"C-Sub" (subminiature) connectors are typically used for making dimensionally compact low voltage connections, which are still useful for linking many types of industrial, laboratory, and commercial hardware. C-sub connections are arranged in two parallel rows of individually isolated pins and sockets within a grounded "cee" shaped metal shell, assuring a single correct orientation to the connection. A single screw is generally used to fix the connector and cable to the flange and help prevent physical interruptions to the communication signal. C-Sub connectors are produced in a standardized configuration of 9-pins. (Larger pin configurations can be found in D-Sub and MS circular connectors).

"D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.

"D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.

"D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.

"D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.

"D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.

"D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.

"D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.

"D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.

"D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.

"D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.

"D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.

"D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.

"D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.

PN: A2364-1-WR This is a 19 inch long multi-pin cable for connecting a 25 pin D-Sub UHV feedthrough flange to electronic equipment in a vacuum chamber. The cable has 25 individual female pins for connecting to the feedthrough D-Sub connector. The cable insulation is Kapton for bakeout temperatures of up to 250 degrees C. "D-Sub" (subminiature) connectors are typically used for making dimensionally compact serial communication connections, which continue to be an important and robust means for linking many types of industrial, laboratory, and commercial systems. D-sub connections are generally arranged as two parallel rows of individually isolated pins and sockets within a grounded "dee" shaped metal shell, assuring a single, correct orientation to the connection. Screws will generally be used to fix the connector and cable to some chassis and help prevent physical interruptions to the communication signal. D-Sub connections are produced in standardized configurations of 9-pin, 15-pin, 25-pin, and 50-pin arrangements, though not every pin must be used, allowing for a wide variety of customization to any connection.