TD-125-G-A

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TD-125-G-A is a type of rectangular header, part of the family of connectors used in industrial, automotive and telecommunications applications, as well as in high-speed data transmission. Comparable to other types of headers, these connectors provide single-ended, multiple-drop access to necessary high-speed, digital signal with support for a range of high-speed devices. The TD-125-G-A are usually divided into two typical categories: female connectors, also known as headers, and male pins. As part of the TD-125-G-A family, these connectors meet the requirements of many commercial and industrial applications.

TD-125-G-A headers are often used in applications which require access to a wide array of mechanical, electrical, and digital interfaces. The physical housing for this type of connector can be constructed from a variety of materials, and different pin configurations and/or pin/socket combinations can be specified. The primary advantage of the TD-125-G-A headers are their ability to support a high level of signal transmission performance between the connector and the device. These connectors can be applied to many electronic products, such as power supplies, storage devices, displays, and communication systems.

The TD-125-G-A male pins are normally used in pairs with a female header. They are male connectors designed to be mating with a female header, and are constructed out of a variety of materials. The requirements of the application will dictate the requirements for male pins. These pins may be soldered, crimped, or screwed to the female header housing to ensure a reliable and good contact interface is established between the male pins and the female header. Male pins are used in many electronic systems and products to provide an easy connection with enhanced performance. All male pins typically offer very high performance, excellent signal integrity, and reliable signal and power delivery.

The working principle of the TD-125-G-A header and male pin is quite simple. When two plugs, one of either male or female form, come into contact, a mechanical connection is created. In the connected state, the male pins run through the holes the female connectors provide and this physical contact is maintained. With this, digital signals are sent and received through the data transmission medium (e.g. cables, printed circuit board PCI or Ethernet). The TD-125-G-A features a higher number of signals than other similar pins and offers flow-through ground and power paths for improved noise reduction.

In conclusion, the TD-125-G-A family is a kind of header that fits into the rectangular connector-headers category. It can be divided into two typical types of male and female connectors. This connection is weak and swift making it suitable for high frequency digital signal transmission. TD-125-G-A headers are suitable for a wide array of mechanical, electrical and digital applications and its design makes them suitable for a variety of high speed applications, making them not only reliable but also cost effective.

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