98417-G61-12ULF

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98417-G61-12ULF Application Field and Working Principle

Rectangular connectors available today come in many shapes and sizes, and are used in a variety of applications. 98417-G61-12ULF is a type of rectangular connector, also referred to as headers, male pins, and are primarily used in computer applications. This article will provide an overview of the application field and working principle of 98417-G61-12ULF.

The 98417-G61-12ULF header is a male pin connector mainly used in computer-based applications. It is a 7-pin straight through header type, and is an important part of the circuit structure for a variety of functions. This male pin connector features a double row of pins that are designed for secure electrical connections. Its robust design ensures reliable performance and durable use, even under the challenging conditions of a commercial environment.

The 98417-G61-12ULF header is typically used in desktop and laptop computers, as well as other computer-based peripherals that require regular plugging in and out. It is also often used in the field of communications and automation. More specifically, it is used in applications such as databanks, terminals, routers and programmable logic controllers, where it plays an important role in maintaining the necessary connections.

The working principle of the 98417-G61-12ULF header is quite simple. In order to use it, the header must be inserted into the corresponding female pin connector, also known as a receptacle. The male pins will then make contact with the female pins inside the receptacle. This connection is then used to transmit data or electrical signals, depending on the specific application. It is also possible to use the 98417-G61-12ULF header to provide power to a device, as long as the correct power supply is available.

The 98417-G61-12ULF header is a versatile and reliable connector that is suited for a wide range of applications. It is robustly designed and durable, capable of handling tough conditions in commercial environments. Its simple yet effective working principle ensures that it can be used easily, and its wide range of applications make it a valuable tool in the field of electronic communications and automation.

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