and a terminal base. When assembled, the terminal base is inserted into the housing of the connector, and the terminals are then secured with screws or soldered. The terminals can also be soldered directly to the board or Faston terminals can be used.

The 315-43-116-61-003000 application field can be divided into four main categories: embedded systems, audio and video connectors, medical and test systems, and production control and automation systems. In embedded systems, the rectangular connectors are used to connect electronic components in very tight, low profile packages. These connectors are typically found in commercial and industrial products such as telecommunications and networking equipment, and fitness equipment. Audio and video connectors are usually used in applications that require high performance or specialized design, such as in the consumer electronics industry. Medical and test systems typically use these connectors for higher frequency applications such as medical imaging systems, medical monitors, automated assembly systems, or test and measurement equipment.

The working principle of a rectangular connector is simple. The contact pins are inserted into the connector\'s body and held in place by a single pin or two looped pins. The contacts then extend to the rear and contact the PCB (printed circuit board) on both sides of the connector. As the connector is inserted into the connector housing, the contact pins are brought into contact with the PCB. The electrical signals on the contact pins are then routed through the contacts and passed onto the PCB.

Rectangular connectors are a popular choice in industries where space is limited and performance is critical. Their reliable and repeatable performance makes them ideal for use in many different types of applications. Their simple design and the wide variety of materials make them suitable for use in a multitude of different environments.