TSW-102-09-S-T-RA

The TSW-102-09-S-T-RA is a rectangular connector designed for header operation. Its primary purpose is to provide electrical connections for printed circuit board-to-wire, panel-to-wire, or header-to-wire configurations. The TSW-102-09-S-T-RA connector is designed for applications where high current density or vibration may be encountered. The connector is made of a durable and corrosion resistant materials and is capable of withstanding a wide range of temperatures, pressure, and environmental conditions.

The connector consists of two parts, the header and the male pin. The header is a cylindrical device that holds the pins in place on the circuit board. The pins are spring-loaded and contact a single point on the circuit board and anchor the connection. The header and the male pin are held in place by a one-piece, molded-in-place sealant. The one-piece sealant prevents moisture and debris from entering the connection and ensures a reliable connection.

The working principle of the TSW-102-09-S-T-RA is based on a mating system where the header and the pin are mated together. The header is secured to the circuit board and the pin is then inserted into the header. When properly mated, the pin forms a secure connection between the header and the circuit board. The connection is secure and reliable due to the spring-loaded pin and the one-piece, molded-in-place sealant.

The TSW-102-09-S-T-RA is designed for use in a variety of industrial and commercial applications. Its versatility and reliability make it suitable for applications such as automotive, computer, communications, medical, aerospace, and industrial automation. The TSW-102-09-S-T-RA is also UL and CSA listed for safety.

The TSW-102-09-S-T-RA is a rugged and reliable rectangular connector designed for a variety of applications. Its simple yet secure mating system provides a durable and reliable connection for applications that require high current density or vibration. The connector is UL and CSA listed for safety and is capable of withstanding a wide range of temperatures, pressure, and environmental conditions.