D25S81C6GV00LF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

D-Sub Connectors are an important ensemble of connectors used for data and communication. They provide a reliable method of transmitting digital and analog signals within electronic systems. This article focuses on the D25S81C6GV00LF Connector, its place within the larger D-Sub family, its application fields and its working principle.

The D25S81C6GV00LF Connector is a type of D-Sub Connector, also known as a DB25 connector. It is commonly used in a variety of applications, from audio to video, to digital, to telephony. It is often specified for use in applications demanding a rugged connection system, superior shielding characteristics, and reliable contact. The DB25 Connectors have been in use since the early 1960s, and have gone through several upgrades and changes over the course of their lifetime.

The D25S81C6GV00LF has 50-pin male or female contacts. It features crimp-style contacts as well as soldering and screw-locking customer-configurable latching or non-latching contact systems. The connector has a robust design and is capable of withstanding high temperature applications. The contacts are rated at a current carrying capacity of 10 – 15 amps. The DB25 connector is designed to fit into a standard panel cutout, and it provides reliable running contact performance in a variety of applications and systems.

The D25S81C6GV00LF Connector is ideal for use in applications that require high density and low voltage. It is commonly used in telecommunications and networking, automobiles, test instruments, process control, and medical equipment. It can also be used for display panels, server racks, and computerized production systems.

The DB25 Connector consists of two metal shells, a male and a female. A strip of conductive metal runs along one side of each shell, and two rows of metal pins are soldered to the other side of each shell. The male pins form a pin array on the male shell, and the female pins form a receptacle array on the female shell. When the two shells are mated, the pins and receptacles line up and the contact is established. The number of contacts on the connector will vary depending on the application and the number of pins and receptacles.

The D25S81C6GV00LF is designed to provide an efficient data transfer rate. It is designed to resist contact erosion, which is a common problem in the data communication industry. The connector is also designed to provide a secure connection and maximum contact integrity.

In conclusion, the D25S81C6GV00LF Connector has been a part of the D-Sub family for many years and continues to be used in a variety of applications due to its efficient data transfer rate, high density, and low voltage characteristics. Its robust design allows for the connector to be used in a variety of different applications, ensuring a reliable connection system and superior shielding characteristics.

The specific data is subject to PDF, and the above content is for reference