TCSD-22-D-07.60-01-N-D04-O

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

Rectangular cable assemblies have been the go-to connection type for many applications for years. Instant recognition of rectangular connectivity can be found easily in automotive, industrial, wireless and networking operations. The use of a typical rectangular connector is so widespread that its strong identifiers of tab-based interconnectivity can be seen in everything from home AV products to sophisticated military systems. Typically, a rectangular connector requires the use of a pair of mating connectors, one male and one female, to complete the electrical circuit. But in some applications, it can also be configured with a single connector component. Recently, advanced solutions have emerged that are designed to address the new and existing needs of the industry.

The TCSD-22-D-07.60-01-N-D04-O is one such application field, offering a type of rectangular cable assembly that has been developed to meet the needs of high-frequency, high-temperature, and high-density applications. With advanced capabilities that provide reliable electrical and mechanical connections in a compact and lightweight package, this solution is ideal for modern applications and offers a number of advantages, including increased durability, current carrying capacity, and superior signal transmission.

To begin with, TCSD cable assemblies are designed with the highest quality components to ensure superior electrical performance. The cable is typically able to handle up to 200 Amp current and can even be used in an Environmentally Hardened (EH) application with adjustable range from -40C to +105C. The use of high-reliability materials, such as tin plated connectors, allows for increased reliability. Additionally, these cable assemblies feature a nested key slot design that helps to reduce the size of the connector and makes it easier to assemble.

The TCSD-22-D-07.60-01-N-D04-O rectangular cable assembly also features a low-noise design. This is achieved by utilizing a wide range of housing materials, such as high-grade glass-filled Nylon, to reduce the resistance level of the contacts and ensure good electrical contact. Additionally, the rear shell is designed to minimize the effect of electromagnetic interference (EMI) and to ensure excellent signal transmission.

The working principle of the TCSD-22-D-07.60-01-N-D04-O rectangular cable assembly is based on the use of a "Radial Crimping Method". This method involves the use of a "radial crimper" to insert each conductor into the connector contact\'s slot and applying a precisely controlled pressure to each of the slots until the desired connection is achieved. The crimper then applies a crimp force to the wires to create a permanent electrical connection between the contact and the wire. This radial crimping method ensures that the electrical circuit is properly formed and that there is no damage to the wire, which is prevented by the use of a heat-shrink jacket.

In addition to the radial crimping method, the use of High Current and High Temperature Fusion Solder (HCTFS) technology also allows for reliable and efficient electrical connections. This solder technology is designed to be used with the TCSD-22-D-07.60-01-N-D04-O cable assemblies, creating superior cable assembly performance. It offers a higher current rating, better electrical and mechanical performance, and improved environmental protection when compared to traditional soldering.

The TCSD-22-D-07.60-01-N-D04-O rectangular cable assembly is an ideal solution for applications requiring robust and reliable connections. From its advanced features and components, to its superior signal transmission and low noise design, the TCSD-22-D-07.60-01-N-D04-O is the perfect solution for modern needs. Its ability to handle high current with exceptional performance, coupled with its affordable cost, make it an ideal choice for any application.

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